Legal and Regulatory Framework for NG911 Services Report to Congress
Next Generation 911 Advancement Act of 2012
(Pub. L. No. 112-96 (2012))
Legal and Regulatory Frameworkfor
Next Generation 911 ServicesReport to Congress
Federal Communications Commission
February 22, 2013
TABLE OF CONTENTS1.
2. SUMMARY OF RECOMMENDATIONS...................................................................................................4
3.1.Technical Overview of Legacy 911 and Next Generation 911................................................................ 7
3.2.Federal, State, and Local Roles in Legacy 911 and NG911 Governance............................................... 11
3.2.1. State and Local Governance of 911 ............................................................................................... 11
3.2.2. Federal Governance of 911............................................................................................................ 13
3.3.Previous Federal Legislation Affecting 911 and NG911 Efforts............................................................ 16
3.3.1. Wireless Communications and Public Safety Act .......................................................................... 16
3.3.2. ENHANCE 911 Act .......................................................................................................................... 17
3.3.3. NET 911 Improvement Act............................................................................................................. 17
3.3.4. Americans with Disabilities Act...................................................................................................... 18
3.3.5. Twenty-First Century Communications and Video Accessibility Act ............................................. 18
3.3.6. Next Generation 9-1-1 Advancement Act of 2012 ........................................................................ 20
4. DISCUSSION & RECOMMENDATIONS................................................................................................21
4.1.Legal and Regulatory Framework for the Development Of NG911 Services and the Transition
from Legacy 911 to NG911 Networks .................................................................................................. 22
4.1.1. State and Local Governance of NG911 .......................................................................................... 22
4.1.2. Federal Role in Transition to NG911.............................................................................................. 26
4.1.3. Deployment and Interconnection of ESInets................................................................................. 30
4.1.4. Updating Funding Mechanisms for NG911.................................................................................... 33
4.1.5. Liability Protection for all NG911 Stakeholders............................................................................. 36
4.1.6. Access to Next Generation 911 Systems for Persons with Disabilities.......................................... 41
4.2.Legal Mechanisms for Ensuring Efficient and Accurate Transmission of 911 Caller
Information to Emergency Response Agencies.................................................................................... 45
4.2.1. Encourage Development of Location Information Technologies .................................................. 45
4.2.2. National NG911 Database Components to Support Routing and Secure Delivery of Caller
4.2.3. Ensuring Security of NG911 Systems............................................................................................. 50
4.2.4. National Information Tools for Tracking NG911 Progress............................................................. 52
4.3.Removing Jurisdictional Barriers and Inconsistent Legacy Regulations............................................... 55
4.3.1. System Service Provider (SSP) Certification Requirements ........................................................... 56
4.3.2. Legacy Regulations that Impede IP-Based Routing ....................................................................... 57
List of Commenting Parties
This Report to Congress is submitted by the Chairman, Federal Communications Commission (the
Commission),1 pursuant to Section 6509 of the Next Generation 9-1-1 Advancement Act of 2012 (NG911
Act), enacted as part of the Middle Class Tax Relief and Job Creation Act of 2012.2 Prepared by
Commission staff in the Public Safety and Homeland Security Bureau (the Bureau),3 this report contains
recommendations for the legal and statutory framework for Next Generation 911 (NG911) services.
Since the first 911 call was placed in 1968, the nation’s 911 system has become an increasingly
important component of our public safety infrastructure. Over 240 million 911 calls are made in the
United States each year, and the American public has come to depend on the 911 system for seeking
and obtaining rapid emergency assistance. The effectiveness of 911 service is due largely to the efforts
of thousands of public safety professionals, including the call-takers working in over 6,100 911 call
centers (Public Safety Answering Points or PSAPs) and the police, fire, and emergency medical first
responders who are dispatched to emergencies. In addition, wireless and wireline carriers, Voice over
Internet Protocol (VoIP) providers, and technology companies play essential roles in the maintenance
and operation of the system.
While our legacy 911 system is highly effective, it is also confronting significant challenges. The legacy
system has largely been built using circuit-switched infrastructure that does not support newer
communications technologies and applications that Americans are increasingly using for personal
communications, such as sending text, images and video. In addition, some of the key infrastructure on
which the legacy system depends is aging and will become progressively vulnerable if it is not
maintained, upgraded, or replaced by newer, more resilient technology.
For these reasons, Congress has rightfully recognized the importance of transitioning to a NG911 system
that uses Internet Protocol (IP)-based technology to deliver and process 911 traffic. NG911 will facilitate
interoperability and system resilience, improve connections between 911 call centers, and support not
only traditional voice 911 calls but also the transmission of text, photos, videos, and data. These new
capabilities will enhance the accessibility of 911 to the public (e.g., by enabling video and text-to-911 for
persons with speech and hearing disabilities), and will provide PSAPs with enhanced information that
will enable emergency responders to assess and respond to emergencies more quickly and effectively.
In addition to technological change, implementation of NG911 requires governmental action and
coordination among the myriad federal agencies and state, regional, tribal, and local authorities that are
responsible for oversight and management of different components of the 911 system. In its National
Broadband Plan, the Commission noted that many of the existing state and federal regulations
governing 911 were written before the technological capabilities of NG911 existed and have therefore
hampered the implementation of NG911.4 The Commission recommended that Congress consider
1 See 47 U.S.C. § 155(a) (stating, inter alia, that “[i]t shall be [the Chairman’s] duty . . . to represent the Commission
in all matters relating to legislation and legislative reports”).
2 Middle Class Tax Relief and Job Creation Act of 2012, Pub. L. No. 112-96 (2012), Title VI, Subtitle E, Next
Generation 9-1-1 Advancement Act (NG911 Act) § 6509.
3 See 47 C.F.R. § 0.191(k) (providing delegated authority to the Public Safety and Homeland Security Bureau to
develop responses to legislative inquiries).
4 Federal Communications Commission, Connecting America: The National Broadband Plan, Recommendation
16.14 at 326 (2010), available at http://hraunfoss.fcc.gov/edocs_public/attachmatch/DOC-296935A1.pdf (last
accessed Feb. 4, 2013) (National Broadband Plan).
developing a new “legal and regulatory framework for development of NG911 and the transition from
legacy 911 to NG911 networks.”5 In the NG911 Act, Congress directed the Commission to provide more
detailed recommendations for creation of such a framework. This report responds to that directive.
2. SUMMARY OF RECOMMENDATIONS
In this Report, we identify potential steps for Congress to take to create a legal and regulatory
environment that will assist states, PSAPs, service providers and other stakeholders in accelerating the
nationwide transition from legacy 911 to NG911. These recommendations focus on three areas
identified by the statute.
First, with respect to creating a legal and regulatory framework for NG911, as required by Section
6509(1),6 we recommend that Congress create incentives for states to become “early adopters” of
NG911. This will accelerate the NG911 transition in these states while also generating valuable
experience with NG911 implementation that can make the transition easier for other states to follow.
More generally, we recommend that Congress encourage state-level governance of NG911 deployment,
but that it also consider creating a federal regulatory “backstop” to ensure that there is no gap between
federal and state authority over NG911. In addition, we recommend that Congress promote a
consistent nationwide approach to key elements of NG911 deployment, including standards that
support seamless communication among PSAPs and between PSAPs and emergency responders;
reforms to the NG911 funding structure; appropriate liability protection to encourage technological
innovation and rapid deployment of NG911; and provisions to make NG911 fully accessible to people
Next, to ensure efficient and accurate transmission of 911 caller information to emergency response
agencies, as provided by Section 6509(2),7 we recommend that Congress promote the development of
location technologies that will support all NG911 applications regardless of the network or device used
by the caller. We also recommend that Congress support establishment at the national level of certain
databases that support NG911 routing and security. These national-level databases would provide
economies of scale, reduce NG911 transition costs for states and localities, and promote consistent
adoption of technical standards nationwide.
Finally, as called for by Section 6509(3),8 we identify areas where Congress could assist in the elimination
of legacy state regulations that are impeding NG911 deployment, while providing incentives for states to
modernize their laws and regulations to accommodate NG911. These reforms will enable both
traditional and non-traditional service providers to support an expanded array of NG911 services and
applications, and will facilitate the deployment of more flexible and resilient network architecture to
support NG911 operations.
6 NG911 Act § 6509(1).
7 Id. § 6509(2).
8 Id. § 6509(3).
The following is a listing of the specific recommendations made in this Report:
State and Local Governance of NG9119
Congress should create mechanisms such as challenge grants and other competitive funding
programs to encourage states to compete to be NG911 “early adopters.”
Local and state public safety authorities should retain their primary responsibility for the
deployment and configuration of 911 and NG911 services, but Congress should encourage
states to establish or empower state 911 boards or similar state-level governance entities to
provide technical and operational expertise necessary for the development and deployment
Federal Role in Transition to NG91110
Congress should facilitate the exercise of authority over NG911 by such federal agencies as
the Commission, the 911 Implementation and Coordination Office, the National Highway
Traffic and Safety Administration, the National Telecommunications and Information
Agency, and the Department of Homeland Security, so that they are better able to support
the NG911 transition and to coordinate with one another more effectively in these efforts.
To address instances where states lack authority under state law to regulate certain
elements of NG911 service or otherwise choose not to exercise such authority, Congress
should consider enacting legislation creating a federal regulatory “backstop” to ensure that
there is no gap between federal and state authority (or the exercise thereof) over NG911.
Deployment and Interconnection of Emergency Services IP Networks
Congress should encourage and set a goal for the early deployment of state or regional
Congress should encourage or require the use of a common set of standards for seamless
transmission of NG911 information between ESInets and with other public safety networks,
including the Nationwide Public Safety Broadband Network.
Congress should encourage the development of consolidated regional NG911 call centers
where possible, for example, by offering preference for grant eligibility to states and regions
that make progress toward this goal.
Updating Funding Mechanisms for NG91112
Congress should develop incentives for states to broaden the base of contributors to NG911
funding to more accurately reflect the benefits derived from NG911 service.
Congress should encourage states to provide funding for NG911 as well as legacy 911
purposes as part of any existing or future funding mechanism.
Congress should condition grants and other appropriate federal benefits on a requirement
9 See Section 4.1.1.
10 See Section 4.1.2.
11 See Section 4.1.3.
12 See Section 4.1.4.
that funds collected for 911/NG911 funding be used only for 911 or NG911 purposes, and
should provide for appropriate enforcement of such requirements.
Liability Protection for NG911 Stakeholders13
Congress should consider incentives for states to revise their liability regimes to provide
appropriate protection for entities providing or supporting NG911 services, in conformance
with standardized guidelines or model state legislation.
Congress should include appropriate liability protection as part of any federal law that
imposes NG911 requirements or solicits voluntary NG911 activity.
Access to NG911 Systems for Persons with Disabilities14
Congress should continue to update communication laws, including laws addressing NG911
services, to ensure that individuals with disabilities are able to fully utilize emerging and
future technologies that support access to emergency services.
Congress should support an ongoing advisory body to explore ways that evolving
technologies can enhance communication between public safety services and persons with
Congress should support heightened coordination between the Commission and the U.S.
Department of Justice on the development of regulations and outreach efforts to ensure
accessible emergency services by people with disabilities.
Encourage Development of Accurate Location Information Technologies15
Congress should not set standards but should provide incentives for development of
improved location technologies.
Congress should consider enacting legislation clarifying that all network access providers
and “over-the-top” NG911 service providers have an obligation to support NG911 location
determination by technically feasible and commercially reasonable means.
Congress should support neutral third-party testing programs and testing requirements for
National NG911 Database Components to Support Routing and Secure
Delivery of Caller Information16
Congress should consider supporting and funding the development of the NG911 “Forest
Guide” at the national level as proposed by NENA.
13 See Section 4.1.5.
14 See Section 4.1.6.
15 See Section 4.2.1.
16 See Section 4.2.2.
Ensuring Security of NG911 Systems17
Congress should consider measures to ensure adherence to security standards and best
practices for NG911 networks and consider establishing and funding a national PSAP
National Information Tools for Tracking NG911 Progress18
Congress should support enhancements to the Master PSAP Registry and the 911 Profile
Database to enable collection, updating, and timely tracking of additional information
regarding PSAPs and their progress towards NG911implementation.
Congress should authorize information collection of aggregate NG911 implementation data
and should provide incentives for states and PSAPs to provide data, for example, by
conditioning NG911 grant funding on participation in the database effort. Congress should
also support the development of web-based data filing mechanisms to minimize the burden
on entities submitting NG911 information.
Removing Jurisdictional Barriers and Inconsistent Legacy Regulations19
Congress should encourage state adoption of an expanded and uniform definition of entities
that may obtain certification to act as NG911 System Service Providers.
Congress should encourage states to modify or eliminate legacy routing regulations and
adopt a technology-neutral approach to routing of NG911 traffic.
Technical Overview of Legacy 911 and Next Generation 9113.1.1.
Legacy 911Today, 911 service over legacy networks20 comes in two varieties: basic 911, which transmits only the
voice call to a PSAP, and Enhanced 911 (E911), which transmits the voice call as well as the caller’s
telephone number and information about the caller’s location. Basic 911 service transmits 911 calls
from the service provider’s switch to a geographically appropriate PSAP or public safety agency, using
telephone trunk lines that have been dedicated to transmitting emergency calls. E911 service expands
on basic 911 service by delivering 911 calls to the appropriate PSAP and also providing the call taker with
the caller’s call-back number and location information – capabilities known as Automatic Numbering
Information (ANI) and Automatic Location Identification (ALI), respectively. Most areas of the country
17 See Section 4.2.3.
18 See Section 4.2.4.
19 See Section 4.3.
20 The term “legacy network” is often used to refer to the older telephone network, which generally does not
utilize TCP/IP protocols when transferring voice and data information and may not adhere to modern technical
standards. Since the mid-1990s, IP-based technologies have increasingly displaced circuit-switched technologies
for providing enterprise and residential voice service. For example, almost all voice services provided by wireless
carriers now utilize IP-based technologies, and some cellular service providers are transitioning to so-called voice-
over-LTE technology that is also based on Internet protocols.
have implemented E911 service.21
For both basic 911 and E911 service over wireline telephone networks, PSAPs are connected to the
wireline network by trunk lines that are dedicated to delivering emergency calls. This network design
typically uses traditional circuit-switched architecture, although the set-up of specific networks may vary
from carrier to carrier and jurisdiction to jurisdiction. Wireline 911 and E911 networks generally are
implemented, operated, and maintained by the incumbent local exchange carrier (ILEC) in each PSAP’s
service area,22 with the ILEC’s costs usually paid for through state tariffs. Typically, the ILEC aggregates
and delivers 911 calls to the PSAP via a selective router, which receives 911 calls from the ILEC’s
customers and from customers of competitive local exchange carriers over the emergency-dedicated
trunks. When a wireline 911 call is made, the selective router queries a selective router database (SRDB)
maintained by the ILEC to determine which PSAP serves the caller’s geographic area.23 The selective
router will then forward the call, along with the caller’s telephone number (i.e., ANI), to the PSAP that
serves the caller’s area. The PSAP then queries for the caller’s physical address by forwarding the
caller’s ANI to an ILEC-maintained Automatic Location Identification Database (ALI Database).24
In the legacy 911 architecture, wireless 911 calls are typically transmitted by the wireless carrier to the
ILEC’s selective router and then relayed to the PSAP by the mechanism described above. As in the case
of wireline E911, the Commission’s wireless E911 rules require wireless carriers to provide the
originating telephone number of a 911 call (i.e., ANI) and information regarding the caller’s location (i.e.,
ALI) to any PSAP that has requested that such information be delivered with 911 calls.25 However,
because the mobility of wireless subscribers makes permanent street addresses unreliable as location
indicators, routing wireless 911 calls and locating wireless callers requires use of real-time location
information. For this purpose, wireless carriers have developed various techniques to provision ANI and
21 See National Emergency Number Association (NENA), “9-1-1 Statistics,” available at
http://www.nena.org/?page=911Statistics (last accessed Jan. 31, 2013).
22 A local exchange carrier (LEC) is the regulatory term for a company that provides telephone service within a
localized area and access services that connect its customers to long distance networks. An incumbent local
exchange carrier (ILEC) is a local telephone company that existed at the time of the breakup of AT&T into the
Regional Bell Operating Companies (RBOCs also known as the “Baby Bells.” A competitive local exchange carrier
(CLEC) is a telecommunications provider company (sometimes called a “carrier”) that operates within the service
area of an ILEC.
23 Specifically, the SRDB identifies the Emergency Service Number (ESN) that corresponds to the caller’s location.
ESNs are typically three to five digit numbers that represent a unique combination of emergency service agencies
(Law Enforcement, Fire, and Emergency Medical Service) designated to serve a specific range of addresses within a
particular geographical area, called an Emergency Service Zone (ESZ). The ESN itself is derived from the Master
Street Address Guide (MSAG), which is a separate database of street addresses and corresponding ESNs. Some
PSAPs require the use of ESNs to facilitate selective routing and selective transfer to the appropriate PSAP. Thus,
the ESN essentially is a standardized identifier for the PSAP serving a specific area.
24 The SRDB and the ALI Database may be the same database. The ALI database usually matches the caller’s
telephone number to a matching street address contained in the local Master Street Address Guide. The ALI
Database may also return additional information, such as the name of the individual who is billed for telephone
service at that address.
25 See, e.g., 47 C.F.R. § 20.18(d)-(h).
ALI to the PSAP that involve enhancements to the existing wireline E911 network.26
In addition, the Commission has adopted wireless E911 requirements in two “phases” for the provision
of wireless call-back and location information. Under Phase I rules, wireless carriers must provide a call-
back number for the handset placing the 911 call and report the location of the cell site or base station
that received the call.27 Under Phase II rules, wireless carriers must provide more accurate 911 call
location information that includes longitude and latitude.28 The degree of location accuracy required
under the Phase II rules varies, depending on whether the carrier utilizes a network-based or handset-
based solution.29 For a PSAP request to be valid, the PSAP must be “capable of receiving and utilizing
the data elements associated with” either E911 Phase I or Phase II service.30
Interconnected VoIP E911
Since 2005, the Commission has required providers of interconnected VoIP service to provide E911
service to their customers.31 Interconnected VoIP providers must either (1) provide call-back and
location information that a PSAP or other public safety authority is capable of receiving and using to
handle the call, or (2) in instances where the PSAP is not capable of receiving and utilizing this
information, must transmit all 911 calls to the appropriate PSAP via the wireline E911 Network.
As with wireless E911 service, the mobile nature of interconnected VoIP service presents challenges to
routing the 911 call and locating the caller. Because a VoIP user may place an emergency call from
outside his or her home area, the caller’s permanent telephone number cannot be used for routing.
Thus, VoIP providers must use similar methods to wireless carriers to route the call to the appropriate
PSAP and provide the PSAP with a call-back number for the end user.32 However, the difficulties in
determining the geographic location of callers are even more acute with VoIP service. Accordingly, the
Commission requires interconnected VoIP providers to obtain location information, called “Registered
Location,” from their subscribers when they first initiate service and when they change their physical
location.33 Under this approach, if a VoIP subscriber does not update his or her location manually or
26 Many of these techniques involve the use of a “pseudo-ANI” or “p-ANI,” which is a number containing the same
number of digits as the ANI but that is not a North American Numbering Plan telephone directory number. The p-
ANI is used to route wireless 911 calls to a geographically appropriate PSAP, even if the caller has a wireless
telephone number not associated with his or her location. PSAPs that are equipped to handle p-ANI can
distinguish wireless from wireline calls, and can use the p-ANI to query the ALI Database for non-traditional
location information. Forms of p-ANI known as “Emergency Services Routing Key” (ESRK), “Emergency Services
Query Key” (ESQK), and “Emergency Services Routing Digits” (ESRD) currently are used to cause the Wireline E911
Network to properly handle and process E911 calls placed by CMRS subscribers.
27 See 47 C.F.R. § 20.18(d).
28 See 47 C.F.R. § 20.18(e).
29 See 47 C.F.R. § 20.18(h).
30 See 47 C.F.R. § 20.18(j).
31 See 47 C.F.R. §§ 9.1 et seq.
32 Like wireless carriers, interconnected VoIP providers use “pseudo-ANI” for call routing purposes. See 47 C.F.R. §
20.3; see also In the Matter of IP-Enabled Services E911 Requirements for IP-Enabled Service Providers, First
Report & Order and Notice of Proposed Rulemaking, 20 FCC Rcd 10245, 10252 ¶ 17 (2005) (VoIP 911 Order and
VoIP 911 NPRM).
33 VoIP 911 Order and VoIP 911 NPRM, 20 FCC Rcd at 10271 ¶ 46 (stating that “providers of interconnected VoIP
services that can be utilized from more than one physical location must provide their end users one or more
methods of updating information regarding their user’s physical location.”); see 47 C.F.R. § 9.5(d)(1)-(2). The
through his or her billing record, the subscriber’s 911 call may be routed to the wrong PSAP, which may
delay the emergency response.
Beyond this basic functionality, the Commission also requires that interconnected VoIP providers
forward all 911 calls made over their interconnected VoIP service to PSAPs, providing a call-back number
and the caller’s Registered Location for each call.34 These calls must be routed utilizing ANI and, if
necessary, and similar to wireless carriers, p-ANI, via the dedicated wireline E911 network, and the
caller’s Registered Location must be available from or through the ALI Database.35
Next Generation 911With the transition to NG911, the circuit-switched architecture of legacy 911 will eventually be entirely
replaced by IP-based technologies and applications that provide all of the same functions as the legacy
911 system as well as new capabilities. Although this transition is still in the early stages and there are
no fully enabled NG911 systems yet operating, the technical architecture of NG911 systems has been
developed in detail and is well-established.
Instead of using dedicated trunks, selective routers, and ANI and ALI databases, NG911 will use IP-based
hardware and software to provide call identification, location determination, call routing, and call
signaling for emergency calls.36 NG-capable PSAPs will receive and process incoming calls by means of
IP-based networks called Emergency Services IP Networks (ESInets).37 This network architecture will
support many more modes of emergency communication than the voice-centric legacy system: ESInets
are designed not only to receive traditional 911 voice calls, but also to receive text, data, and video
communications from any communications device via IP-based networks. In addition, ESInets can be
configured to receive machine-generated data from telematics applications (e.g., automatic collision
notification systems in vehicles), medical alert systems, and sensors and alarms of various types.
In contrast to the device-specific connection protocols in legacy 911 networks for wireline, wireless, and
interconnected VoIP phones, NG911 will provide IP-enabled devices with multiple means of accessing
the NG911 network depending on whether they are operating in a stationary, nomadic, or mobile
configuration. For example, an IP-enabled mobile device may be capable of accessing the Internet and
(Continued from previous page)
Commission has sought comment on whether there may be ways for portable interconnected VoIP service
providers to automatically identify the geographic location of a customer without the customer’s active
cooperation. See In the Matter of Wireless E911 Location Accuracy Requirements; E911 Requirements for IP-
Enabled Service Providers, Further Notice of Proposed Rulemaking and Notice of Inquiry, 25 FCC Rcd 18957, 18970
at ¶¶ 27-32 (2010) (Location Accuracy FNPRM/NOI).
34 See 47 C.F.R. § 9.5(b)(2); see also VoIP 911 Order and VoIP 911 NPRM, 20 FCC Rcd at 10266 ¶ 37.
35 See VoIP 911 Order and VoIP 911 NPRM, 20 FCC Rcd at 10266 ¶ 37.
36 Briefly, the more in depth technical details are as follows: the end system, such as an IP-enabled phone, contacts
a local directory server using the LoST (Location-to-Service Translation) protocol. The server maps the caller’s civic
or geospatial coordinates and the emergency service identifier to the SIP URL of a PSAP or emergency services
routing proxy (ESRP), using an internal database that contains the service regions of each ESRP or PSAP. The
database may be derived from a geographic information system (GIS). The call is routed to the ESRP thus
identified, which may in turn use the location information, again using Lost, to find another proxy closer to the
PSAP serving the caller’s location. This process repeats until the caller signaling request reaches the correct PSAP.
LoST also provides the end system with information on the emergency services and dial strings, such as 911,
available at its current location. See T. Hardie et al., “LoST: A Location-to-Service Translation Protocol,” Internet
Engineering Task Force, RFC 5222 (Aug. 2008) (describing the LoST protocol).
37 ESInets are defined in NENA Functional and Interface Standards for Next Generation 9-1-1 Version 1.0 (i3).
ESInets may be established at the statewide or regional level to serve multiple PSAPs.
placing voice calls via a Wi-Fi hotspot, a cable modem, or a wireless broadband network. NG911
networks will therefore need mechanisms to recognize which form of access the device is using when an
emergency call is made and to provide the appropriate caller identification, location determination, call
routing, and call signaling in each case.
The NG911 architecture will also support enhanced flexibility and resiliency in network design, because
it does not require system components to be in close geographic proximity to each PSAP and because it
provides multiple alternatives for rerouting emergency communications to avoid congestion or outages.
With traditional networks, the network’s topology can constrain its service and functionality; e.g.,
selective routers must be relatively close to the PSAPs they serve and dedicated trunks must be
maintained between each selective router and PSAP. With NG911, however, network servers can be
located and replicated anywhere, and 911 traffic can be transmitted over multiple IP-based networks,
including networks that carry other traffic as well. Thus, with IP-based technology, PSAPs are no longer
limited to a fixed location, 911 call takers can be located virtually anywhere an Internet connection can
be found, and a single call taker can potentially support multiple PSAPs. Such “virtual PSAP”
arrangements in the NG911 environment could allow more flexible and efficient staffing and more
effective emergency response, for example by allowing PSAPs to temporarily relocate their operations
when affected by major disasters.
Federal, State, and Local Roles in Legacy 911 and NG911 Governance3.2.1.
State and Local Governance of 911Governance of legacy 911 is divided between the state and federal levels. At the state level, the
structure and provision of 911 service by PSAPs is typically a state law matter, with some states further
delegating aspects of 911 governance to the local level. In addition, many states regulate the provision
of legacy 911 service by incumbent local exchange carriers, frequently under tariff regulations issued by
the state public utility or public service commission.
Some states have revised their legacy 911 regulations to enable migration to NG911. Vermont, for
example, has implemented a statewide NG911 system that utilizes VoIP to deliver calls to PSAPs over its
ESInet.38 Additionally, Vermont has initiated a text-to-911 trial allowing any Verizon Wireless subscriber
to send emergency text messages to the Williston, Vermont PSAP, provided that the text message is
transmitted via a cell tower located within the physical boundaries of Vermont.39 On October 30, 2012,
Vermont submitted an ex parte filing to the Commission indicating that it is maintaining the text-to-911
system past the end of its trial and is “currently working on enabling a second Public Safety Answering
Point (PSAP) for redundancy purposes.”40
38 See Vermont Enhanced 9-1-1 Board, Vermont’s 9-1-1 System, available at
http://e911.vermont.gov/vermont_911 (last accessed Feb. 13, 2013). See also Eddie Reyes, Next Generation 9-1-1:
What It Is – And Why Police Chiefs Should Care, The Police Chief (Dec. 20, 2012), available at
(last accessed Feb. 13, 2013) (“Vermont became the first state to implement a state-wide NG9-1-1 system, and,
when Hurricane Irene struck in August 2011, its PSAPs were ready and not a single call was lost, even when one
call center had to be evacuated”).
39 Urgent Communications, Vermont Launches Text-to-911 Trial, Apr. 19, 2012, available at
=`email (last accessed July 9, 2012).
40 Letter from David Tucker, Executive Director, State of Vermont Enhanced 9-1-1 Board, to Marlene Dortch,
Secretary, Federal Communications Commission (Oct. 30, 2012) at 1.
Tennessee has its “[c]ore [NG911] network build complete, [is] deploying all PSAPs statewide to the NG
network for wireless call traffic, and [its] statewide GIS mapping project [is] nearing completion.”41 As of
August 2012, “NG 911 equipment has been installed in more than half of the districts and PSAPs, and 22
sites are live. The final completion date for NG 911 is projected to be in 2014.”42 This project is being
implemented by the Tennessee Emergency Communications Board (TECB), and is funded through a
monthly emergency telephone service charge on users and subscribers on non-wireline communications
services.43 The TECB enjoys a good deal of authority.44 For purposes of regulating 911, Tennessee law
defines “non-wireline service” to include both wireless service and IP-enabled service providers.45
Tennessee provides equivalent liability protection to an IP-enabled service that offers 911 or E911
services and “complies with Federal Communication Commission Order #05-116, adopted May 19,
2005,” that is “not less than the scope and extent of immunity or other protection from liability than any
incumbent local exchange carrier in the provider’s service area … [has] under applicable law.”46
Other states that have attempted to implement statewide NG911 have encountered delays in their
attempts to move to full NG911. Alabama, for example, has contracted with Bandwidth.com to
implement NG911 call routing services across the state.47 Bandwidth.com states thatit is collaborating
with the Alabama Supercomputer Association to establish IP interconnections with all of the PSAPs in
the state and will serve as its own selective router for NG9-1-1 calls.48 Despite Alabama’s desire to
pursue NG911, Bandwidth.com states that it has “encountered the difficulty of attempting to steer
people anchored in out-dated policies and mindsets to the next generation system, without federal
requirements mandating that they do so.”49 Bandwidth.com states that “it found that embedded
gatekeeper attitudes and processes are not easily revised. Even when the state expresses its clear
41 Performance Audit, Emergency Communications Board, State of Tennessee, Comptroller of the Treasury,
Department of Audit, Division of State Audit (Sep. 18, 2012) at 12, available at http://tn.gov/emergency/ (Tenn.
42 Tenn. Performance Audit at 13.
43 Id. at 2.
44 “The Emergency Communications Board’s major responsibilities are to implement wireless 911 service across
the state according to the Orders of the Federal Communications Commission; assist emergency communications
district boards of directors in the areas of management, operations, and accountability; adjust the emergency
telephone service charge on landlines in emergency communications districts; oversee the finances of the state’s
100 local emergency communications districts, which are statutory municipalities; establish technical operating
standards for all E-911 districts; act as the deciding agency between local governmental entities concerning E-911
service and emergency communications; supervise the operations of a “financially distressed” emergency
communications district; provide technical assistance to emergency communications districts; establish training
and course of study standards for all 911 dispatchers and call takers receiving an E-911 call from the public; and
provide grants for operating and capital expenditures for basic or enhanced 911 service and wireless enhanced 911
service to assist emergency communications districts.” Tenn. Performance Audit at 3.
45 Tenn. Code Ann. § 7-86-103(11).
46 Tenn. Code Ann. § 7-86-320(a).
47 See Bandwidth.com Comments at 1. Bandwidth.com further states that, “A number of states, including
Alabama, Connecticut, Iowa, Maine, Minnesota, Tennessee, Texas and Washington have already started a
migration to NG9-1-1. Kansas, Kentucky, Massachusetts, and New Jersey are conducting inquiries and may be the
next to adopt NG9-1-1 plans.” Bandwidth.com Comments at 3.
intent to deploy NG9-1-1, the owners of bottleneck facilities can cause many months of delay to the
detriment of end-users and the other providers who have committed to the effort irrespective of
technical or legal necessity.”50
Meanwhile, some PSAPs in other states have reported that they are hampered in their NG911 efforts
due to state regulation. For example in early 2012, the Counties of Southern Illinois (CSI), a consortium
of 16 PSAPs in southern Illinois, petitioned the Illinois Commerce Commission (ICC) for authorization to
operate as a 911 SSP and implement a regional NG911 project.51 The ICC raised a number of questions
regarding CSI’s standing to petition for authorization, but before it could rule, CSI withdrew its request
for certification, choosing to negotiate a contract with its 911 SSP, which had recently received ICC
certification to operate within Illinois.52 While the ICC is considering changes to state regulations that
could ease the deployment of NG911 systems within the state, this case remains illustrative of the
difficulties that legacy regulations can pose.53 Some commenters argue that all 911 authorities should
be allowed to act as SSPs, and that in order to make that possible, state-level requirements on CLEC and
SSP certification should be eliminated or revised to enable PSAPs and other non-traditional service
providers to be certified as SSPs.54 The record also indicates that, in certain cases, PSAPs may seek to
operate as SSPs because incumbent LECs in a state have not upgraded their facilities and do not intend
to offer advanced infrastructure for PSAPs desiring to migrate to NG911 services.55 Some commenters
argue that Congress should require LECs to upgrade their technologies and services upon a request for
NG911 services from PSAPs or state 911 authorities.56
Federal Governance of 911Federal Communications Commission. The Commission exercises broad regulatory authority over the
provision of 911 service by commercial service providers subject to its jurisdiction. Under this regulatory
authority, the Commission has adopted numerous regulations over the past two decades governing the
provision of 911 and E911. These include regulations implementing 911 as the national emergency
number and requiring all 911 calls to be routed to the appropriate PSAP,57 E911 location accuracy
requirements for wireless carriers,58 and E911 requirements for interconnected VoIP providers.59
50 Id. at 4.
51 Broadband Illinois, Next Generation 9-1-1 Project Files to Operate in Illinois, Feb. 16, 2012, available at
http://www.broadbandillinois.org/news/109 (last accessed Feb. 8, 2013).
52 See Counties of Southern Illinois’ Petition for Authority to Operate a Regional Next Generation 9-1-1 Pilot Project
System, filed by Ottosen Britz Kelly Cooper Gilbert & DiNolfo, Ltd., ICC Docket No. 12-0094, Motion to Withdraw
(Sep. 20, 2012), available at http://www.icc.illinois.gov/docket/DocketSheet.aspx?no=12-0094 (last accessed Feb.
53 Illinois Commerce Commission, 911 Program, Staff’s Final Draft Proposal 12/2011, available at
accessed Feb. 15, 2013).
54 See, e.g., National Association of State 911 Administrators (NASNA) Comments at 9.
55 See, e.g., NASNA Comments at 9; Counties of Southern Illinois (CSI) Comments at 5. CSI argues that its member
PSAPs sought to take on the role of SSP but was impeded by state regulations that did not allow for entry by any
SSPs, let alone PSAPs, to provide NG911 services.
56 See, e.g., CSI Comments at 5.
57 See 47 C.F.R. § 64.3000 et seq.
58 See 47 C.F.R. § 20.18.
In recent years, the Commission has taken steps to facilitate the transition to NG911. In the National
Broadband Plan, the Commission made several recommendations to “bridge the gap” to NG911.60 In
December 2010, following up on the National Broadband Plan recommendation to “address IP-based
NG911 communications devices, applications and services,”61 the Commission issued a Notice of Inquiry
on facilitating the transition to NG911, exploring issues of federal oversight or governance of state
deployments of NG911,62 improving the accuracy of technologies that supply PSAPs with critical location
data,63 as well as near-term and long-term solutions for providing consumers the ability to send text
messages to 911.64
In August 2011, FCC Chairman Genachowski announced a five-step action plan for accelerating NG911
deployment.65 Among other things, the Chairman’s plan called for the Commission to initiate
rulemaking proceedings on NG911 location accuracy and enabling the public to transmit emergency
communications to PSAPs via text, data, and video in addition to voice.66 The Commission has
subsequently initiated rulemaking proceedings in both areas.67 The plan also called for the Commission
to work with “state 911 authorities, other Federal agencies, and other governing entities to provide
technical expertise and develop a coordinated approach to NG911 governance.”68
In December 2012, as part of its rulemaking proceeding on communicating with PSAPs via text, data,
and video, the Commission adopted a Further Notice of Proposed Rulemaking in which it proposed to
require all wireless carriers and providers of “interconnected” text messaging applications to enable
their customers to send text messages to 911 in areas where PSAPs are also prepared to receive the
texts.69 The Further Notice reflected a voluntary commitment by the four largest wireless carriers –
Sprint, AT&T, Verizon, and T-Mobile – to support text messaging to 911 to text-capable PSAPs by May
(Continued from previous page)
59 See 47 C.F.R. § 9.1 et seq.
60 National Broadband Plan, Chapter 16, Public Safety, Section 16.3, “Leveraging Broadband Technologies to
Enhance Communications with the Public,” at 325-326.
61 Id., at Recommendation 16.15.
62 Framework for Next Generation 911 Deployment, Notice of Inquiry, 25 FCC Rcd 17869 (PSHSB 2010) (NG911
63 Location Accuracy FNPRM/NOI, 25 FCC Rcd at 18970 ¶ 33; Public Safety and Homeland Security Bureau Seeks
Comment on Multiline Telephone Systems Pursuant to the Next Generation 911 Advancement Act of 2012, Public
Notice, 27 FCC Rcd 5329 (May 21, 2012).
64 See In the Matter of Facilitating the Deployment of Text-to-9-1-1 and Other Next Generation 9-1-1 Applications,
Framework for Next Generation 9-1-1 Deployment, Notice of Proposed Rulemaking, 26 FCC Rcd 13615 (2011)
(NG911 NPRM); see also In the Matter of Facilitating the Deployment of Text-to-911 & Other Next Generation 911
Applications Framework for Next Generation 911 Deployment, Further Notice of Proposed Rulemaking, 27 FCC Rcd
15659 (2012) (Text-to-911 FNPRM).
65 FCC News Release, FCC Chairman Genachowski Announces Five-Step Action Plan to Improve the Deployment of
Next Generation 9-1-1, Aug. 10, 2011, at 1, available at http://hraunfoss.fcc.gov/edocs_public/attachmatch/DOC-
309005A1.pdf (last accessed Feb. 15, 2013) (Five-Step NG911 Plan).
67 See Wireless E911 Location Accuracy Requirements, PS Docket No. 07-114; In the Matter of Facilitating the
Deployment of Text-to-9-1-1 and Other Next Generation 9-1-1 Applications, Framework for Next Generation 9-1-1
Deployment, PS Docket Nos. 11-153 and 10-255.
68 Five-Step NG911 Plan at 1.
69 Text-to-911 FNPRM at 15659.
The Commission has also actively monitored the availability and performance of 911 service during
natural disasters and has played an important role in restoring wireless communications after
devastating storms such as Hurricanes Katrina, Gustav, and Ike, the June 2012 Mid-Atlantic Derecho and
Superstorm Sandy in October-November 2012. The Commission has also issued reports and held
hearings to assess the performance of critical communications infrastructure that supports 911,71 and
has recently established a Technology Transitions Policy task force to examine issues associated with the
transition from legacy circuit-switched networks to fully IP-enabled networks.
Other Federal Agencies. A number of other federal agencies and offices also play important roles in the
development of and transition to NG911. To support states in addressing issues of state and local
governance, the Office of Emergency Medical Services (OEMS) at the National Highway Traffic Safety
Administration (NHTSA) houses the National 911 Program, which seeks “to provide Federal leadership
and coordination in supporting and promoting optimal 911 services,”72 and “in coordinating the efforts
of states, technology providers, public safety officials, 911 professionals and other groups, seeks to
ensure a smooth, reliable and cost-effective transition to a 911 system that takes advantage of new
communications technologies to enhance public safety nationwide.”73 Through NHTSA, the National
911 Program hosts a resource center,74 which includes a public 911 profile database, resources for
technical assistance, and guidelines for NG911 state legislative language, based on input from local,
regional, state, and federal public sector stakeholders, as well as private sector industry representatives
and advocacy associations.75 These guidelines serve as a valuable resource for states as they address
issues related to NG911 implementation. Finally, the Department of Homeland Security, through its
SAFECOM program, works with state-level governance entities to improve multi-jurisdictional and
intergovernmental communications interoperability.76
Federal Grant Programs. In 2009, NHTSA and NTIA announced more than $40 million in NG911 grants,
70 Id. at 15664, ¶¶ 16-19.
71 See Federal Communications Commission, Impact of the June 2012 Derecho on Communications Networks and
Services: Report and Recommendations (PSHSB, rel. Jan. 10, 2013), available at
https://www.fcc.gov/document/derecho-report-and-recommendations (last accessed Feb. 20.2013) (Derecho
Report); FCC News Release, FCC Chairman Genachowski Announces Post-Superstorm Sandy Field Hearings to
Examine New Challenges to Resiliency of U.S. Communications Networks During Natural Disasters & Other Times of
Crisis, Nov. 21, 2012, available at https://transition.fcc.gov/Daily_Releases/Daily_Business/2012/db1121/DOC-
317543A1.pdf (last accessed Feb. 20.2013); FCC Announces Date and Locations for the First Post-Superstorm
Sandy Field Hearing, Public Notice, DA 13-19 (Jan. 8, 2013), available at
https://transition.fcc.gov/Daily_Releases/Daily_Business/2013/db0108/DA-13-19A1.pdf (last accessed Feb.
72 National 911 Program, About the 911 Program, available at http://www.911.gov/about.html (last accessed Feb.
74 National 911 Program, 9-1-1 Resource Center, available at http://resourcecenter.911.gov/code/home.aspx (last
accessed Feb. 14, 2013).
75 National 911 Program and National Highway Traffic Safety Administration (NHTSA), Guidelines for State NG9-1-1
Legislative Language (2011), available at http://www.911.gov/pdf/ModelNG911legis-110812.pdf (last accessed
Feb. 8, 2013) (NHTSA Guidelines).
76 See Department of Homeland Security, About SAFECOM, available at
http://www.safecomprogram.gov/about/Default.aspx (last accessed Feb. 21, 2013).
authorized under the ENHANCE 911 Act.77 Grants were awarded to 30 states and territories, ranging
from $200,000 (awarded to American Samoa) to $5.4 million (awarded to Texas), and can be used for
hardware, software, training or consulting services that directly benefit public safety answering points
(PSAPs) in upgrading their equipment and operations.78 Other grants, although not designed specifically
for NG911, can be leveraged for NG911 purposes. Many general FEMA grants can be used for 911
purposes and by extension NG911. NHTSA lists fifteen FEMA grant programs available for expenditure,
“over a third of which can likely be leveraged by the 911 community.”79 Key grant programs for 911
stakeholders include, “Emergency Operations Center Grant Programs, Homeland Security Grant
Program, Interoperable Emergency Communications Grant Program, Regional Catastrophic
Preparedness Grant Program, and Tribal Homeland Security Grant Program.”80 However, there is a short
timeframe for many grant programs, and FEMA will recoup funds that have not been spent by given
deadlines.81 All FY2010 funds must be spent by September 30, 2013.82 Finally, NTIA oversaw the Public
Safety Interoperable Communications (PSIC) grant program, which awarded over $968 million in 2007 to
communications infrastructure projects nationwide, some of which included upgrades for PSAPs.83 For
example, PSIC awarded approximately $9.7 million to the State of Connecticut for mobile PSAP backup
systems and interconnectivity of state PSAPs and communications systems.84 It is important to note,
however, that this program was a one-time grant and future funds are not available through PSIC.
Previous Federal Legislation Affecting 911 and NG911 EffortsOn several prior occasions, Congress has passed legislation to advance 911 and NG911 services. We
briefly summarize these below:
Wireless Communications and Public Safety ActIn 1999, Congress passed the Wireless Communications and Public Safety Act (911 Act).85 The 911 Act
77 Ensuring Needed Help Arrives Near Callers Employing (ENHANCE) 911 Act of 2004, Pub. L. 108-498, §§ 104, 158
(b)(1); 118 Stat. 3987-3988; 47 U.S.C. § 942(b) (2004) (ENHANCE 911 Act).
78 NHTSA, “Grants,” available at http://911.gov/grants.html (last accessed Feb. 19, 2013).
79 NHTSA, “Potential Grant Funding,” available at
http://www.911.gov/pdf/Potential_911_Grant_Funding_02282012-03052012.pdf (last accessed Feb. 19, 2013).
83 The Public Safety Interoperable Communications (PSIC) Grant Program was created by the Deficit Reduction Act
of 2005 (the Act) (Pub. L. 109-171), as amended by the Implementing Recommendations of the 9/11 Commission
Act of 2007 (the 9/11 Act) (Pub. L. 110-53) and A bill to allow the funding for the interoperable emergency
communications grant program established under the Digital Television Transition and Public Safety Act of 2005 to
remain available until expended through fiscal year 2012, and for other purposes (Pub. L. 111-96). The legislation
directed the National Telecommunications and Information Administration (NTIA) of the Department of Commerce
(DOC), in consultation with the Department of Homeland Security (DHS), to establish and administer a grant
program to assist public safety agencies in the advancement of interoperable communications. See NTIA, Public
Safety Interoperable Communications Grant Program, available at
http://www.ntia.doc.gov/legacy/psic/index.html (last accessed Feb. 19, 2013).
84 See NTIA, Public Safety Interoperable Communications Grant Program, available at
http://www.ntia.doc.gov/legacy/psic/index.html (last accessed Feb. 19, 2013).
85 Wireless Communications and Public Safety Act of 1999, Pub. L. 106-81 § 3(a); 113 Stat. 1286; 47 U.S.C. §§ 222,
251, 601, 615, 615a, and 615b (1999) (911 Act).
set the broad goal of facilitating “the prompt deployment throughout the United States of a seamless,
ubiquitous, and reliable end-to-end infrastructure for communications, including wireless
communications, to meet the Nation’s public safety and other communications needs.”86 To ensure a
comprehensive approach to emergency service throughout the country, the 911 Act mandated 911 as
the official national emergency telephone number and directed the Commission to establish appropriate
transition periods for areas in which 911 was not in use as an emergency telephone number as of the
date of enactment.87 The 911 Act also addressed liability protection by providing that a wireless carrier
shall have immunity or liability protection in a state that is not less than the immunity or other liability
protection afforded to LECs under state or federal law.88 Finally, the 911 Act required the Commission
to work with the states and other affected parties to deploy comprehensive wireless E911 service.89
ENHANCE 911 ActCongress enacted the Ensuring Needed Help Arrives Near Callers Employing 911 Act in 2004 (ENHANCE
911 Act).90 The act addressed numerous concerns that had been raised about 911 deployment,
including compliance, coverage in rural areas, and the use of fees levied by states and localities to cover
911 service costs. The ENHANCE 911 Act also created the E911 Implementation Coordination Office
(ICO), an office jointly administered by the National Telecommunications and Information
Administration (NTIA) and NHTSA, to assist and coordinate with state and local 911 authorities in the
development of 911 and E911 and to administer a grant program for the implementation and operation
of Phase II E911 services and NG911 services.91 ICO helps to coordinate the efforts of states, technology
providers, public safety officials, 911 professionals and other groups, and seeks to ensure a smooth,
reliable and cost-effective transition to a 911 system that takes advantage of new communications
technologies to enhance public safety nationwide.
NET 911 Improvement ActIn 2008, Congress enacted the New and Emerging Technologies 911 Improvement Act (NET 911 Act).92
The NET 911 Act confirmed the Commission’s authority to regulate the provision of 911 by VoIP service
providers93 and took other steps to improve the delivery of 911 services nationwide. The key provisions
of the NET 911 Act are as follows:
86 911 Act § 2(b); 47 U.S.C. § 615 (1999).
87 911 Act § 3; 47 U.S.C. § 251(e) (1999).
88 911 Act § 4; 47 U.S.C. § 615a (1999).
89 911 Act § 3; 47 U.S.C. § 615 (1999). As discussed above, E911 service provides 911 call centers with Automatic
Number Identification (ANI), which recognizes and displays the telephone number from which the call is placed,
and with Automatic Location Identification (ALI), which provides information regarding the caller’s location. For
911 calls placed from wireline phones, ALI consists of the street address associated with the telephone number.
For 911 calls placed from wireless phones, ALI consists of the approximate geographic coordinates of the caller.
90 Ensuring Needed Help Arrives Near Callers Employing (ENHANCE) 911 Act of 2004, Pub. L. 108-498, §§ 104, 158
(b)(1); 118 Stat. 3987-3988; 47 U.S.C. §§ 901, 942 (2004) (ENHANCE 911 Act).
91 ENHANCE 911 Act § 104, as amended by the New and Emerging Technologies 911 Improvement Act of 2008,
Pub. L. 110-283, § 102; 47 U.S.C. § 942 (2008).
92 New and Emerging Technologies 911 Improvement Act of 2008, Pub. L. 110-283; 122 Stat. 2620 (2008); 47 U.S.C.
§§ 222, 609, 615a-b, and 942 (2008) (NET 911 Act).
93 The Commission originally adopted 911 requirements for VoIP providers in 2005. See In the Matters of IP-
Enabled Services E911 Requirements for IP-Enabled Service Providers, First Report and Order and Notice of
Proposed Rulemaking, 20 FCC Rcd 10245 (2005).
Required VoIP providers to provide 911 and E911 in compliance with existing Commission
regulations at the time of passage of the act or as modified in the future.94
Provided for equal access for VoIP providers to communications networks needed to complete
Extended state liability protection for 911 and E911 to VoIP providers and other emergency
Directed the 911 Implementation and Coordination Office (ICO) to develop a national migration
plan for transition of 911 to an IP-enabled 911 network.97
Protected the rights of states and other political subdivisions to levy fees on 911 services.98
Required the FCC to report annually on collection of state fees and other levies on 911 and E911
Americans with Disabilities ActIn 1990, Congress enacted the Americans with Disabilities Act (ADA), which, in part, prohibits state and
local governmental programs from discriminating on the basis of disability.100 The legislative reports
accompanying the ADA interpreted this prohibition, contained in Title II of the statute, to require that
local governments “ensure that [their] telephone emergency number systems are equipped with
technology that will give hearing impaired and speech impaired individuals a direct line to these
emergency services.”101 While this mandate has initially required the installation of TTY capabilities by
PSAPs, Congress made clear that “future technological advances – such as speech to text services – may
offer other means of affording direct and equally effective access for these individuals.”102
Twenty-First Century Communications and Video Accessibility ActIn October 2010, Congress enacted the Twenty-First Century Communications and Video Accessibility
94 NET 911 Act § 101; 47 U.S.C. § 615a-1 (2008).
96 NET 911 Act § 201; 47 U.S.C. § 942 (2008).
97 NET 911 Act §102; 47 U.S.C. § 615a-1 (2008). ICO released its national migration plan in September 2009. See
National E911 Implementation Coordination Office, A National Plan for Migrating to IP-Enabled 9-1-1 Systems,
available at http://www.ntia.doc.gov/files/ntia/publications/nationalng911migrationplan_sept2009.pdf (last
accessed Feb. 4, 2013) (ICO Plan). In 2011, ICO released a national report on 911 authorities’ progress in
implementing more advanced 911 systems, including NG911. See ICO, 2011 National 911 Progress Report,
available at http://www.911.gov/pdf/National911ProgressReport2011.pdf (last accessed Feb. 4, 2013) (ICO 911
98 NET 911 Act § 101; 47 U.S.C. §§ 615a-1 (2008).
99 NET 911 Act § 101; 47 U.S.C. §§ 615a-1 (2008). The Commission has submitted four such annual reports to
Congress. The most recent report was submitted on December 22, 2012. See Federal Communications
Commission, Annual Report to Congress on State Collections and Distribution of 911 and Enhanced 911 Fees and
Charges, Dec. 22, 2012 (rel. Jan. 14, 2013) (2012 Fee Report).
100 Americans with Disabilities Act of 1990, Pub. L. 101-336, 42 U.S.C. § 12101 et. seq (ADA).
101 H. Rep. No. 485, Part 2, 101st Cong., 2d Sess. 84-5 (May 15, 1990). Similar language is found in the ADA
Conference Committee Report. Conf. Rep. No. 596, 101st Cong., 2d Sess. 67-8 (July 12, 1990).
Act (CVAA).103 The CVAA amended the Communications Act and imposed a variety of new obligations
on service providers, equipment manufacturers, and the Commission that relate to providing access to
communications services for people with disabilities. Section 106 of the CVAA requires the Commission
to take certain steps "[f]or the purpose of achieving equal access to emergency services by individuals
with disabilities, as a part of the migration to a national Internet protocol-enabled emergency
network[.]”104 Pursuant to Section 106 of the CVAA, the Chairman established the Emergency Access
Advisory Committee (EAAC), comprised of representatives from state and local government, emergency
responder agencies, national organizations representing people with disabilities and senior citizens,
communications equipment manufacturers, service providers, and other subject matter experts, to
make recommendations to the Commission on achieving equal access to emergency services by
individuals with disabilities as part of our nation's migration to NG911.105
The EAAC has since conducted a national survey of people with disabilities on the most effective and
efficient technologies and methods to enable NG911 access, and submitted a report on these survey
results to the Commission on July 21, 2011.106 Following release of the EAAC Survey Report, the EAAC
formed subcommittees to undertake consideration of the policy and technical issues concerning the
accessibility of emergency services by individuals with disabilities. The outcome of these subcommittee
deliberations was the EAAC Report and Recommendations, which the EAAC submitted to the
Commission on December 7, 2011.107 The EAAC intends to further clarify these recommendations in a
subsequent report to be submitted to the Chairman by June 14, 2013. Under the CVAA, the Commission
has authority to implement such EAAC recommendations, as well as other regulations, technical
standards, protocols and procedures that are necessary to achieve reliable, interoperable
communication to ensure access by people with disabilities to an Internet protocol-enabled emergency
network, where achievable and technically feasible.108
103 Pub. L. No. 111-260, 124 Stat. 2751 (2010) (as codified in various sections of 47 U.S.C.); Pub. L. 111-265, 124
Stat. 2795 (2010) (making technical corrections to the CVAA).
104 47 U.S.C. § 615c(a).
105 Emergency Access Advisory Committee (EAAC) Announcement of Members and Co-Chairpersons, Public Notice,
25 FCC Rcd 17084 (CGB rel. Dec. 7, 2010), available at http://hraunfoss.fcc.gov/edocs_public/attachmatch/DA-10-
2318A1.pdf (last accessed Feb. 13, 2013).
106 EAAC, Report on Emergency Calling for Persons with Disabilities Survey Review and Analysis 2011 (July 21,
2011), available at https://transition.fcc.gov/cgb/dro/EAAC/EAAC-REPORT.pdf (EAAC Survey Report).
107 EAAC, Emergency Access Advisory Committee Report and Recommendations (Dec. 6, 2011), available at
http://hraunfoss.fcc.gov/edocs_public/attachmatch/DOC-312161A1.pdf (last accessed Feb. 18, 2013) (EAAC
Report and Recommendations). These recommendations cover a range of issues, including the need for direct
access by people with disabilities to emergency (911) services such as text-to-911, the need for upgrades and
modifications to equipment and services, and the need for greater outreach and education to this community. The
EAAC will continue to meet through June 14, 2013 to submit additional technical and policy recommendations to
the Commission about improving access to emergency services for the communication-disabled community. See
Emergency Access Advisory Committee Charter Extended to June 14, 2013, Public Notice, DA Docket No. 13-28,
(CGB/PSHSB rel. Jan. 11, 2013), available at https://www.fcc.gov/document/emergency-access-advisory-
committee-charter-extended-june-14-2013 (last accessed Feb. 13, 2013).
108 Pub. L. No. 111-260 § 106(g); 47 U.S.C. § 615c(g) (providing that “[t]he Commission shall have the authority to
promulgate regulations to implement the recommendations proposed by the [EAAC], as well as any other
regulations, technical standards, protocols, and procedures as are necessary to achieve reliable, interoperable
communication that ensures access by individuals with disabilities to an Internet protocol-enabled emergency
network, where achievable and technically feasible”).
Next Generation 9-1-1 Advancement Act of 2012On February 22, 2012, Congress enacted the Next Generation 9-1-1 Advancement Act of 2012 as part of
the Middle Class Tax Relief and Job Creation Act of 2012 (NG911 Act).109 Sections 6503 through 6508 of
the Act take various steps to further the implementation of NG911.
In these sections, the NG911 Act took the following actions:
Reestablished the 911 Implementation Coordination Office (ICO) and established a matching
grant program to support 911, E911, and NG911 implementation.110
Required the Commission to seek comment on the feasibility of multiline telephone systems
(MLTS) manufacturers incorporating 911 caller location capability into MLTS equipment, and
required the General Services Administration to report to Congress on the 911 capabilities of
MLTS systems used by federal agencies in all federal buildings and properties.111
Required the Government Accountability Office (GAO) to study state and local 911 fees and
submit a report to Congress on whether such fees are used for non-911 purposes.112
Provided liability protection parity in the provision and use of NG911 services for NG911 service
providers and users, PSAPs, and associated officers, directors, employees, vendors, agents, and
authorizing government entities. The act provides the same level of liability protection for
NG911 that is afforded to wireless providers under the 911 Act, which, as noted above, is
essentially the same level of liability protection that is afforded to legacy 911 services under
applicable state and federal law.113
Required the Commission to initiate a proceeding to create a specialized “Do-Not-Call” registry
Required ICO to submit a cost study to Congress, in consultation with NHTSA, the FCC, and DHS,
that “analyzes and determines detailed costs for specific Next Generation 911 service
requirements and specifications.”115
Section 6509 – Report to Congress on Legal and Regulatory Framework for Next
Section 6509 of the NG911 Act directs the Commission to prepare and submit the instant report to
Congress. Specifically, Section 6509 states:
109 Middle Class Tax Relief and Job Creation Act of 2012, Title VI, Subtitle E, Pub. L. 112-96, 126 Stat. 156, Sections
6503-6509; 47 U.S.C. §§ 942, 1471-1473 (2012) (NG911 Act).
110 NG911 Act § 6503; 47 U.S.C. § 942 (2012).
111 Id., § 6504; 47 U.S.C. § 1471 (2012). The Commission issued a Public Notice seeking comment on this issue.
Public Safety and Homeland Security Bureau Seeks Comment on Multiline Telephone Systems Pursuant to the Next
Generation 911 Advancement Act Of 2012, Public Notice, 27 FCC Rcd 5329 (2012).
112 Id., § 6505; 47 U.S.C. § 1471 (2012).
113 Id., § 6506; 47 U.S.C. § 1472 (2012).
114 Id., § 6507; 47 U.S.C. § 1473 (2012). The Commission initiated this proceeding and has established the PSAP Do-
Not-Call registry. See In the Matter of Implementation of the Middle Class Tax Relief & Job Creation Act of 2012,
Report and Order, 27 FCC Rcd 13615 (2012).
115 NG911 Act, § 6508; 47 U.S.C. § 1473 (2012).
Not later than 1 year after the date of the enactment of this Act, the Commission, in
coordination with the Secretary of Homeland Security, the Administrator of the National
Highway Traffic Safety Administration, and the Office, shall prepare and submit a report to
Congress that contains recommendations for the legal and statutory framework for Next
Generation 9–1–1 services, consistent with recommendations in the National Broadband Plan
developed by the Commission pursuant to the American Recovery and Reinvestment Act of
2009, including the following:
(1) A legal and regulatory framework for the development of Next Generation 9–1–1
services and the transition from legacy 9–1–1 to Next Generation 9–1–1 networks.
(2) Legal mechanisms to ensure efficient and accurate transmission of 9–1–1 caller
information to emergency response agencies.
(3) Recommendations for removing jurisdictional barriers and inconsistent legacy
(A) Proposals that would require States to remove regulatory roadblocks to Next
Generation 9–1–1 services development, while recognizing existing State
authority over 9–1–1 services;
(B) Eliminating outdated 9–1–1 regulations at the Federal level; and
(C) Preempting inconsistent State regulations.
To assist in developing the recommendations to Congress to be included in this report, the Bureau
issued a Public Notice in November 2012 seeking comment on the topics specified in Section 6509 and
associated issues.116 The Bureau received 24 comments and 14 reply comments in response to the
Public Notice.117 Section 6509 of the NG911 Act also requires the Commission to coordinate in the
preparation of this report with the Department of Homeland Security (DHS), NHTSA, and ICO.118 In
accordance with this provision, the Bureau has consulted with and solicited the views of each of these
agencies/offices in preparing this report, and the recommendations in the report are reflective of their
input and related coordination efforts.
4. DISCUSSION & RECOMMENDATIONS
In developing our recommendations for Congress in this report, we considered all commentary and
input received from government and public safety agencies, wireless carriers, technology vendors, and
stakeholders in the disability community. Each section below describes the particular issue on which
Congress seeks guidance, discusses the input we received, and, most importantly, sets forth
recommendations for Congress on how to best navigate the complicated transition from legacy 911 to
NG911 networks and to regulate NG911 service in the future. We first make recommendations for a
legal and regulatory framework on both the state and federal levels for the administration of NG911
service. Second, we explore possible legal mechanisms that would ensure efficient and accurate
transmission of 911 caller information to emergency response agencies. Third, we make
recommendations for the elimination of regulatory roadblocks and outdated state and federal 911
116 Public Safety and Homeland Security Bureau Seeks Comment on the Legal & Statutory Framework for Next
Generation 9-1-1 Services Pursuant to the Next Generation 9-1-1 Advancement Act of 2012, Public Notice, 27 FCC
Rcd 14070 (2012) (Public Notice).
117 For a list of parties filing comments or replies, see Appendix A.
118 NG911 Act, § 6509; 47 U.S.C. § 1473 (2012).
Legal and Regulatory Framework for the Development Of NG911 Servicesand the Transition from Legacy 911 to NG911 Networks
State and Local Governance of NG9220.127.116.11.
To help the Commission prepare this report, our Public Notice sought comment on the role of state
governments in the transition to NG911.119 Specifically, we asked whether Congress should create
requirements or incentives for states to establish NG911 oversight bodies at the state or regional level.
In light of the variation in state-level approaches to legacy 911, we also sought comment on the ability
of states to effectively coordinate the transition to NG911 and whether we should recommend that
Congress create incentives or requirements for such coordination at the state or regional level.120
The consensus view expressed by commenters is that state and local authorities should retain their
primary role in the management and development of NG911 by PSAPs, and that general state and local
oversight authority over these matters should not be supplanted by the federal government, even in
light of the sweeping changes to networks and technology involved in the transition to NG911.121
While commenters generally agree on the importance of state and local authorities retaining their
traditional PSAP oversight roles as NG911 develops, many commenters contend that the transition to
NG911 will be achieved more quickly and cost-effectively where decision-making and oversight
authority are focused at the state – as opposed to local – level. NENA states that “[e]xtensive
experience in the laboratory of the states has demonstrated that this type of oversight and coordination
[at the state level] is most effective when undertaken by an independent body of representative
stakeholders.”122 Commenters note that about half the states have established state-level 911 boards
or similar entities, and support action by Congress to increase the effectiveness of such boards and to
encourage their establishment by states that have not yet done so. 123
Some commenters urge Congress to require states without state-level 911 boards or oversight bodies to
establish them.124 L.R. Kimball suggests that Congress could require each state to “determine the
appropriate level of readiness for the state and report on how they plan to deploy; at the state level,
regional, or other.”125 Other commenters, including NENA, APCO, and TCS, do not support a
Congressional mandate but suggest that Congress could create incentives for states to create state-level
119 Public Notice, 27 FCC Rcd at 14071.
121 See Boulder Regional Emergency Telephone Service Authority (BRETSA) Comments at 6-7; Connecticut
DESPP/DSET (Connecticut) Comments at 2-3; CSI Comments at 1; NASNA Comments at 2; National Emergency
Number Association (NENA) Comments at 3, 5; Texas 911 Entities Comments at 6-7; Verizon and Verizon Wireless
(Verizon) Comments at 4; Intrado Comments at 3; L.R. Kimball Comments at 3; Motorola Solutions (Motorola)
Comments at 2-3; Wireless RERC Comments at 4; CTIA – The Wireless Association (CTIA) Reply Comments at 12.
122 NENA Comments at 4.
123 NASNA Comments at 2; Texas 911 Entities Comments at 6-7; T-Mobile USA, Inc. (T-Mobile) Comments at 8; CSI
Comments at 1.
124 Hawaii E911 Board (Hawaii) Comments at 1; Bandwidth.com Comments at 6; L.R. Kimball Comments at 2;
Motorola Comments at 3; Wireless RERC Comments at 5.
125 L.R. Kimball Comments at 2.
boards.126 NENA proposes several specific incentives, including giving states with 911 boards preference
for public safety-related grants and granting them access to GSA schedules for procurement.127
Additionally, NENA suggests that Congress could discourage states from ignoring the issue by allowing
the Commission “to craft default NG911 regulations that would apply in the absence of a modernized
state regime or at least demonstrated progress toward such a regime.”128
Intrado suggests that development of state-level governance of NG911 may also be spurred as states
become involved in deployment of the 700 MHz Nationwide Public Safety Broadband Network (NPSBN).
Intrado notes that under the statutory framework for the network established under the Public Safety
Spectrum Act, states will “have to develop state governance and decision-making with respect to
deployment and utilization of the [nationwide] public safety broadband network with which NG9-1-1
networks and services will have to interact.”129
126 NENA Comments at 4-5 (recommends that “the Commission suggest to Congress a program of incentives,
coupled with backstops, aimed at encouraging the creation regional or state boards to coordinate the transition to
NG911.”); Association of Public Safety Communications Officers (APCO) Comments at 3 (“To best create an
effective working relationship between the federal program and the states, the FCC should recommend that
Congress craft incentives for state-level (or multi-state) NG9-1-1 coordination.”); TCS Comments at 3 (“[H]istory
dictates that coordination among existing entities should be encouraged but not required. Due to differences in
state law, this may be accomplished by various procedures… which may or may not require the establishment of a
new ‘entity’ to ensure cooperation.”).
127 NENA comments at 5.
128 Id. NENA also suggests that the Commission could “condition the obligation of carriers to deliver traffic to an
NG9-1-1 system that has requested service on the existence of a governing board and a coordinated deployment
129 Intrado Comments at 3.
1) Congress should create mechanisms such as challenge grants and other
competitive funding programs to encourage states to compete to be
NG911 “early adopters.”State public safety authorities will necessarily play a critical role in the deployment
and configuration of NG911. In addition, early engagement at the state level can
help drive the transition to NG911 and make near-term implementation of NG911 in
those states more likely. States that elect to move forward as “early adopters” of
NG911 will also provide important experience and lessons learned for the NG911
transition in other parts of the nation. However, early adopter states also face
inherent technological and programmatic risks and uncertainties by virtue of their
decision to proceed with NG911 implementation more quickly.
To provide incentives and mitigate the risk for early adopters, we recommend that
Congress establish incentive-based programs to encourage states to compete to be
among the first to extensively implement NG911. These incentives, which could
take the form of challenge grants or other favorable funding arrangements, will
encourage states to accelerate NG911 initiatives, increase the pace at which
implementation challenges are taken on and successfully overcome, and reward
those states that lead the way.
The benefits provided to states that become early adopters would also generate
public safety benefits for other states that do not directly benefit from such
programs or that otherwise choose not to be early adopters. This is because these
other states would benefit from the experience and lessons learned by the early
adopter states, would have earlier access to successful models for NG911
implementation, and would have more options to select vendors that had already
successfully implemented NG911. In this way, Congress could leverage a modest,
targeted funding amount to achieve broader nationwide public safety benefits, by
providing a path for more states to implement NG911 sooner and with fewer risks.
Encouraging states to compete to become NG911 early adopters is similar in some
respects to programs that have been used to incentivize states in other contexts.
For example, under the American Recovery and Reinvestment Act of 2009, Congress
established the “Race to the Top” education funding program to spur innovation
and reforms in state and local district K-12 education.130 Under the Race to the Top
program, the U.S. Department of Education established certain priorities for
education and measured states' progress towards these priorities in order to
prioritize the grants.131 States competed against one another for the grants, and
were awarded points for satisfying certain educational policies. In response, several
130 See Department of Education, Race to the Top Program Executive Summary (Nov. 2009), available at
http://www2.ed.gov/programs/racetothetop/executive-summary.pdf (last accessed Feb. 20, 2013).
131 Id. at 4-5.
states changed their policies to make their applications more competitive.132
2) Local and state public safety authorities should retain their primary
responsibility for the deployment and configuration of 911 and NG911
services, but Congress should encourage states to establish state 911
boards or similar state-level governance entities that can provide technical
and operational expertise necessary for the development and deployment
We believe more needs to be done to encourage states to establish state-level
governance of the NG911 transition. The success of state-level governance is
illustrated by examples of states that have established 911 boards or other
oversight bodies to advance the transition to NG911, such as the Vermont Enhanced
911 Board, which has been instrumental in providing statewide oversight and
direction in the transition to NG911 in Vermont.133 Not all states, however, have
state 911 boards or similar entities, and those that do have such boards do not
necessarily have boards with the operational and technical expertise critical to
guiding state-wide NG911 implementation. 134 We therefore recommend that
Congress recognize the importance of state 911 boards and state-level governance
entities in the cost-effective and efficient implementation of emergency services.
Congress should provide funding or other incentives for states that establish such
governance structures. Congress should also consider requiring state-level
governance as a condition for receipt of 911 or NG911-related grants or other
appropriate federal benefits relating to public safety. In particular, such state-level
911 governing bodies should have meaningful authority over the provision of 911
service, and not just over the collection and dissemination of 911 funding.135
Although state-level 911 governance could reasonably be tied in with other
responsibilities, a state 911 board must be able to coordinate, implement, and
manage all elements of NG911. Further, such entities should be specifically charged
with addressing the development and implementation of NG911 within the state,
particularly from an operational and technical standpoint, in addition to ensuring
that regulatory and legal mechanisms are in place to facilitate state-wide
132 Department of Education, Nine States and the District of Columbia Win Second Round Race to the Top Grants
(Aug. 24, 2010), available at http://www.ed.gov/news/press-releases/nine-states-and-district-columbia-win-
second-round-race-top-grants (last accessed Feb. 20, 2013).
133 Vermont was the first state to implement a statewide ESInet and it empowers its Enhanced 911 Board to
“develop designs, standards, and procedures,” and provides that the Board, “shall adopt rules,” regarding, “the
technical and operational standards for public safety answering points…the system data base, standards and
procedures for developing and maintaining the data base…statewide, locatable means of identifying customer
location, such as addressing, geo-coding, or other methods of locating the caller….and standards and procedures
to ensure system and data base security.” 30 V.S.A. § 7053. In addition, Alabama, Arkansas, Florida, Indiana, Iowa,
Kentucky, Maryland, Minnesota, North Carolina, North Dakota, South Dakota, Tennessee, Texas, and Washington
have designated state 911 entities that, at a minimum, govern the collection of 911 fees and their expenditures.
See NENA, Status of NG9-1-1 State Activity, Oct. 3, 2011, available at http://www.nena.org/resource/resmgr/ng9-
1-1_project/20111205_national_ip_networ.xlsx (last accessed Feb. 7, 2013).
134 Only twenty-six states have statewide boards or similar entities to manage issues related to 911 service, and
there is significant variance in the authority that they exercise.
135 Examples include Hawaii and North Carolina.
deployment of NG911. We note that this recommendation is consistent with
NHTSA’s Model State Legislation language for state and local governance, which
provides an option for the creation of a state 911 Office, responsible for statewide
coordination of planning and deployment of services and networks.136
Federal Role in Transition to NG918.104.22.168.
In the Public Notice, we sought comment on what role the federal government should play in NG911
oversight, and whether the Commission should recommend that Congress enact legislation defining the
federal government’s role.137 More specifically, we asked what role existing federal agencies, such as
the Commission, NHTSA, NTIA, and DHS should play, and whether a single federal entity should be
established or designated to set national policy and oversee the transition to NG9-1-1.138
As noted above, most commenters responding to the Public Notice advocate that state and local
authorities should retain existing authority over the provision of 911 and NG911 service.139 However,
many of these commenters also call for the federal government to take a more proactive role in leading
and coordinating the transition to NG911.140 For example, APCO urges Congress to “create a federal
program that is led by the [Federal Communications] Commission and actively involves the other federal
agencies, and charge this body with the responsibility to work with the public safety community to
create a standard, national framework that PSAPs can follow to ensure secure, effective, and efficient
However, most commenters do not advocate creation of a new federal entity to oversee NG911,142 but
instead propose that existing agencies such as the Commission, ICO, NHTSA, NTIA, and DHS continue to
play an active and coordinated role in NG911 policy and implementation.143 Thus, commenters
generally support the Commission continuing its role in setting national NG911 policy and providing
regulatory oversight consistent with its statutory authority over 911, E911 and NG911. NENA says that
the Commission is “the expert agency with the longest and most detailed involvement in 9-1-1 policy”
and, because its existing jurisdiction covers many of the issues that must be dealt with to speed the
development of NG911 on a nationwide basis, it “should be statutorily designated as the agency
136 See NHTSA, “Guidelines for State NG9-1-1 Legislative Language” at 5 (2011), available at
http://www.911.gov/pdf/ModelNG911legis-110812.pdf (last accessed Feb. 8, 2013) (NHTSA Guidelines).
137 Public Notice, 27 FCC Rcd at 14071.
139 See, infra, Section 4.1.1.
140 APCO Comments at 2; iCERT Comments at 2; Bandwidth.com Comments at 2; TracFone Wireless Comments at
6; Consortium Comments at 2; CTIA Reply Comments at 8.
141 APCO Comments at 3. See also Motorola Comments at 3-4 (arguing that Congress should specify and fund one
organization “to operate as the NG9-1-1 coordinating body”).
142 See, e.g., L.R. Kimball Comments at 4 (While a single federal agency could coordinate among the federal
agencies involved, “a single federal entity could not be established to oversee the transition to NG911. There are
simply too many components involved in NG911 for centralized federal government involvement.”).
143 See, e.g., NASNA Comments at 3 (“with proper coordination, the existing structure can leverage the operational
needs to implement NG911.”).
responsible for establishing NG9-1-1 policy.”144
Numerous commenters also advocate designating ICO as the primary federal entity to coordinate
NG911 transition efforts among all of the involved state, local, and tribal government agencies.145
NASNA states that ICO “has proven to be an invaluable resource to the NASNA membership in its
coordination role and it should be continued.”146 NENA proposes that ICO serve as the federal entity in
charge of deployment of NG911, noting that, because ICO is under the joint authority of NHTSA and
NTIA, “it could leverage NTIA’s existing statutory authority over executive branch communications policy
and activities.”147 Finally, Connecticut urges Congress to enhance the ICO program in order to allow ICO
“to participate more fully in technology working groups, forums and meetings related to the technology
and the roll-out of NG911, including grant coordination and administration related to the construction
of ESInets and NG911 networks.”148
Some commenters advocate expanding the resources and authority of specific federal agencies. For
example, as noted previously, NENA suggests that Congress could empower the Commission to adopt
default NG911 regulations that would apply to states that have not modernized or demonstrated
progress toward modernizing their regulations to accommodate NG911.149 Connecticut proposes that
NTIA be responsible for “assuring the compatibility and coordination required between federal public
safety entities and the various state, regional, and local implementations of NG911.”150 CSI calls for ICO
to play both policy-setting and oversight roles in the transition to NG911, operating in tandem with
NTIA.151 Finally, CSI proposes that DHS “provide certification and funding for interoperability and
establishment of emergency services IP networks.”152
A number of commenters suggest that a federal advisory committee be established to oversee aspects
of NG911.153 NENA suggests that such a committee could be tasked with researching the universe of
existing 911 laws and regulations at the state level.154 Finally, AT&T urges Congress to hold hearings on
the organization of emergency service providers in America for the purpose of recommending and
encouraging a “re-imagined 9-1-1 organization that will facilitate deployment of NG911 services in an
efficient and cost-effective manner.”155 APCO, however, opposes AT&T’s proposal for Congressional
hearings, stating that “AT&T’s suggestion that Congress review the basic PSAP structure does not take
into consideration the fundamentally local nature of first responder agencies or the substantial benefits
144 NENA Comments at 9.
145 Id. at 14-16; NASNA Comments at 3; Connecticut Comments at 3; L.R. Kimball Comments at 4.
146 NASNA comments at 3.
147 NENA Comments at 16.
148 Connecticut Comments at 3-4.
149 NENA Comments at 5.
150 Connecticut Comments at 4.
151 CSI Comments at 3 (NTIA and ICO “should establish the national policy and initiate the development and
deployment of shared statewide or regional ESInets”).
152 Id. at 2.
153 Sprint Nextel Reply Comments at 3-4; TIA Comments at 7-8.
154 NENA Comments at 9-10. Sprint Nextel supports this proposal and advocates that the advisory committee be
empowered to recommend modifications to relevant state and federal laws. Sprint Nextel Reply Comments at 3-4,
155 AT&T Comments at 7.
of local PSAPs.”156
1) Congress should facilitate the exercise of existing authority over NG911 by
such federal agencies as the Commission, ICO, NHTSA, NTIA, and DHS, so
that they are better able to support the NG911 transition and to
coordinate with one another more effectively in these efforts.
The federal government must necessarily play a significant role in the transition to
NG911, but its role should be primarily focused on supporting and coordinating
state and local transition efforts and targeting federal resources to components of
NG911 architecture that are uniquely suited to development at the national level;
for example, an enhanced national PSAP registry and national-level location and
routing databases.157 As discussed in other sections of this report, federal agencies
can also play a role in setting standards for nationwide NG911 interoperability,
establishing demarcation points in NG911 networks, collecting data on NG911
progress, and eliminating state regulations that hinder the deployment of NG911
Existing federal agencies such as the Commission, ICO, NHTSA, NTIA, and DHS
should play an active and coordinated role in NG911 policy and implementation,
rather than creating a new federal entity to oversee NG911. The Commission
already has sufficient authority to regulate the 911 and NG911 activity of, inter alia,
wireline and wireless carriers, interconnected VoIP providers, and other IP-based
service providers.158 Except with respect to certain specific areas noted below, we
do not believe significant alteration of the Commission’s jurisdiction over 911 or
NG911 is required.
A number of commenters have advocated providing ICO with additional authority
and resources to coordinate NG911 transition efforts among all of the involved
stakeholders. Similarly, commenters support involvement in NG911 by NHTSA,
NTIA, and DHS, particularly with respect to providing programmatic support and,
where possible, grant funding for the NG911 transition. We agree that these
existing agencies are potentially well-suited for these tasks, and that it is important
for them to have sufficient authority and resources to coordinate NG911
deployment on a nationwide basis. Given that different agencies fund different
elements of 911, Congress should emphasize or require coordination between
agencies when establishing 911 grant programs to ensure that NG911 standards and
requirements are consistently implemented and that agencies are working together
to fund incentive-based NG911 programs. Coordinated funding at the federal level
will play a critical role maximizing the ability of incentive-based programs to
promote coordinated state and local NG911 adoption and to prevent duplication of
effort at the federal level.
2) To address instances where states lack authority under state law to
regulate certain elements of NG911 service or otherwise choose not to
156 APCO Reply Comments at 1.
157 See, supra, Sections 4.2.2, 4.2.3, and 4.2.4.
158 See 47 C.F.R. Parts 9 and 20.
exercise such authority, Congress should consider enacting legislation
creating a federal regulatory “backstop” to ensure that there is no gap
between federal and state authority (or the exercise thereof) over NG911.
As noted above, this report recommends state and local public safety authorities
should retain authority over the deployment and provision of NG911 services within
their jurisdictions. However, as several commenters point out, there may be
instances where states lack authority under state law to regulate certain elements
of NG911 service or otherwise choose not to exercise such authority.159 For
example, a number of states have expressly refrained, by statute, from exercising
regulatory jurisdiction over VoIP services.160 This could potentially create a
regulatory vacuum in regard to VoIP-based 911 service.161 In such instances,
Congress has the power to establish a federal regulatory “backstop” to ensure that
there is no jurisdictional gap between the exercise of federal and state authority.162
The existing pole attachment provisions in Section 224 of the Communications Act
may provide a possible template for the kind of legislation that would be
appropriate to establish such backstop authority.163 Section 224 grants the
Commission authority to regulate the rates, terms, and conditions for pole
attachments, but provides that the Commission cannot exercise this authority “in
159 CTIA Reply Comments at 10.
160 See, e.g. Cal. Pub. Util. Code § 710 (“(a) The [public utilities] commission shall not exercise regulatory
jurisdiction or control over Voice over Internet Protocol and Internet Protocol enabled services except as required
or expressly delegated by federal law or expressly directed to do so by statute or as set forth in subdivision (c). …
(b) No department, agency, commission, or political subdivision of the state shall enact, adopt, or enforce any law,
rule, regulation, ordinance, standard, order, or other provision having the force or effect of law, that regulates
VoIP or other IP enabled service ...”); 26 Del. C. § 202(i)(1) Notwithstanding any other provision of law to the
contrary, the Commission shall have no jurisdiction or regulatory authority over Voice over Internet Protocol
(“VoIP”) service, as defined in paragraph (i)(2) of this section, including but not limited to, the imposition of
regulatory fees, certification requirements, rates, terms or other conditions of service.”); DC ST § 34-403 (“Internet
Protocol-enabled Service, as defined in § 34-2001(7A), or Voice over Internet Protocol -enabled Service, as defined
in § 34-2001(23), shall not be regulated by the Commission.”); F.S.A. § 364.013 (“Broadband service and the
provision of voice over Internet Protocol (VoIP) are exempt from commission jurisdiction and shall be free of state
regulation, except as delineated in this chapter, regardless of the provider, platform, or protocol.”); F.S.A. §
364.0361 (“A local government may not directly or indirectly regulate the terms and conditions, including, but not
limited to, the operating systems, qualifications, services, service quality, service territory, and prices, applicable to
or in connection with the provision of any voice-over-Internet Protocol, regardless of the platform, provider, or
protocol, broadband or information service.”); 73 P.S. § 2251.4 (Except as set forth in sections 5 and 6, …
notwithstanding any other provision of law, no department, agency, commission or political subdivision of the
Commonwealth may enact or enforce, either directly or indirectly, any law, rule, regulation, standard, order or
other provision having the force or effect of law that regulates, or has the effect of regulating, the rates, terms and
conditions of VoIP service or IP-enabled service.”).
161 But, see, 26 Del. C. § 202(i) (3) (“Nothing herein shall be construed to either mandate or prohibit the
assessment of Enhanced 911 fees pursuant to Chapter 101 of Title 16 on VoIP service, or to mandate or prohibit
the payment of any switched network access rates or other intercarrier compensation rates that may be
determined to apply.”).
162 CTIA Reply Comments at 10.
163 47 U.S.C. § 224(b)-(c).
any case where such matters are regulated by a State.”164
Furthermore, we do not consider it necessary for Congress to conduct hearings to
explore reorganization of emergency service providers. While we believe it is
important for state and local jurisdictions to consider organizational issues that will
affect their transition to NG911, we agree with APCO that these issues are best
considered at the state and local level, and believe that Congress should focus on
the other recommendations in this report.
Deployment and Interconnection of ESInets22.214.171.124.
One of the critical steps in the transition to NG911 is the deployment by 911 authorities of IP-based
networks that are capable of receiving emergency communications via voice, text, video, and data.
These networks, commonly referred to as Emergency Services IP Networks (ESInets),165 will be the
primary platform for receipt of incoming NG911 traffic from commercial networks to PSAPs as well as
other public safety authorities data communications streams. In addition, ESInets will serve as the
bridge between PSAPs on a state, regional, and national basis, facilitating flexible routing of traffic and
coordinated response to emergencies. However, there has been only limited deployment of ESInets to
date, and there is no established plan or timetable dictating how, when, or where individual ESInets will
be built, nor how or on what schedule they should interconnect with each other.
In the Public Notice, we asked generally about state and national level deployment of ESInets, and, in
particular, what role, if any, the federal government should play in enabling the deployment of state-
wide ESInets.166 We also asked about the feasibility of deploying a national NG911 infrastructure that
would allow PSAPs to connect to a nationwide ESInet where state or regional level ESInets have yet to
be deployed, and whether Congress should promote the development of such a national
Commenters addressing these issues generally do not support creating a national ESInet infrastructure
that would replace state and regional ESInet deployments, but some agree that targeted actions at the
federal level could help to ensure coordinated deployment, interconnection, and exchange of traffic
between ESInets over time. For example, Connecticut urges the federal government to wait until states
and regions install and stabilize their ESInets, although it also supports a federal role in facilitating
“compatibility between the states so that cross-border [interconnection] will be relatively simple and
inexpensive to enable.”168 Likewise, BRETSA notes that, in most cases, states implementing ESInets will
have secured rights-of-way and installed network facilities, thus bearing a substantial portion of the
164 47 U.S.C. § 224 (c)(1).
165 ESInets are a key component of the NENA i3 architecture, which has been widely accepted by 911 authorities as
the basis for proceeding with NG911 deployment. NENA i3 enables PSAPs to receive IP-originated traffic that
conforms to the i3 standard directly into the ESInet and uses gateways to receive and convert 911 communications
originated on non-IP legacy networks. See NENA, “NENA i3 Solution – Stage 3” (July 2011), available at
http://www.nena.org/?page=i3_Stage3 (last accessed Feb. 8, 2013).
166 Public Notice at 14072.
168 Connecticut Comments at 3.
169 BRETSA Comments at 24.
Similarly, TCS states that “the lack of an existing national network does not mean that it will [be]
necessary to deploy a new national NG9-1-1 infrastructure that would allow PSAPs to connect to a
nationwide ESInet prior to the deployment of statewide or regional ESInets.”170 L.R. Kimball believes
that a number of “state and/or regional NG9-1-1 efforts are deploying so called ‘hosted’ 9-1-1 solutions,
a cloud-like approach where some 9-1-1 functions, which in the legacy world would be deployed at the
PSAP, have now been moved into centralized regional or state-level locations.”171 Some commenters
suggest mechanisms that could be established at the national level to enhance coordinated deployment
and interconnection of ESInets. L.R. Kimball argues that national ESInet infrastructure could provide
location-based call routing down to the state level, and perhaps further, if regional, local, or even
individual PSAPs interconnect to the national network.172 NENA proposes that Congress or the
Commission could condition access to national databases that support NG911 on conformity with the
functions and interfaces specified in the i3 standard at defined interconnect points.173
Some commenters argue for steps to encourage ESInet deployment at the state level and not on a PSAP-
by-PSAP basis. T-Mobile asserts that PSAP-by-PSAP deployment of E911 led to increased costs and
significant delays and argues that deployment of ESInets at the state or regional level will “yield
substantial benefits, including cost savings, economies of scale, and logistical efficiencies in PSAP call
overflow and transfer.”174 T-Mobile also points out that, through use of legacy network gateways that
are part of the ESInet architecture, all PSAPs in a region or state can migrate to the ESInet
simultaneously even if some individual PSAPs are not capable of receiving IP traffic directly.175 T-Mobile
argues further that carriers should not be required to deliver traffic to an ESInet until all PSAPs in a state
or region are ready to migrate to an ESInet architecture.176 Several commenters also suggest that, to
make the transition to NG911 more cost-effective and efficient, Congress should encourage the use of
consolidated statewide or regional 911 call centers for handling of NG-specific caller media, such as text,
data, and other multimedia traffic.177
1) Congress should encourage and set a goal for the early deployment of
state or regional ESInets.
170 TCS Comments at 4.
171 L.R. Kimball Comments at 7.
172 Id. at 7.
173 NENA Comments at 7; see also Texas 911 Entities Comments at 12 (arguing that national efforts on issues like
LoST, PKI, and “forest guides” could significantly reduce the complexity of the NG911 transition).
174 T-Mobile Comments at 6 (“[P]iecemeal implementation risks customer confusion and creates duplicative
network costs for PSAPs and providers that will introduce delay and additional points of failure to the entire
system. Piecemeal implementation also undercuts one of the key benefits of NG911 – interconnection and
portability of PSAPs.”).
175 T-Mobile Comments at 7.
176 Id. at 8.
177 AT&T Comments at 6, BRETSA Comments at 22-23, and Consumer Groups Comments at 8. See also Arlington,
Texas Reply Comments at 4.
We recommend that Congress encourage and set a goal for the early establishment
of state or regional ESInets in order to create the necessary and efficient
infrastructure critical to local PSAPs’ planning and deployment of NG systems and
handling of NG-centric traffic streams, such as video. Establishing strong state and
regional ESInets is more cost effective and efficient and will also provide the focal
point for interstate and inter-regional interconnection and exchange of traffic
We do not agree with commenters that argue that, unless and until all PSAPs are NG
ready and there exist state or regional ESInets to carry traffic, carriers should not be
required to deliver NG 911 traffic to any PSAP in the state. Again, we emphasize
that PSAPs should determine their readiness to deploy NG911 systems, ideally
within the context of a state-developed deployment plan. A PSAP requesting
delivery of NG traffic should not be denied such traffic because other PSAPs within a
state are not ready to accept such traffic. As discussed below, state and regional
ESInets will facilitate the deployment of state or regional call centers that can
handle such traffic and serve as intermediaries to PSAPs still operating legacy
2) Congress should encourage or require the use of a common set of
standards for seamless transmission of NG911 information between
ESInets and with other public safety networks, including the Nationwide
Public Safety Broadband Network.The record indicates that NG911 deployments and ESInet construction will be
piecemeal. As states and regional authorities move forward to deploy systems and
infrastructure, there is a risk that different standards may be applied to network
design and architecture, with associated negative impacts on the seamless delivery
of traffic between ESInets. Equally important, ESInets will need to support seamless
delivery of emergency information to other public safety networks used by first
responders. In particular, the Nationwide Broadband Public Safety Network
(NPSBN), being deployed by FirstNet pursuant to the Public Safety Spectrum Act,
will provide first responders with access to broadband data, including photos, video,
and other data originating from NG911 systems. It is therefore essential to ensure
that such traffic can be delivered seamlessly between all ESInets and the NPSBN.
To avoid the risk of inconsistent standards, some of which may not represent best
practices, Congress should encourage or, if necessary, require development and
implementation of uniform standards with respect to interstate interconnection and
exchange of traffic between ESInets, and between ESInets and other public safety
networks such as the NPSBN.
3) Congress should encourage the development of consolidated regional
NG911 call centers where possible, for example, by offering preference forgrant eligibility to states and regions that make progress toward this goal.
The advantages of utilizing statewide or regional call centers to handle next
generation text, photo, and video streams would be a significant advantage for
PSAPs that may not otherwise be able to finance the initial costs of transitioning to
NG911. Indeed, this consortia-based approach also underlies arguments for
instituting primary oversight at the state level, enabling better and more efficient
use of financial resources, stronger leadership, bulk-buying capacity, and efficiency
and care in network design and maintenance. Congress should include appropriate
conditions in federal grant programs to encourage states to consolidate elements of
NG911 infrastructure; for example, PSAPs and emergency operations centers.178
Updating Funding Mechanisms for NG9126.96.36.199.
While certain grant programs exist at the federal level, today 911 service is funded primarily at the state
and local level, generally through monthly 911-specific line-item charges on wireline and wireless
customers’ bills. Accordingly, the mechanisms for collection, and the amounts collected, can differ
substantially across jurisdictional boundaries. For example, in the most recent annual report to
Congress on state collection and distribution of 911 and E911 funds, the Commission found that the
amounts raised from state and territorial 911/E911 fees ranged from an estimated low of $1,779,710 in
Guam to an estimated high of $209,202,098 in Texas.179 How funds may be spent also varies between
states, creating further disparities among the states’ 911 programs and potentially creating
interoperability or compatibility issues where one state or locality progresses more quickly than
In the Public Notice, we observed that current 911 funding mechanisms “may not adequately account
for new services that offer emergency communications in a NG9-1-1 environment.”180 Accordingly, we
sought comment whether we should recommend that Congress take steps to ensure that 911 funding
mechanisms are technologically neutral so that the funding obligation does not disproportionately
burden certain types of services over others. We also asked whether Congress should authorize or
require 911 fee contributions by all service providers, such as VoIP or IP-enabled service providers, and
not just those providing network access.181
Commenters overwhelmingly favor an overhaul of current 911 funding mechanisms, believing the
current system to be outdated and inadequate for facilitating the transition to NG911.182 Discussed
below is the prevailing view with respect to who should contribute to funding NG911, how funds should
be collected, who should oversee fund collection, and how funds should be spent.
Who Should Contribute to Funding NG911. In arguing for changes to current 911 funding mechanisms,
many commenters assert that it is not sustainable for contributions to 911 funding to come primarily
from fees paid solely by users of voice-centric wireline and wireless services. First, commenters assert
that such a regime is insufficient to fund the initial transition and the ongoing costs of NG911. Second,
commenters argue that the narrowness of the existing funding base is not competitively neutral in an
178 For instance, Congress could establish the consolidation of 911 functions as a priority when providing incentive-
based NG911 grants. See Section 4.1.3.
179 2012 Fee Report at 8.
180 Public Notice, 27 FCC Rcd at 14073.
182 APCO Comments at 5; AT&T Comments at 7-8; Bandwidth.com Comments at 8; Connecticut Comments at 7; CSI
Comments at 4; Hawaii Comments at 2; iCERT Comments at 2-3; Intrado Comments at 9-10; NENA Comments at
18-19; Texas 911 Entities Comments at 16; TIA Comments at 4-6; T-Mobile Comments at 9-10; TracFone Wireless
Comments and Reply Comments throughout; Verizon Comments at 9-10; Wireless RERC Comments at 5, 9; AICC
Reply Comments at 5, 6; APCO Reply Comments at 2; CTIA Reply Comments at 15; NENA Reply Comments at 4;
NexGen Global Technologies Reply Comments at 3; NTCA Reply Comments at 4; Sprint Nextel Reply Comments at
evolving IP-based network environment where many more parties play a role in the provision of 911
service than did previously.183 APCO, for example, argues that “Congress should consider creating a
technology-neutral, uniform model that all service providers would utilize to ensure appropriate NG9-1-
1 funding for the states.”184 CSI similarly proposes that “[a]ny device that can connect to any system
providing 9-1-1 services at any time should contribute and be required to remit 9-1-1 fees based on the
How Funding Should Be Collected. Commenters express diverse opinions on how 911 funds should be
collected. Some commenters argue that 911 should be funded from federal and state general revenue
rather than from perpetuation of the existing fee-based regime.186 APCO questions whether a NG911
funding approach that is centered on service providers can work given that NG911 services will not be
“easily tied to service providers and recurring billing practices.”187 Other commenters suggest that a
fee-based approach to NG911 funding is feasible, but that existing 911 fee collection mechanisms must
be substantially overhauled in order to include a broader range of potential contributors. NENA urges
Congress to “consider a 9-1-1 funding model based on service fees imposed on access network
subscriptions. 188 Other commenters argue for point-of-sale collection of 911 surcharges as the best
method to ensure contribution by pre-paid wireless users.189
Who Should Oversee Funding: Federal versus State/Local Jurisdictions. A number of commenters
advocate increased state-level oversight and interstate or federal coordination of NG911 funding. 190
Verizon argues that, if a fee-based approach is used, the fee should be state-administered in order to
take advantage of economies of scale and integrate less populated areas into improved emergency
communications systems.191 TracFone Wireless urges preemption of state funding laws that are not
Some commenters advocate an increased federal role in NG911 funding and funding oversight. NASNA
argues that federal funding “should be tied to reaching objective interoperability goals set for NG911
implementation.”193 BRETSA contends that any federally mandated NG911 service should be
183 See, e.g. CSI Comments at 4; NTCA Reply Comments at 4; Sprint Nextel Reply Comments at 7; TracFone Wireless
Comments at 8; iCERT Comments at 2-3; NENA Comments at 18-19; Intrado Comments at 9; Verizon Comments at
184 APCO Comments at 5.
185 CSI Comments at 4; Verizon Comments at 10.
186 AT&T Comments at 9; see also TracFone Wireless Reply Comments at 2.
187 APCO Comments at 5.
188 NENA Comments at 18. NENA asserts that this “would effectively eliminate a ‘free-riding’ problem, at the
expense of capturing revenue from a small number of users who do not use any 9-1-1 capable originating service.”
See also Wireless RERC Comments at 9 (a fee-based approach must ensure that non-voice-enabled services
“contribute their fair share” to 911 funding).
189 See TracFone Wireless Comments at 5; T-Mobile Reply Comments at 4.
190 T-Mobile Comments at 10.
191 Verizon Comments at 10.
192 TracFone Wireless Comments at 6.
193 NASNA Comments at 2.
accompanied by permanent federal funding for the service.”194
How Funding Should be Spent. Two general themes emerge with respect to comments on the
expenditure of 911 funds. First, most commenters advocate strong measures to curb the use of
collected funds for non-911 purposes. NENA states that, despite annual reports by the Commission and
the threat of reduced grant funding, previous efforts to end this practice have proven ineffective.195
NENA argues that Congress should consider stronger measures to remedy this situation, including
prohibiting the collection of 911 fees that are remitted to a state’s general fund rather than a separate
911 fund, or conditioning all public safety grant funding, not just 911-specific funding, on proper use of
911 fees.196 T-Mobile echoes this concern, arguing that “clarifying the definition of valid uses of 911
surcharges will ensure that funds are not improperly diverted away from NG911 deployment.”197 APCO
agrees that Congress should “mandate that states use such fees only for NG9-1-1 purposes.”198
Second, commenters advocate steps to ensure that funds can be used to support the transition to
NG911 and not just traditional 911 programs and infrastructure. Hawaii states that “funding
mechanisms will need modification and definition, as NG911 will bridge current and future
1) Congress should develop incentives for states to broaden the base of
contributors to NG911 funding to more accurately reflect the benefits
derived from NG911 service.
There appears to be a strong consensus that the existing user fee-based regime is
inadequate both with respect to the ability to fund the initial and ongoing expenses
associated with NG911 and with respect to the inclusion of all participants in the
NG911 ecosystem that will benefit from the significant enhancements to public
safety that NG911 will provide. In addition, as individual consumers increasingly
depend on a range of devices and services for communication, fixed per-line fees
may be seen as not competitively neutral and unfair. Accordingly, Congress should
consider paths to develop incentives for states to broaden the base of contributors
to this effort to more accurately reflect the benefits derived. This might be
accomplished by providing states with a menu of options for permissible
contribution from point-of-sale collection to general revenue assessment, with
accompanying federal incentives depending on Congressional preference for
2) Congress should encourage states to provide funding for NG911 as well as
194 BRETSA Comments at 8.
195 NENA Comments at 5-6.
196 Id. at 6. See also Motorola Solutions Comments at 4 (“The Federal coordinating body should also be responsible
for ensuring that funds appropriated for 9-1-1 and NG9-1-1 are secure. Funds and fees collected and monies
appropriated for NG9-1-1 need to be reserved only for use in connection with 9-1-1-related operations and
development. The commission should work with Congress and the states to ensure that funds are identified,
secured, and appropriately used.”).
197 T-Mobile Comments at 10.
198 APCO Comments at 5.
199 Hawaii Comments at 2.
legacy 911 purposes as part of any existing or future funding mechanism.
According to the Commission’s most recent annual report on 911 fees, states differ
in how they treat NG911 under their relevant funding statutes.200 Thirty-three
states reported to the Commission that funding of NG911 programs is permitted
under their funding statutes, with sixteen of these states reporting the actual
allocation of 911 funds for NG911 services in 2011. Three states indicated that
their funding mechanisms do not permit the allocation of 911 funds to NG911
programs. Congress should encourage those states that have not done so to
modify their statutes to support NG911 activities, and expand existing funding
programs to provide for funding of NG911 as well as legacy 911.
3) Congress should condition grants or other appropriate federal benefits on
a requirement that funds collected for 911/NG911 funding be used only
for 911 or NG911 purposes, and should provide for appropriate
enforcement of such requirements.
Although Congress has taken some steps to discourage states from using 911 fees
for non-911 purposes, the Commission’s annual reports to Congress on collection
and use of 911 funds indicate that some states have continued the practice.201
Congress should therefore consider otherwise conditioning appropriate federal
benefits on a requirement that states use fees collected for 911 and NG911 solely
for 911/NG911 purposes, and provide for adequate auditing or enforcement of that
obligation. NHTSA’s Model State Legislation contains a section for a state statute
that would embody this recommendation:
“Dedicated 9-1-1 revenues may be used to support 9-1-1 activities and
equipment/software that comply with nationally accepted technical and/or
training standards. Administrative costs related to the operation of State,
regional and local 9-1-1 authorities and any related governing or advising
commissions or boards are permitted at a maximum rate of xx% of 9-1-1
revenue distribution. Recovery of any unexpended 9-1-1 funds from local
and State 9-1-1 authorities shall be permitted and recovered funds used for
future allowable expenditures. 9-1-1 Funds may be used by State, regional,
and local 9-1-1 authorities and allowable uses of these funds should be
Liability Protection for all NG911 Stakeholders188.8.131.52.
In general, liability protection for the provision of 911 service is governed by state law. In many
instances, the relevant state laws were drafted years ago to address liability issues associated with
legacy 911 service and therefore extended liability protection only to traditional 911 providers such as
LECs. However, as 911 has evolved and expanded to include wireless, VoIP, and now NG911, Congress
200 See 2012 Fee Report.
201 See id.; see also Federal Communications Commission, Third Report to Congress on State 911 Fees and Charges
(Nov. 8, 2011), available at https://www.fcc.gov/document/3rd-report-congress-state-911-fees-and-charges (last
accessed Feb. 15, 2013).
202 NHTSA Guidelines at 23.
has enacted legislation requiring states to provide parity in the degree of liability protection provided by
state law to both traditional and non-traditional 911 providers. Such parity provisions were included in
the 911 Act,203 the ENHANCE 911 Act,204 and most recently in the NG911 Act, which extended liability
parity to providers of NG911 services.205
In the Public Notice, we noted the above statutory provisions and asked whether they were sufficient or
whether the Commission should recommend that Congress take further steps to provide for liability
protection to promote the development of NG911.206 Specifically, we asked (1) whether existing law
authorizes the Commission to provide liability protection to NG911 providers, including carriers,
vendors, and PSAPs; (2) whether Congress should take steps to further encourage or require states to
extend liability protection to 911 and NG911 services; and (3) whether Congress should provide direct
liability protection for NG911 services at the federal level.207
In response to the Public Notice, a broad cross-section of commenters contend that liability protection is
a concern that could hamper the transition to NG911 without further Congressional action. While
Congress has provided for parity in the 911/NG911 liability protection provided by each state,
commenters express concern about the adequacy and inconsistency among the states in the underlying
level of liability protection provided.208 AT&T argues that the liability protection parity extended to
wireless, VoIP, and other emergency communications service providers does not address “the extent to
which they are actually immune from liability associated with 9-1-1 access because immunity afforded
the LECs is often based on telephone company tariffs, which can vary from jurisdiction to jurisdiction or
which are being eliminated or replaced or which are tied to a specific . . . technology.”209
Some commenters express uncertainty whether the liability provisions of the NG911 Act extend to the
full array of potential NG911 providers and applications. These commenters stress that liability
protection should be platform-agnostic and extended to all forms of data included in NG911.210 Agero,
for example, cites the potential for NG911 to include advanced automobile collision notification, but
contends that “it is critical that adequate liability protections be in place” for such technology to be
broadly available across vehicle models.211 Bandwidth.com argues that communications providers that
are not yet required to provide 911 but voluntarily do so “must be given the same protections from
liability currently extended to carriers, VoIP providers, and 9-1-1 service providers.”212
Many of the commenters who express concern about the adequacy of state-by-state NG911 liability
protection urge Congress to set an overarching federal liability standard. NENA recommends “creation
203 911 Act § 4 (1999).
204 ENHANCE 911 Act § 201 (2004); 47 U.S.C. § 615-a.
205 See NG911 Act § 6506; 47 U.S.C. § 1472.
206 Public Notice, 27 FCC Rcd at 14073.
208 See, e.g., NENA Comments at 17 (“[M]any of the underlying [state] liability protection regimes may not
necessarily provide adequate assurances that vendors, carriers, integrators, PSAPs, or 9-1-1 professionals will not
be subject to potentially devastating civil damage awards.”).
209 AT&T Comments at 4.
210 See NCTA Reply Comments at 2; Sprint Reply Comments at 5-6; T-Mobile Reply Comments at 3; TCS Comments
211 Agero Reply Comments at 12.
212 Bandwidth.com Comments at 8.
of a comprehensive liability protection scheme that would bar any cause of action or imposition of
liability for ordinary negligence in the provisioning of 9-1-1 service.”213 AT&T argues that “creation of a
modern NG911 system impacts interstate commerce – network providers, software developers,
equipment manufacturers, and associated vendors – and Congress needs to recognize its obligation to
make limitation-of-liability protection for these entities a national concern.”214 Therefore, AT&T asserts,
liability protection “should be clear and unambiguous, comprehensive, standardized, nationwide, and
applicable to all equally – regardless of technology involved.”215 T-Mobile proposes a nationwide
liability standard that would provide immunity unless a party can show gross negligence.216 Verizon
recommends that Congress enact NG911 liability protection similar to the liability protection provided
for Commercial Mobile Alert System (CMAS) wireless alerts under the 2006 Warning Alert and Response
Network (WARN) Act.217 Motorola recommends that Congress “require states to extend liability
protection to 9-1-1 and NG9-1-1 services while providing direct liability protection for NG9-1-1 services
at the federal level.”218
Other commenters support enhancements to liability protection at the state level rather than federal
action. NASNA suggests that Congress “should encourage states to provide liability protections to 911
and NG911 services within the scope of each individual state’s public policies and statutory
constructs.”219 NASNA contends that Congress should not circumvent state liability protections,
although NASNA supports federal “‘gap fill’ protections to cover NG911 services in the absence of state
provisions.”220 Intrado believes that federal immunity for 911, E911 and NG911 services “would be
valuable,” but states that, “if insufficient federal authority exists to provide such immunity, states should
consider legislative changes.”221 On the other hand, Connecticut notes that its legislature “has extended
immunity from liability to telephone companies and VoIP providers providing 9-1-1 ALI services, but not
for other acts or omissions” and disagrees that the absence of such provisions has hindered the
development of NG911. 222 Connecticut also questions whether “immunity from liability for the acts or
omissions of a PSAP for what is arguably the core aspect of ‘what PSAPs do’ is necessary or even
advisable.”223 Finally, Connecticut contends that “immunity should attach for consequences arising from
telephone companies’ and CMRS providers’ compliance with FCC NG911 requirements, but we believe
that should define the extent of such immunity.”224
Finally, TCS raises concerns about potential liability in connection with the licensing of intellectual
property rights needed to provide 911 services – an issue that was not expressly raised in the Public
213 NENA Comments at 17.
214 AT&T Comments at 5.
215 Id. at 5.
216 T-Mobile Comments at 9.
217 Verizon Comments at 5-6; 42 U.S.C. § 1201 et seq., Pub. L. 109-347 (2006).
218 Motorola Comments at 8.
219 NASNA Comments at 6.
220 Id. at 7.
221 Intrado Comments at 8.
222 Connecticut Comments at 6.
Notice.225 TCS asserts that it and other 911 service providers have become the target of predatory
litigation by patent assertion entities (PAEs)226 and other intellectual property rights-holders that exploit
the Commission’s mandatory 911 service requirements “to force carriers and their vendors into
licensing agreements or face crippling litigation expenses.”227 TCS contends that this creates an
“unfortunate arbitrage opportunity” for PAEs and discourages implementation of advanced 911
capabilities by leaving providers with a choice between accepting unreasonable terms of licensing and
violating Commission rules.228
Wireless commenters generally support a more detailed examination of the intellectual property issues
raised by TCS.229 CTIA encourages the Commission “to recommend that Congress avoid adopting any
new requirements that are specific to particular technologies and services and, in doing so, force
covered entities to utilize technologies not available under fair, reasonable, and non-discriminatory
(FRAND) terms.”230 According to CTIA, increased emphasis on standards-based and outcome-oriented
requirements, rather than specific technologies, “can better prevent some of the intellectual property
litigation issues that have arisen in the E911 context from extending to NG911.”231
1) Congress should consider incentives for states to revise their liability
regimes to provide appropriate protection for entities providing or
supporting NG911 services, in conformance with standardized guidelines
or model state legislation.
While some commenters call for Congress to preempt state law and set federal
liability protection standards for NG911, we believe that Congress should proceed
cautiously in this area. Tort law liability standards are traditionally a matter of state
225 TCS has also filed a separate petition before the Commission raising the same issue described in its comments,
urging the Commission to take action against patent infringement lawsuits involving mandatory 911 service
capabilities. See Petition of Telecommunication Systems Inc. for Declaratory Ruling and/or Rulemaking, GN Docket
No. 11-117, WC Docket No. 05-196, PS Docket No. 11-153, PS Docket No. 10-255 (July 24, 2012) (TCS Petition).
226 The term “patent assertion entity” refers to firms whose business model primarily focuses on purchasing and
asserting existing patents rather than developing new technologies. See Federal Trade Commission, “The Evolving
IP Marketplace: Aligning Patent Notice and Remedies with Competition” (March 2011), available at
http://www.ftc.gov/os/2011/03/110307patentreport.pdf (last accessed Feb. 15, 2013).
227 TCS Comments at 11.
228 Id. at 11-12.
229 CTIA Comments at 16-17 (urging the Commission “to examine the potential intellectual property implications of
its NG9-1-1 framework”); Reply Comments of T-Mobile USA, Inc. at 5 (“When carriers and vendors preparing to
deploy public safety networks are held hostage to owners of intellectual property, the ultimate losers are the
230 CTIA Comments at 17.
231 Id. at 18.
law. Further, while commenters have expressed concern that recent laws are
inadequate, they do not cite any specific incidents where liability has attached or
otherwise impacted behavior. Moreover, some states have modernized and
reformed their liability laws to accommodate NG911, and other states are
considering doing so.232 Furthermore, NHTSA’s Model State Legislation provides
helpful language on this issue that may assist states in developing such a liability
“No person involved in the provision of 9-1-1 service who in good faith
receives, develops, collects or processes information for the 9-1-1 databases,
relays, transfers, operates, maintains or provides 9-1-1 services or system
capabilities, or provides emergency 9-1-1 communications or services for
ambulance, police and fire departments, or other public safety entities, shall
be liable for damages in any civil action for any act or omission that results
in death, injury or loss to person or property unless such action or inaction
constitutes gross negligence or an intentional tort.”233
In light of these considerations, we believe that Congress should focus on creating
incentives for states themselves to undertake revisions of their liability regimes,
perhaps in conformance with standardized guidelines or model legislation
developed by stakeholders. For example, Congress could require that any federal
NG911 grants be conditioned on state adoption of standardized guidelines for
liability protection developed by stakeholders. In this regard, we also concur with
commenters that liability protection should be extended to any entity that is
providing NG911 services on a voluntary basis as a means to incent participation in
the NG911 transition and provide valuable services to customers utilizing newer
2) Congress should include appropriate liability protection as part of any
federal law that imposes NG911 requirements or solicits voluntary NG911
When Congress enacted the WARN Act, it included liability protection for
participants in the voluntary program.234 While we are not currently recommending
federal preemption of state liability regimes for 911 and NG911 services, to the
extent that Congress chooses to impose federal obligations or provide for voluntary
measures associated with the provision of NG911 service or any associated
232 Arkansas, Connecticut, Florida, Illinois, Kentucky, Maryland, Massachusetts, Michigan, Minnesota, Mississippi,
Montana, North Carolina, North Dakota, Oregon, Pennsylvania, Rhode Island, South Dakota, Tennessee, Vermont,
Virginia, and Washington all have upgraded or modified their 911 systems to accommodate NG911 at either the
State or sub-State level. See ICO 911 Progress Report.
233 NHTSA Guidelines at 30.
234 42 U.S.C. § 1201(e).
components of the NG911 architecture, we believe federal liability protection for
such obligations and or voluntary measures should be included in such legislation.
Finally, with respect to the patent licensing issue raised by TCS, we decline to make
a recommendation at this time pending development of a more complete record.
The Bureau released a Public Notice235 on the petition filed by TCS, and the record
developed thereby may provide additional insight. The issues identified may also
have implications beyond NG911.
Access to Next Generation 911 Systems for Persons with Disabilities184.108.40.206.
Currently, approximately 15 percent of the United States population, or 34.5 million people, have
hearing disabilities and approximately 7.5 million people have difficulty using their voices.236 Moreover,
there is a strong relationship between age and reported hearing loss. For example, 18 percent of
American adults 45-64 years old have a hearing loss, 30 percent of adults 65-74 years old have a hearing
loss, and 47 percent of adults 75 years old or older have a hearing loss.237 By 2030, 20 percent of the
U.S. population will be over 65 years old, substantially increasing the number of Americans who may
need alternatives to voice communications when accessing 911.238 Further, an increasing number of
soldiers are returning from overseas and are experiencing traumatic brain injury, which can result in
hearing or speech disabilities.239
As noted above, Title II of the Americans with Disabilities Act (ADA), enacted in 1990 requires PSAPs to
provide persons with hearing or speech disabilities with direct access to 911 emergency services.240
Since 1991, the U.S. Department of Justice (DOJ) has implemented this provision by requiring all public
235 Public Safety and Homeland Security Bureau Seeks Comment on Petition for Declaratory Ruling and/or
Rulemaking Filed by Telecommunications Systems Inc., Public Notice, DA Docket No. 13-273 (Feb. 22, 2013).
236 This includes individuals who have cerebral palsy, Parkinson’s disease, ALS, aphasia, Huntington’s disease, and
speech disabilities such as stuttering or stammering. See, e.g., National Institute on Deafness and Other
Communications Disorders, National Institutes of Health, available at
http://www.nidcd.nih.gov/health/statistics/pages/vsl.aspx (last accessed Feb. 19, 2013). See also American
Speech, Hearing and Language Association (ASHA), “Incidence and Prevalence of Communication Disorders and
Hearing Loss in Children – 2008 Edition,” available at http://www.asha.org/research/reports/children.htm (last
accessed Dec. 12, 2012).
237 National Institute on Deafness and Other Communication Disorders, available at
http://www.nidcd.nih.gov/health/statistics/Pages/quick.aspx (last accessed Dec. 12, 2012).
238 See Frank B. Hobbs, U.S. Census Bureau, “The Elderly Population,” available at
http://www.census.gov/prod/1/pop/p23-190/p23-190.pdf (noting “[a]bout 1 in 8 Americans were elderly in 1994,
but about 1 in 5 would be elderly by the year 2030.”) (last accessed Dec. 12, 2012).
239 See, e.g., Greg Zoroya, “Troops with Traumatic Brain Injury Face Long Road to Recovery,” USA TODAY, July 31,
2010, available at http://abcnews.go.com/Politics/iraq-afghanistan-troops-traumatic-brain-injury-face-
long/story?id=11287674 (last accessed Dec. 12, 2012).
240 The ADA House Report stated that: “Title II will require local governments to ensure that these telephone
emergency number systems are equipped with technology that will give hearing impaired and speech impaired
individuals a direct line to these emergency services. While initially this will mean installation of a TDD or
compatible ASCII or Baudot computer modems by programs operating these services, future technological
advances. . . may offer other means of affording direct and equally effective access for these individuals.” H. Rep.
No. 485, Part 2, 101st Congress., 2d. Sess. 84-85 (May 15, 1990) (emphasis added); See also Conf. Rep. No. 596,
101st Cong., 2d Sess. 67-68 (Jul. 12, 1990) (containing similar language).
safety agencies to make their telephone emergency services directly accessible to TTYs.241 The
Commission has noted in the past that people with hearing and speech disabilities have increasingly
migrated away from specialized legacy devices, such as TTYs,242 and towards more widely available
forms of text communications because of the ease of access, availability, and practicability of modern
text-capable communications devices.243 While the migration to widely available texting technologies
has had the unique benefit of bringing prior TTY users into the mainstream of our nation’s
communications systems, this transition has also left some people with hearing and speech disabilities
without an effective, reliable and direct means of accessing 911 services in the event of an
The EAAC noted that individuals who cannot hear or speak well enough to communicate with 911
currently have no direct means of accessing 911 when mobile other than TTYs.245 However, with the
vast majority of people with hearing and speech disabilities having discarded their TTYs, these devices
are no longer considered an effective solution for directly accessing 911. Moreover, the EAAC found
that many individuals who are deaf have service plans that include SMS,246 and one “key finding” of the
EAAC is that “individuals with disabilities should be able to call 9-1-1 using the same means they use for
In response to the Public Notice, a number of commenters recommend continued and enhanced focus
on access for people with disabilities as the NG911 transition moves forward. NENA suggests that
regulations under the ADA be modified for NG911 and that TTY-related requirements be eliminated in
light of recent developments towards texting to 911. It notes that “the use of legacy Baudot-based TTY
241 28 C.F.R. §35.162; see also 56 Fed. Reg. 35694, 35712-13 (July 26, 1991) (Final rules for Title II of the ADA,
governing nondiscrimination obligations by state and local governments). Department of Justice’s (DOJ) Title II
Technical Assistance Manual states that access through a third party or through a relay service does not satisfy its
ADA requirement for direct access. Title II TA Manual at II-7.3000 (Emergency telephone services) available at
http://www.ada.gov/taman2.tml. In recent testimony to the Senate Committee on Health, Education, Labor and
Pensions, the Department of Justice reaffirmed that TRS may “result in harmful delays in reporting emergencies or
in requesting emergency assistance for individuals with disabilities.” Testimony of Eve Hill, Senior Counselor to the
Assistant Attorney General for Civil Rights, Department of Justice, before the Senate Committee on Health,
Education, Labor and Pensions, at 13 (Feb 7, 2012). DOJ is considering changes to its accessibility mandates
governing 911 access to PSAPs to bring these in line with more current communications technologies, but has not
yet issued a final rule requiring other forms of text to be accepted by all PSAPs. See 75 FR 43446 (July 26, 2010).
The July 26, 2010, ANPRM is accessible through the Federal eRulemaking Portal (http://www.regulations.gov), at
docket number DOJ-CRT 0111, also available at http://www.ada.gov/anprm2010/nextgen_9-1-
242 A TTY, also sometimes called a “TDD,” is a text device that employs graphic communication in the transmission
of coded signals through a wire or radio communication system. See 47 CFR § 64.601(22); Telecommunications
Services for Individuals with Hearing and Speech Disabilities and the Americans with Disabilities Act, Report and
Order and Request for Comments, 6 FCC Rcd 4657 at 4657, ¶1, n.1 (1991).
243 See Notice, 26 FCC Rcd at 13629-30 ¶ 36.
244 See, e.g., Ray Comments at 1-2; King County E911 Program at 3; Consortium Comments at 3; Tziallila Comments
at 1, filed in the Commission’s Text-to-911 proceeding. In the Matter of Facilitating the Deployment of Text-to-911
and Other Next Generation 911 Applications, Framework for Next Generation 911 Deployment, Further Notice of
Proposed Rulemaking, 27 FCC Rcd 16569 at n. 117 (2012).
245 EAAC Report at 29.
247 Id. at 30.
text devices has almost entirely evaporated,”248 and proposes that as text-to-911 becomes available,
individual PSAPs should be relieved of legacy TTY requirements in order to transition to “IP-based
transitional or NG9-1-1 text service processes.”249 NENA contends that this would allow PSAPs to take
funds currently used for TTY equipment upkeep and reallocate them to NG911 service, which would
benefit individuals with disabilities by providing access to enhanced features like video calling and multi-
party (caller – telecommunicator – interpreter) calling.250
The Wireless RERC makes a number of recommendations in its comments as to the role of existing
working groups that advocate on behalf of the disability community. It first recommends that EAAC,
with the Consumer and Governmental Affairs Bureau (CGB)’s oversight, “be responsible for facilitating
compliance with disability access requirements dictated not only by the [CVAA] but also Title II and Title
IV of the Americans with Disabilities Act.”251 More specifically, the Wireless RERC suggests that EAAC’s
charter be amended to include the authority to:
Develop guidance for state agencies designated to oversee NG911, outlining their
obligations and sensitizing them to the needs of people with disabilities and recommending
that subject matter experts in the area of (a) disability access policy and (b) assistive and
accessible communications technologies be included in their coordination and
Test NG911 compliance with accessibility requirements, including “secret shopper” calls
based on reasonable disability-oriented scenarios. Scoring poorly on such a compliance test
should result in a notification letter, and subsequent failure should initiate an official
investigation subject to joint enforcement actions by the Commission and the DOJ.
Develop boilerplate, disability-oriented public information materials and ensure they are
made available to states in accessible formats so that the state agency can tailor the
materials to their needs. Develop a nationwide PSA (for radio and television that includes
the captions and/or a sign language interpreter) regarding NG9-1-1 that directs viewers to
check the availability of text-to-911 or NG911 via a PSAP registry.
Integrate NG911 implementation with the Commission’s other subscriber-facing
accessibility initiatives, especially relay services (TRS [telecommunications relay services],
VRS [video relay services], captioned telephone, and STS [speech-to-speech relay services])
and the National Deaf Blind Equipment Distribution Program.
Provide results on an ongoing basis to the Interagency Coordinating Council on Emergency
Preparedness and People with Disabilities (ICC) to ensure cohesive development and
implementation of NG911 policies and technologies. 252
Also focusing on the EAAC, the Consortium of Advocacy Groups For The Deaf And Hard Of Hearing
(Consortium) strongly supports the EAAC recommendation253 that the Commission and DOJ activities
248 NENA Comments at 22.
251 Wireless RERC Comments at 6.
252 Id. at 7-8.
253 See EAAC, Emergency Access Advisory Committee Report and Recommendations (Dec. 6, 2011), available at
http://hraunfoss.fcc.gov/edocs_public/attachmatch/DOC-312161A1.pdf (last accessed Feb. 18, 2013).
under CVAA and ADA be coordinated with regard to access requirements to individuals with disabilities,
and the development of regulations pursuant to Section 106(c)(3).254 The Consortium also urges the
Commission and DOJ to adopt rules to ensure that individuals with disabilities calling NG911 have the
same privacy, security, and monitoring safeguards as individuals without disabilities.255
1) Congress should continue to update communication laws, including laws
addressing NG911 services, to ensure that individuals with disabilities are
able to fully utilize emerging and future technologies that support access
to emergency services.
In the past, communications technologies often have outpaced disability laws,
leaving the disability community without effective access to our nation’s
communication infrastructure. For example, as noted above, laws adopted in the
1990s to require TTY access to PSAPs have become outdated because new digital
and video communication technologies have supplanted the use of TTYs by people
who are deaf, hard of hearing, or speech disabled. In addition, continued evolution
of these new technologies could lead to further enhancements in accessibility for
people with disabilities. Consistent with the overarching purpose of the CVAA,
Congress should continue to ensure that the accessibility needs of individuals with
disabilities are addressed if and when it updates communication laws addressing
2) Congress should support an ongoing advisory body to explore ways that
evolving technologies can enhance communication between public safety
services and persons with disabilities.
In its 2011 report to the Commission, the EAAC successfully collaborated to provide
extensive advice and recommendations for achieving 911 access by people with
disabilities. Some of these recommendations have assisted the Commission in the
development of its policies on text-to-911 and NG911.257 As noted above, the EAAC
will be further clarifying its 2011 recommendations in a pending report to be
submitted to the Chairman by June 14, 2013. Congress should direct and support
the continuance of this advisory body or the establishment of a new ongoing
advisory body, which, like the EAAC, would consist of a diverse group of industry,
government, and consumer representatives, to help facilitate the roll-out of NG911
for people with disabilities over the next several years. It would be charged with
exploring ways that evolving technologies can enhance communication between
public safety services and persons with disabilities. This advisory body could
254 Consortium Comments at 6.
255 Id.at 6.
256 S. Rep. No. 111-386 at 1 (2010)(Senate Report); H.R. Rep. No. 111-563 at 19 (2010) (House Report) (noting that
the stated purpose of the CVAA was to “update the communication laws to help ensure that individuals with
disabilities are able to fully utilize communications services and equipment . . .”).
257 See, e.g., Text-to-911 FNPRM at ¶¶ 52, 54, 112-113.
explore, for example, the feasibility of utilizing direct, reliable, and interoperable
multimedia technologies, such as video conferencing services and real-time text,258
to ensure that NG911 services are fully accessible by people with disabilities.
3) Congress should support heightened coordination between the
Commission and the U.S. Department of Justice on the development ofregulations and outreach efforts to ensure accessible emergency services
by people with disabilities.
As noted above, although the Commission has jurisdiction over provision of 911
and NG911 by entities within the scope of its regulatory authority, DOJ has
jurisdiction pursuant to the ADA over state and local governmental bodies and their
PSAPs with respect to the provision of emergency services to people with
disabilities. To ensure consistency and uniformity for entities that will be affected
by the deployment of NG911 – including providers, first responders and their
governmental authorities, and consumers with disabilities – Congress should
support heightened coordination between the Commission and DOJ on the
development of regulations and outreach efforts affecting the provision of
accessible emergency services to people with disabilities.
Legal Mechanisms for Ensuring Efficient and Accurate Transmission of 911
Caller Information to Emergency Response Agencies
Encourage Development of Location Information Technologies220.127.116.11.
In the Public Notice, we sought comment on whether the Commission should recommend that Congress
authorize or implement any specific legal mechanisms to ensure the transmission of efficient and
accurate 9-1-1 caller information to PSAPs.259 Commenters advocate a variety of approaches, ranging
from direct imposition of federal standards to incentive-based approaches through grant funding and
As briefly described above, the Commission’s requirements to transmit E911 Phase I and Phase II
258 Some consumer advocates have urged the adoption of real-time text in order to fully meet the needs of people
who are deaf, who are hard of hearing, deaf-blind, or speech disabled. Real-Time Text is defined as text
transmitted while it is being typed or created, with the characters or words being sent immediately (within a
fraction of a second) once typed, and also displayed immediately to the receiving person(s). This provides for the
same conversational directness and interactivity as voice because the receiving party can read the newly created
text while the sender is still typing it. See Real Time Text Task Force, at http://www.realtimetext.org/rtt_in_detail
(last visited February 14, 2013). Real-time text would allow emergency callers to send and receive text in parallel
with voice on the same call, using VoIP systems and devices, when the latter have a multiline text display.
Advocates of any emergency communication method, including real-time text, further propose that real-time text
be routinely available – i.e., not just for emergencies – so that individuals in an emergency will understand how to
use this feature under the stress of an emergency. See also EAAC Recommendation P1.2 (recommending that the
FCC promulgate rules that people with disabilities be able to contact NG911 using the same devices with which
they are familiar and that they use for daily communication); EAAC Recommendation T4.1 (noting that users will
only be able to effectively call 911 when under stress of an emergency if they are able to do using the same
devices that they use for daily communication); See also Recommendations P2.5, T2.1, T5.4 (addressing real-time
259 Public Notice, 27 FCC Rcd at 14074.
location information in the wireless environment currently apply to Commercial Mobile Radio Service
(CMRS) licensees.260 Concerning the Phase II location information, CMRS licensees must deliver the
location of the caller within specific parameters, depending on the location technology that the carriers
have chosen. Carriers that use handset-based technologies and those that use network-based
technologies have to meet different sets of benchmarks over the next six years.261 The location accuracy
requirements also obligate the carriers to test and measure their compliance with those parameters at
the county or the PSAP service area geographic level.262 This testing requirement applies only to
outdoor measurements.263 Additionally, CMRS licensees and Service System Providers (LECs, CLECS,
owners of E911 networks and emergency service providers) are required to deliver confidence and
uncertainty data (for the location of the 911 call) to the PSAPs.264
Also, as noted above, the Commission requires interconnected VoIP providers to deliver (1) all 911 calls
to the local emergency call center and (2) the customer’s call-back number and Registered Location.
Interconnected VoIP providers must obtain the Registered Location from their customers and inform
them of the circumstances under which E911 service may be unavailable or limited when compared to
traditional E911 service. Such circumstances may include the customer relocating the IP-compatible
Pursuant to its authority under the Communications Act to impose E911 requirements, the Commission
has pending rulemaking proceedings to address various E911 location issues, including indoor location
accuracy requirements, the provision of automatic location information (ALI) for VoIP 911 calls, and the
application of the Commission's 911 rules to over-the-top VoIP providers and providers of “outbound-
only” interconnected VoIP services.”266 Further, the Commission is considering approaches to support
NG911 location determination through leveraging of location technologies that are already being
developed for commercial broadband applications. The Commission is also seeking comment on the
level of location information that should be required for text-to-911 messaging.267
As summarized above, in an NG911 environment, IP-based technologies and applications will over time
replace legacy network methodologies for determining call location information and associated call
routing, and call signaling for emergency calls. NG911 location determination will be based on the civic
address or geospatial location (the geographic coordinate-based location) of the caller to the initiating
call router (or end unit customer device), which will then use an emergency call identifier and the
location information, along with other information, to route the call to the nearest IP-enabled PSAP.268
That geographic information system (GIS) data will also be used to validate location information through
260 See, infra, Section 3.1.1. CMRS licensees do not include Mobile Satellite Service operators. See 47 C.F.R. §
261 See 47 C.F.R. § 20.18(h)(1) (for network-based technologies); § 20.18(h)(2) (for hand set-based technologies).
The benchmark period for both technologies commenced on Jan. 11, 2011 and terminates Jan. 11, 2019.
262 See 47 C.F.R. § 20.18(h).
263 See id.
264 See 47 C.F.R. § 20.18(h) (commencing Jan. 18, 2013).
265 See 47 C.F.R. §9.5.
266 “Outbound-only” interconnected VoIP services support outbound calls to the public switched telephone
network (PSTN) but not inbound voice calls from the PSTN.
267 See, e.g., Text-to-911 FNPRM, 27 FCC Rcd at 15686, ¶¶ 88-100.
268 See, infra, Section 3.1.
NG911 components, such as the Emergency Call Routing Function (ECRF)269 and the Location Verification
Function (LVF).270 Moreover, in addition to CMRS providers that already provide E911 automatic
location information, other providers of IP-enabled services (whether for voice, text, data, or video) will
need to deploy these capabilities in order to support location determination for NG911 services. These
new providers could include IP network-access providers and over-the-top providers.
Concerning the implementation of such NG911 location components, some public safety entities urge
Congress either to enact or to authorize the Commission to mandate standards for improving location
accuracy. For example, CSI supports direct legislation “to require…the development of technologies that
provide more accurate and efficient transmission of 9-1-1 caller information in an NG9-1-1
environment.”271 NASNA suggests that “[s]etting standards for best practices should be authorized by
Congress and enforced by the individual states….”272 NENA urges Congress to “confer explicit authority
on the Commission to decide what information must be provided, by what protocols or other means,
and under what conditions.”273 Similarly, APCO submits that “Congress should empower the
Commission with sufficient authority to adopt and enforce requirements concerning the transmission of
NG9-1-1 caller information to PSAPs, including location information and means to contact the caller
regardless of the technology used (voice, text, data, apps).”274
Industry commenters believe that, rather than setting standards, Congress and the Commission should
leave that process to standards-setting bodies and focus instead on general requirements and “safe
harbors” to facilitate the transmission of location data. For instance, TIA “encourages use of voluntary,
consensus-based and open industry standards to be used as safe harbors to guarantee compliance.”275
Motorola submits that both the Commission and Congress “should avoid premature mandates that
exceed the standards setting process.”276 Wireless carriers express similar support for a voluntary
approach based on industry-developed standards.277
269 The ECRF is a functional element in an ESInet which is a LoST protocol server where civic address or geo-location
is part of the input to a mapping function used to route an emergency call to the appropriate PSAP. See NENA,
Emergency Services IP Network Design for NG9-1-1, NENA 08-506, Version 1, at 12 (Dec. 14, 2011), available at
36A714CB085D/NENA_08-506_Emergency_Services_IP_Network_Design_12142011.pdf (last accessed Feb. 21,
270 NG911 service providers will use the LVF to pre-validate addresses or new subscribers.
271 CSI Comments at 4.
272 NASNA Comments at 8.
273 NENA Comments at 20.
274 APCO Comments at 6.
275 TIA Comments at 10. See also id. at 16, n.39 (adding a mandate for location functionality…“for, e.g., MLTS’ Wi-
Fi/DECT-enabled MLTS devices, would have [a] limited public safety benefit and would come at the cost of
undermining the trust [MLTS users] have in MLTS’.”).
276 Motorola Comments at 8.
277 See Verizon Comments at 6, citing, e.g., ATIS-ESIF, Location Technology Test Bed (ATIS-0500022), and
Supplemental E911 Location Information (ATIS-0500021) (“industry standards already are under development that
will govern the transmission of 911 caller information for IP-enabled NG911 services and networks. Issues such as
accuracy and efficiency are being addressed through the industry standards processes and through service
provider and PSAP best practices.”); see also T-Mobile Comments at 10 (“Congress should not implement any
specific data transmission requirements ” and “the continuing requirement of providing A-GPS capable handsets
Some commenters suggest other potential Congressional actions to improve location accuracy and the
efficient transmission of 911 caller information. APCO proposes that Congress empower the
Commission to impose location accuracy testing requirements on service providers, device
manufacturers, and application developers.278 Connecticut similarly advocates a testing program to be
conducted by the Commission, ICO, and the National Institute for Standards and Technology (NIST) “to
ensure that the carriers are meeting the FCC requirements.”279 NENA proposes that Congress “clarify
the obligation of access network providers to provision location determination and discovery
service….”280 Wireless RERC proposes that Congress fund research on new technologies to be added to
1) Congress should not set standards but should provide incentives for
development of improved technologies.
Although some public safety entities support Congressionally mandated standards,
we recognize that public safety groups and industry sponsored standards setting
bodies have made significant progress on the NG911 standards concerning location
technologies. For instance, states that have initially deployed or are in the process
of implementing NG911 ESInet capabilities have contracted with carriers and
vendors using the NENA i3 standard. Moreover, as industry commenters submit,
other standards and best practices efforts are underway to improve and apply
technologies for the location functions and components necessary for NG911. In
view of these efforts, we believe that Congressional action on standards is not
warranted. However, the comments indicate that Congressionally-provided
incentives for developing improved location technologies would facilitate NG911
deployment on a consistent basis. As the examples of states initiating NG911
deployment indicate, states and localities are and will be conducting pilot and test
programs to implement NG911. Incentivizing those efforts will be necessary to
ensure uniform deployment of NG911 location capabilities and functions.
Therefore, we recommend that Congress provide incentives for deployment of
improved location technologies by conditioning 911 or NG911 grant funding on
state and locality efforts going forward.
2) Congress should consider enacting legislation clarifying that all network
access providers and “over-the-top” NG911 service providers have an
obligation to support NG911 location determination by technically feasible
and commercially reasonable means.
In the NG911 environment, text, video, multimedia as well as legacy E911 and new
IP-enabled voice services must be capable of delivering accurate location
(Continued from previous page)
and transmitting data from a caller’s handset to the appropriate ESInet [as] acceptable, but does not feel that
wireless carriers should be required to meet other specific technological obligations.”).
278 APCO Comments at 6.
279 Connecticut Comments at 8.
280 NENA Comments at 20.
281 Wireless RERC Comments at 10 (noting that ‘[t]he PSIC grant program would have to be expanded to include
technologies to advance NG9-1-1 and allow for eligibility of academic institutions of higher learning and other non-
profit research centers.”).
information. In addition to the CMRS and interconnected VoIP providers and SSPs
that the Commission currently regulates for E911, providing NG location capabilities
will be the obligation of new entities providing NG services. As the current
Commission E911 rules and rulemaking proceedings recognize, there has been a
significant migration in the industry in offering wireless IP-enable location-based
services (LBS) that are commercially available and have achieved significant market
penetration among subscribers. Further, the record in the above-referenced
rulemaking proceedings and the comment record for this Report indicate that more
refined location capabilities, e.g. geo-spatial/GIS location determining systems, are
technically feasible for NG911. Although the Commission has indicated that it has
authority to impose E911 and NG911-related location requirements on network
access providers and “over-the-top” NG911 service providers,282 to expedite reform
and reduce the possibility of litigation and attendant uncertainty, Congress should
consider enacting legislation clarifying that all such providers have an obligation to
support NG911 location determination by technically feasible and commercially
3) Congress should support neutral third-party testing programs and testing
requirements for location technology.
States and localities implementing NG911 will need to conduct pilot and testing
programs. To ensure that the NG911 location components and functions are
transmitting accurate location information, public safety entities and providers of
NG911 services will be required to coordinate with third-party vendors and
manufacturers. Congressional support for public safety entities to coordinate initial
and continued testing programs according to the requirements of the standard(s)
adopted will be necessary. We recommend that, to facilitate the transition to
NG911, Congress should enable and encourage the required testing of programs
and requirements by conditioning 911 and NG911 grant funding on public safety
entities establishing and participating in testing programs for improving location
technology that will comply with the NG911 standard(s) that are implemented.
National NG911 Database Components to Support Routing and Secure Delivery of
NG911 architecture requires new protocols to direct database functions related to handling routing and
delivery of location information of an emergency call to the appropriate PSAP. In particular, NG911 will
use a Location-to-Service Translation (LoST) directory to map emergency calls and provide the civic or
geospatial information needed for specific services. Sometimes referred to as the “Forest Guide,” LoST
is a lookup directory database that associates an NG911 emergency call or request with other NG-
specific functions, such as the Emergency Call Routing Function (ECRF) and Location Verification
Function (LVF). 283 The LoST protocol function is a component of the NENA i3 Standard, and states and
localities that have either conducted NG911 pilot test programs or have deployed operational NG911
282 See, e.g., Location Accuracy FNPRM/NOI, 25 FCC Rcd at 18977 ¶ 7; NG911 NPRM, 26 FCC Rcd at 13662 ¶ 117;
see also Text-to-911 FNPRM, 27 FCC Rcd at 15722-23 ¶¶ 170-72.
283 See, infra, note 258 (concerning NG911 operations and the function of a local directory server using the LoST
[Location-to-Service Translation] protocol.).
networks have incorporated this capability.284 Use of the LoST protocol by the NG911 location database
functions can also permit the flow of location information from 911/E911 legacy network address
databases, such as the Master Street Address Guide and ALI database, to PSAPs while the legacy and
NG911 networks operate in tandem during the transition to NG911.285
NENA proposes to establish the Forest Guide at the national level to “support the routing of calls and
other data streams to the border control functions of lower-level state and local ESInets appropriate to a
caller’s location.”286 Under NENA’s proposed approach, the Forest Guide would provide a national
registry of ESInets, with information on their status of deployment for NG911. NENA contends that
establishing the Forest Guide at the national level will provide economies of scale and reduce NG911
transition costs for states and localities that would have access to the database.287 The national Forest
Guide would also provide an efficient mechanism for wireless carriers, interconnected VoIP providers,
and other NG911 service providers to obtain the information needed to route 911 calls to the
appropriate ESInet and PSAP.288 Texas 911 Entities also supports establishing a national Forest Guide,
noting that while national implementation “may not be absolutely required, such national efforts could
significantly reduce complexity of the NG9-1-1 transitions.”289
1) Congress should consider supporting and funding the development of the
NG911 “Forest Guide” at the national level as proposed by NENA.We recommend that Congress consider authorizing a federal entity such as the
Commission or ICO to contract with an appropriate service provider for the
development of the national level Forest Guide, as proposed by NENA. A national
level Forest Guide would provide economies of scale and reduce NG911 transition
costs at the state and local level, in addition to ensuring state, regional, local and
tribal adoption of the national level standards for accessing the Forest Guide. A
national Forest Guide could be leveraged by state, regional, and local PSAPs in their
transition to NG911, without infringing on their ability to shape NG911 policy and
deployment within their jurisdictions.
Ensuring Security of NG911 Systems18.104.22.168.
284 See, infra, Section 3.2.1 for examples of states that have deployed or will soon be implementing NG911
programs incorporating the LoST protocol.
285 See, infra, Section 3.1.
286 NENA Comments at 14.
287 Id. at 7 (concerning the Forest Guide asset as enabling “NG9-1-1 in a way that minimizes costs and maximizes
capabilities for all parties.”).
288 Id.; also at 19 (“transitioning away from fixed databases and toward dynamic location determination
mechanisms, NG9-1-1 will eliminate or reduce many of the challenges telecommunicators and responders now
face in dealing with newer technologies that have been effectively ‘bolted on’ to legacy E9-1-1 systems.”).
289 Texas 911 Entities Comments at 11 (also mentioning components, “L[o]ST, PKI [Public Key Infrastructure for
Certificate Authority],” similar to the components that NENA proposes). See also L.R. Kimball Comments at 7
(“anticipat[ing] that a national infrastructure should provide at least location-based call routing down to the state
level, and perhaps further if regional, local, or even individual PSAPs interconnect to the national network.”).
Because NG911 relies on an IP-enabled interconnected and networked architecture, the architectural
design must include robust safeguards to address the risk of cyber attacks, including computer viruses
and denial of service (DoS) attacks. In this respect, deployment of NG911 requires more sophisticated
cyber security standards than have historically been needed for legacy 911 systems.
To address these issues, in 2010, NENA released the Security for Next Generation 9-1-1 Standard, also
known as NG-SEC, a comprehensive cyber security standard designed to mitigate potential cyber attacks
on NG911 systems.290 NG-SEC establishes minimal guidelines and requirements for the protection of
NG911 assets or elements by identifying basic requirements, standards, procedures, or practices to
provide minimum levels of security applicable to NG911 Entities.291 Additionally, NG-SEC provides audit
checklists and detailed methods to assess levels of security and risk to NG911 entities.292 NG-SEC
standards apply to PSAPS, NG911 ESInets, NG911 service providers, NG911 equipment and service
vendors, and any contracted service that performs functions or services that require securing NG911
assets, such as computers, networks, and information databases.293 Under the standard, 911 authorities
must apply a comprehensive approach to assessing security vulnerabilities and implementing the
appropriate policies and processes for functional policies and procedures; roles and responsibilities;
information classification and protection; application, system, and network administration; safeguarding
of information assets; physical security; remote access; change control and compliance processes; and
risk identification and response planning.294
Additional work is required, however, to ensure that NG911 traffic on ESInets is authenticated and
encrypted, and its integrity protected. This function will generally be performed by NG911 “border
control” functions that incorporate both session border control and firewall elements and that include
standardized interfaces for mitigating malicious attacks on PSAPs.295 Further, because emergency
service networks and PSAPs will continue to be operated and managed on many levels in the near term
– local, regional, and state, or some combination thereof – the deployment of NG911 may require a
public-key cryptography certificate to ensure that PSAPs can be authenticated by other NG911 entities
and to ensure that PSAPs with authenticated credentials are capable of receiving access to secure
location information databases.
In this regard, NENA proposes establishing a PSAP Credentialing Authority (PCA) to handle the issuance
of cryptographic certificates. Further, NENA argues that in order to ensure uniform and cost-effective
application of database elements of the i3 standard in state and local NG911 deployments, the PCA
components should be developed and maintained at the national level.296 NENA notes that “prior
290 See NENA, Security for Next-Generation 9-1-1 Standard (NG-SEC), Version 1.0 (Feb. 6, 2010), available at
57871A0E68E6/NENA_75-001-v1_NG-Security.pdf (last accessed Feb. 20, 2013) (NG-SEC Standard).
291 See Id. at Chapters 4-9.
293 Id. at 7.
294 See id. throughout.
295 See CSRIC Report at 67.
296 NENA Comments at 14-15. NENA also proposes a “national backbone network” that would enable state,
regional, and local NG911 systems to access the national Forest Guide and PCA services. Id. NENA suggests the
backbone network would also enable PSAPs to obtain secure access to federal databases (e.g., GIS, FBI criminal
information) and would “facilitate ubiquitous, low-cost interconnection of state, territorial, and tribal ESInets.” Id.
We address these elements of the NENA proposal in Section 4.1.3, dealing with ESInet interconnection.
federal initiatives have already established well-controlled access points for public IP networks[,]…
making a federally operated PCA the least costly option for implementation and operation….”297 NENA
also contends that a federal bridge certification authority “will enable authentication of responders and
agencies outside the PCA domain, easing interoperation between NG9-1-1 systems and field responder
systems such as FirstNet.”298
NENA further suggests that ICO be responsible for overseeing deployment of these assets, although
other federal agencies “may have a responsible role in the[ir] actual deployment.299 NENA also suggests
that “Congress or the FCC could condition access to these assets on conformity with functions and
interfaces specified in the i3 standard at defined interconnect points.”300
1) Congress should consider measures to ensure adherence to security
standards and best practices for NG911 networks and consider
establishing and funding a national PSAP credentialing authority.
In view of the need for security and authenticated access on NG911 and the work to
date accomplished by NENA to define security standards for all NG911 participants
in NG911, we recommend that Congress consider measures that recognize the
standards development to date as defined by NENA for NG911 systems. We also
recommend that Congress support establishment of a national PCA to verify the
identity of and authority of each PSAP to receive NG911 traffic and secure database
information. Further, the PCA should base granting a cryptographic certificate upon
demonstration by the requesting PSAP that it adheres to NENA NG-SEC standards
and associated best practices. We further recommend that PSAPs be required to
renew their certificates following the announcement of major revisions to or
adoption of new NG-SEC standards. Given the ongoing nature of the authentication
function, we further recommend that Congress consider appointing an existing
federal entity, such as the Commission or ICO, to act as the PCA and to provide
necessary funding to perform this essential function.
National Information Tools for Tracking NG911 Progress22.214.171.124.
Two existing national-level databases have been developed to provide information on PSAPs and on the
deployment of E911 and NG911. First, since December 2003, the Commission has maintained a national
registry of PSAPs (Master PSAP Registry) that is available to the public.301 The Master PSAP Registry
serves as a tool to aid the Commission, 911 authorities, PSAPs, and service providers in ascertaining the
297 Id. at 15.
299 NENA Comments at 16; see also Texas 911 Entities Comments at 11.
300 NENA Comments at 7.
301 The NET 911 Act authorized the FCC to compile a list of contact information for PSAPs and make the
information available where releasing it would benefit public safety. See 2009 CRS Report at 20, citing NET 911 Act
§ 6(g), Pub. L. 110–283, 122 Stat 2620 (July 23, 2008); 47 U.S.C. § 615a-1.
current operational status of PSAPs.302 The information in the Registry is provided on a voluntary basis
by PSAPs, and the Bureau updates the Registry periodically as it receives updated information, e.g.,
identification of new or newly consolidated PSAPs.
Second, the National 911 Program maintains a “National 911 Profile Database” (911 Profile Database)
containing information provided by the states on a voluntary basis regarding the status of E911
operations and 911 authorities’ progress in implementing NG911.303 In its 911 Progress Report, ICO
noted the potential for this database to be “truly comprehensive and serve as a definitive resource,” but
noted that due to the voluntary nature of the information collection process, only 28 states had
submitted data.304 Moreover, the reporting states only agreed to submit data on the condition that
individual states would not be identified. ICO stated that this condition “makes it impossible to provide
meaningful [comparisons] as part of this 2011 progress report.”305
In the Public Notice, we asked how to improve data collection in the NG911 environment.306
Commenters generally support enhancing the Master PSAP Registry to include more data relating to
NG911 development. For example, Wireless RERC proposes upgrading the registry database to include
an interactive map showing the level of NG911 capability of each PSAP.307 NASNA states that the
Commission should “ensure that the same level of data collection exists for NG9-1-1 as it already does
for 911 and enhanced 911 services.”308 Connecticut suggests that collection of additional data specific
to NG911 “will be useful for determining readiness and compliance,” and that “PSAPs are more willing
to share and correct data if they are able to see and utilize the national results of such data
1) Congress should support enhancements to the Master PSAP Registry and
the 911 Profile Database to enable collection, updating, and timely
tracking of additional information regarding PSAPs and their progress
302 The Registry is available on a “read-only” basis. It lists each PSAP by an FCC-assigned identification number and
includes the PSAP’s state, county, and city. The Registry also provides information on any type of record change
and the reason for updating the record, e.g., to reflect that local PSAPs have consolidated. See Federal
Communications Commission, Master PSAP Registry File, available at https://www.fcc.gov/encyclopedia/9-1-1-and-
e9-1-1-services (last accessed Feb. 8, 2013).
303 See National 911 Program, 911 Resource Center, 9-1-1 Profile Database, available at
http://resourcecenter.911.gov/code/9-1-1ProfileDatabase.aspx (last accessed Feb. 13, 2013) (describing the 911
Profile Database as “a resource that will be used to help accurately measure and depict the current status and
planned capabilities…on a state-by-state basis.”). This database also references web links on legislation and
funding for the states that have submitted information. See id. (available on “read-only” basis to the public, but
the states have access to “populate” the database).
304 ICO 911 Progress Report at 5. See also id. at 15-21 (including map and status of NG911 implementation for
those states that submitted information. Not all of the responding states submitted complete information on their
NG911 projects and status of particular components, as ICO requested.).
305 See id. (also finding that “there is no standard state institutional environment necessary to collect and report
the data necessary….”).
306 Public Notice, 27 FCC Rcd at 14074.
307 Wireless RERC Comments at 7.
308 NASNA Comments at 8.
309 Connecticut Comments at 8.
towards NG911 implementation.
The Commission agrees with commenters that upgraded national data collection
and development of interactive information tools to enable tracking of nationwide
NG911 progress would be beneficial in transitioning to NG911. Therefore, we
recommend that Congress support and provide resources to enable the Commission
and ICO, respectively, to upgrade the Master PSAP Registry and the 911 Profile
Database to reflect current E911 deployment status and the transition status to
NG911. Upgrades would enable robust collection, updating, and timely tracking of
additional information that the Commission and the ICO determine will be needed
regarding PSAPs and their progress towards NG911implementation. The
Commission therefore recommends that Congress consider supporting these
database capabilities by providing additional funding for the Commission and ICO.
Additional information collected in the Master PSAP registry could include: data on
PSAP capabilities, e.g., support for voice, text, video, multimedia; scope of NG911
deployments across sources of 911 calls; connection to state or regional ESInets;
and general information on PSAP coverage and facilities (e.g., population served,
number of call takers, and geographic coverage area as polygons). Addition of this
information to the Master PSAP Registry would facilitate coordination among state,
regional, and local PSAPs, and would assist third-party service providers or validated
call centers in accessing PSAP contact information as it changes in the transition to
NG911.310 The registry can then be used to automatically generate a number of
reports and maps. For example, it would also provide consumers with information
on whether NG911 or text-to-911 services are available where they live.
An enhanced, upgraded, and more robust 911 Profile Database could include: (1)
relevant metric data reflecting a state’s progress on migrating to NG911; (2) cost
data associated with NG911 implementation, including anticipated and actual costs
incurred for specific elements; (3) information regarding state 911 boards and
contact information for key officials; and (4) status of state regulations and
regulatory reform initiatives. This enhanced data set would facilitate NG911 policy
development and planning by federal, state, and local governments. It would assist
in providing Congress with a complete and up-to-date picture of NG911 evolution.
2) Congress should authorize information collection of aggregate NG911
implementation data and should provide incentives for states and PSAPs
to provide data, for example, by conditioning NG911 grant funding on
participation in the database effort. Congress should also support the
development of web-based data filing mechanisms to minimize the
burden on entities submitting NG911 information.
The database enhancements recommended above will only be effective if all PSAPs
and state 911 authorities provide and update the information on a regular and
reliable basis. Therefore, we recommend that Congress extend the data collection
provisions of the NET 911 Act to authorize collection of the additional data.311
310 See, e.g., 2009 CRS Report at 20, citing NENA’s registry for PSAP information at North American 9-1-1 Resources
Database, available at http://www.nena.org/?911Resource_db (last accessed Feb. 6, 2013).
311 See also, NG911 Act, § 6503; 47 U.S.C. § 158(a)(3)(B) (stating that one of the purposes of ICO is to “develop,
collect, and disseminate information…used in the implementation of…Next Generation 9-1-1 services”). If
Extending the authority of the Commission and ICO for data collection relevant to
NG911 deployment could specifically include providing the capabilities for the
agencies to monitor NG911 deployment at the state level and coordinate with each
other on the transition to NG911. The data collection could also provide aggregate
information on deployment of NG911 components and functions that would reflect
which states are early adopters of those capabilities. Congress could also
encourage states and PSAPs to provide data by conditioning NG911 grant funding
on participation in the database effort. Finally, to minimize the administrative
burden on entities submitting information, we recommend that Congress support
the development by the Commission and ICO of web-based filing mechanisms for
electronic data collection.
Removing Jurisdictional Barriers and Inconsistent Legacy RegulationsThe migration from legacy circuit-switched 911 service to NG911 poses significant networking and
operational challenges to PSAPs, carriers, and 911 system service providers (SSPs). These challenges can
be exacerbated by outdated regulations that focus on legacy technologies and processes and thus
present obstacles to the full deployment of NG911. In prior sections of this Report, we addressed
certain types of existing laws and regulations that can impede NG911 deployment, such as those relating
to funding and liability protection. In the Public Notice, we asked commenters to identify other existing
state or federal laws and regulations that could hinder the development of NG911 services.312
In response to the Public Notice, commenters express general concern with legacy state regulations that
assume or require use of certain legacy network elements, and with certain federal rules that establish
the 911 responsibilities of carriers routing voice communications on circuit-switched networks. Because
NG911 implementation involves the use of new network elements integral to the provision of secure IP-
based routing and interconnection, commenters contend that these legacy regulations impede the
transition to IP-based routing of 911 calls and interconnection of ESInets.313 For example, some state
statutes, in establishing the specifications for obtaining authorization to provide 911 system service,
reference or require use of legacy network elements that are not included in NG911 architectures.314
Such outdated statutes and associated regulations can delay NG911 deployment at the state and local
level, thereby delaying nationwide deployment as well.315 In this section, we address specific types of
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Congress agrees with this recommendation, it may be appropriate to consider granting flexibility or an
appropriately conditioned exemption from the information collection requirements under the Paperwork
Reduction Act (PRA). Such an exemption could facilitate flexible electronic data collection in response to
significant changes in the NG911 transition. Congress previously exempted the Commission from PRA
requirements in the Consolidated Appropriations Act of 2000, which included an exemption to expedite the
auction of 700 MHz commercial frequencies.
312 Public Notice, 27 FCC Rcd at 14074-14075.
313 See, e.g., Bandwidth.com Comments at 3 (“the most fundamental elements to successful nationwide NG911
deployment are ensuring that all stakeholders participate in the process while avoiding the perpetuation of PSTN-
based policies and infrastructure bottlenecks that impede full NG911 implementation.”).
314 Examples include references to Centralized Automated Message Accounting (CAMA) trunks, Signaling System
#7 (SS7) trunks, Central Offices or End Offices, Tandem trunks, and Local Access and Transport Areas (LATAs).
315 Bandwidth.com’s experience with NG911 deployment is illustrative. Bandwidth.com notes that “NG911
projects are susceptible to the whims of incumbent interests… if service providers do not wish to ‘play along’ with
the planned network and traffic routing interoperability necessary, they will become critical stumbling blocks to
other stakeholders dedicated to a full NG911 deployment. Specifically, the most fundamental elements to
successful nationwide NG911 deployment are ensuring that all stakeholders participate in the process while
legacy regulations relating to certification and routing that commenters identified as problematic.
System Service Provider (SSP) Certification Requirements126.96.36.199.
In the Public Notice, we asked (1) whether there are existing state approval processes and certification
requirements for 911 System Service Providers (SSPs) that are outdated or overly burdensome, and (2)
whether Congress should encourage or require states to update or streamline their certification
processes to facilitate certification of NG911 SSPs, including allowing public safety entities to act directly
as NG911 SSPs.316
Commenters generally argue that legacy SSP rules and regulations, coupled with multi-jurisdictional
oversight, will impede NG911 deployments.317 TCS notes that numerous states require that 911 SSPs
obtain certification as CLECs to operate, which can lead to delays of up to 18 months for entities seeking
to offers NG911 services to PSAPs.318 Furthermore, TCS states that new entrants are unable to obtain
certification because certification laws and regulations are not applicable to entities that are not
providing end-to-end voice service.319
Some commenters argue that all 911 authorities should be allowed to act as SSPs, and that in order to
make that possible, state-level requirements on CLEC and SSP certification should be eliminated or
revised to enable PSAPs and other non-traditional service providers to be certified as SSPs.320
1) Congress should encourage state adoption of an expanded and uniform
definition of entities that may obtain certification to act as NG911 System
Service Providers.We agree with commenters that state statutes that limit SSP eligibility to legacy
service providers present an ongoing challenge to NG911 deployment. This is
particularly true in states where early adopter PSAPs are seeking to obtain NG SSP
status or third party service provision, but are prevented from doing so because of
legacy definitions of what constitutes a system service provider. We believe that
NHTSA has identified a legislative approach that addresses the concerns identified in
the record and which can serve to ensure that states have ready access to latest
technological and competitive offerings. NHTSA’s Model State Legislation provides
options for performance-based and technology-neutral regulations that “focus on
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avoiding the perpetuation of PSTN-based policies and infrastructure bottlenecks that impede full NG911
implementation. Bandwidth.com Comments at 3.
316 Public Notice, 27 FCC Rcd at 14075.
317 See, e.g., NENA Comments at 11 (“certification requirements developed in the heyday of utility
telecommunications regulations have proven particularly ill-suited to the federated nature of NG9-1-1”); TCS
Comments at 8.
318 See, e.g., TCS Comments at 7-8; CSI Comments at 5-6.
319 TCS Comments at 8, citing Utah, Iowa, and Maine as examples and referring to the one-way nature of
emergency service calls.
320 See, e.g., NASNA Comments at 9; CSI Comments at 5. CSI argues that its member PSAPs sought to take on the
role of SSP but was impeded by state regulations that did not allow for entry by any SSPs, let alone PSAPs, to
provide NG911 services.
the functionality and/or outcome of a service or tool, rather than the tool or service
itself, which is simply used to achieve an outcome.”321 Specifically, NHTSA’s Model
State Legislation states:
“The State 9-1-1 office shall implement activities necessary to carry out the
powers granted in this section in a manner that is competitively and
technologically neutral as to all communications service providers.”322
Further, NHTSA’s points out that “much of the existing state regulatory language
relating to 911 is specific to telecommunications service providers or specific
technology and limits the ability of states to maximize the potential of advancing
technology and may force the continued operation of obsolete technology.”323
Accordingly, Congress should incentivize states, for example, through grant
conditions and other appropriate program-related policies and requirements, to
adopt legislation codifying a performance-based and technology-neutral approach
to NG911 service provision and removing outdated certification and definitional
requirements that are not relevant to the actual service being offered.
Legacy Regulations that Impede IP-Based Routing188.8.131.52.
A key feature of NG911 architecture is the IP-based routing of calls. IP-based routing assumes the
presence along the network of specific databases and servers to properly route the call. As discussed
above, these network components are entirely different from those supporting legacy 911 systems,
which utilize selective routers that are typically owned and operated by incumbent local telephone
companies under state tariff regulation. In the Public Notice, we asked whether Congress should
encourage or require modification of existing state regulations, laws, or tariffs to ensure that 911
governing authorities or new 911 SSPs could receive relevant routing, location, and other related 911
information at reasonable rates and terms.324
Commenters view regulations that mandate the continued use of selective routers as a critical
bottleneck that can impede moving from legacy routing of 911 calls to IP-based routing.325 TCS argues
that selective router architecture “is often not suitable for an advanced E9-1-1 data or NG9-1-1 vendor.
For some interconnecting carriers… this can result in a demand to provide duplicate simultaneous 9-1-1
voice facilities to PSAPs; one for legacy 9-1-1 voice calls through the LEC selective router, and a second
for new digital NG9-1-1 traffic directly to the PSAP.”326 TCS adds that “LEC tariffs often have elements
that are not traffic or volume sensitive,” adding costs that act as significant obstacles to carriers that use
a non-LEC vendor for some or all of its NG911 needs and delaying a timely cut-over to NG911 services.327
321 NHTSA Guidelines at 18.
323 Id. at 18-19.
324 Public Notice, 27 FCC Rcd at 14075.
325 See, e.g., Bandwidth.com at 4 (that “even when the state expresses its clear intent to deploy NG9-1-1, the
owners of bottleneck facilities can cause many months of delay to the detriment of end-users and the other
providers who have committed to the effort irrespective of technical or legal necessity”).
326 TCS Comments at 10.
Commenters also urge the Commission to examine its own regulations to remove outdated selective
router requirements. CSI notes that the Commission’s VoIP 911 rule requires that VoIP calls pass
through the legacy selective router, and asserts that while this rule “made sense at the time it was
enacted, . . . with the advent of NG9-1-1, it should no longer apply.”328 Similarly, T-Mobile advocates
that the Commission either remove requirements that reference selective routers or at a minimum
clarify that such requirements no longer apply in the NG911 context.329 Bandwidth.com calls on the
Commission to “limit the ability of incumbent participants to delay or impede the development of
NG911 and require all service providers to interconnect with and route emergency calls to the selected
NG911 solutions provider.”330 L.R. Kimball asks the Commission to review its requirement that all 911
calls be routed to the ‘geographically appropriate’ PSAP, even if it is not the geographically closest
PSAP,331 reasoning that this “has to do with the new capability local 9-1-1 authorities will have to
configure their systems to route calls differently based on call type, e.g., calls from non-English speakers
or from non-human-initiated devices.”332
1) Congress should encourage states to modify or eliminate legacy routing
regulations and adopt a technology-neutral approach to routing of NG911
Considering these suggestions, we recommend that Congress use grant conditions,
incentives, and other appropriate program-related policies and requirements, to
encourage states to revise or eliminate regulations relating to selective router
architecture. While some selective router technology may have to remain in place
for a transitional period to ensure continued support for legacy 911 operations
during the transition to NG911, states should allow all PSAPs and other NG911
service providers to transition to IP-based routing as soon as it is feasible to do so.
We make no recommendation to Congress with respect to the Commission rules
cited by commenters because the Commission has existing authority to revise its
own rules. The Bureau will consider these comments in formulating appropriate
recommendations to the Commission for further action.
328 CSI Comments at 6.
329 T-Mobile Comments at 10-11 and Reply Comments at 4 (“many…issues could be resolved by updating
regulations that use the selective router as the demarcation point and instead identifying the demarcation point as
the carrier-facing headend of the ESInet”).
330 Bandwidth.com Comments at 3-4.
331 L.R. Kimball Comments at 4-5.
332 Id. at 5.
List of Commenting Parties
Initial Comments1. 4G Americas
2. Association of Public Safety Communications Officials (APCO)
4. Bandwidth.com, Inc.
5. Boulder Regional Emergency Telephone Service Authority (BRETSA)
7. Connecticut DESPP/DSET
8. Counties of Southern Illinois (CSI)
9. Hawaii E9-1-1 Board
10. iCERT - Industry Council for Emergency Response Technologies
12. L.R. Kimball
13. Motorola Solutions, Inc.
14. National Association of State 911 Administrators (NASNA)
15. National Emergency Number Association (NENA)
16. TeleCommunication Systems, Inc. (TCS)
17. Telecommunications for the Deaf and Hard of Hearing, Inc. (Consortium)
18. Telecommunications Industry Association (TIA)
19. Texas 9-1-1 Entities
20. T-Mobile USA, Inc.
21. TracFone Wireless, Inc.
22. Verizon and Verizon Wireless
23. Wireless RERC
Reply Comments1. Agero, Inc.
2. Alarm Industry Communications Committee (AICC)
6. City of Arlington, Texas
7. CTIA – The Wireless Association
8. National Cable and Telecommunications Association (NCTA)
9. National Telecommunications Cooperative Association (NTCA)
11. NexGen Global Technologies
12. Sprint Nextel
13. T-Mobile USA, Inc.
14. TracFone Wireless, Inc.
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