EAS serves as the nation’s primary alerting system. It provides the President the capability to issue alerts and communicate to the public in response to emergencies. It was built on a structure conceived in the 1950s when over-the-air broadcasting was the best-available technology for widely disseminating emergency alerts. EAS has been upgraded numerous times since then, including in 2005 to include digital broadcast television as well as satellite radio and television. EAS was further expanded to include Internet-protocol-based television in 2007. FEMA, in partnership with FCC and NOAA, is responsible for operating and maintaining EAS at the federal level. NOAA’s National Weather Service and state and local alerting authorities, in conjunction with local radio and television stations, can also use EAS to disseminate emergency messages, including weather warnings, America’s Missing: Broadcast Emergency Response (AMBER) Alerts, and other public emergency communications, targeted to specific regional and local areas and independent from a presidential alert. PEP stations are usually private or commercial radio stations, but FEMA also designated some satellite providers as PEP stations, such as SiriusXM Satellite and National Public Radio’s Satellite System News Advisory Channel. the country to radio and television stations that rebroadcast the audio and visual message to other broadcast stations, cable systems, and other EAS participants until all participants have been alerted. This retransmission of alerts from EAS participant to EAS participant is commonly referred to as a “daisy chain” distribution system. While FEMA is responsible for administering EAS at the national-level, FCC adopts, administers, and enforces rules governing EAS and the EAS participants. FCC rules require EAS participants to install FCC-certified equipment and transmit all national-level alerts; EAS participants can also voluntarily transmit alerts generated by the National Weather Service or state and local alerting authorities. EAS participants, through their State Emergency Communications Committee, may maintain state EAS plans that contain procedures for the distribution of national-level alerts as well as other voluntary alerts generated by state and local alerting authorities and the National Weather Service.relay network of each state, including the monitoring assignments of EAS participants for all national-level and other alerts. State EAS plans describe the EAS On November 9, 2011, FEMA conducted the first-ever nationwide test of the national-level EAS in response to our prior reports noting the lack of EAS testing. FEMA conducted the test in conjunction with FCC. In conducting the test, FEMA initiated a national-level alert to be distributed through the EAS daisy chain to EAS participants, which include about 26,000 broadcasters, cable operators, and other EAS participants. To obtain information on the results of the test, FCC directed all EAS participants to report either electronically or via paper report by December 27, 2011, on whether they received and retransmitted the alert. Although December 27, 2011, was the deadline, FCC continued to accept paper reports from EAS participants past the deadline. In addition to EAS, state and local alerting authorities may own and operate other warning systems, such as emergency telephone notification systems, sirens, and electronic highway billboards, to provide public emergency information. Additionally, NOAA provides alerts through the NOAA Weather Radio All Hazards system, which is a network of radio stations broadcasting continuous weather information, including warnings, watches, and forecasts directly from the nearest National Weather Service office. In 2004, FEMA initiated IPAWS to integrate EAS and other public-alerting systems into a larger, more comprehensive public-alerting system. In June 2006, the President issued Executive Order No. 13407, entitled Public Alert and Warning System, adopting a policy that the United States have a comprehensive, integrated alerting system. The order directs the Secretary of Homeland Security to “ensure an orderly and effective transition” from current capabilities to a more coordinated and integrated system and details the responsibilities of the Secretary in meeting the President’s directive. As shown in table 1, the executive order established 10 responsibilities for the Secretary of Homeland Security. It is FEMA’s intention that IPAWS be the programmatic mechanism to carry out the executive order. In addition, in 2006, the Warning, Alert, Response Network Act (WARN Act) was enacted, which required FCC to adopt relevant technical standards, protocols, procedures, and other technical requirements to enable commercial mobile service providers (e.g., wireless providers) to issue emergency alerts. The act required FCC to establish an advisory panel called the Commercial Mobile Service Alert Advisory Committee to recommend technical specifications and protocols to govern wireless service providers participation in emergency alerting. In 2008, following public notice and opportunity for public comment as required by the Administrative Procedure Act, FCC adopted many of the committee’s recommendations for wireless providers to transmit alerts and began developing the Commercial Mobile Alert System (CMAS), in conjunction with FEMA. We previously reported several factors that limited EAS effectiveness and delayed IPAWS implementation. For example, in 2009, we reported that a lack of redundancy and testing and gaps in coverage, including capabilities to reach individuals with disabilities and non-English speakers, significantly limited EAS reliability and efficiency. We also reported in 2009 that IPAWS program implementation had stalled, as state and local governments were forging ahead with their own alerting systems. We made several recommendations to FEMA to improve program management and enhance transparency about the progress toward achieving an integrated public-alerting system. FEMA implemented all our recommendations, including periodically reporting on the status of implementing IPAWS to congressional committees and subcommittees. Since we reported on these issues in 2009, FEMA has taken actions to improve IPAWS capabilities. In particular, FEMA implemented a federal alert aggregator in 2010, called the IPAWS Open Platform for Emergency Networks, which has increased alerting capabilities for authorities at the federal, state, and local level. The alert aggregator is capable of receiving and authenticating alerts from public-alerting authorities and routing them to various public-alerting systems. As of January 2013, 93 public-alerting authorities, including those in at least 35 states, have gone through the necessary authentication steps with FEMA to use IPAWS and an additional 110 alerting authorities have applications in process.compatible software to compose and transmit alerts via the Internet to the Authorized public-alerting authorities may use IPAWS- alert aggregator using a common standard, called the Common Alerting Protocol (CAP). According to FEMA, once the alert aggregator verifies the credentials of the message, an alert may be distributed to the public through multiple alerting systems, which make up the components of IPAWS, as follows: EAS. As of January 2012, public-alerting authorities can disseminate CAP-formatted EAS alerts through the alert aggregator to television and radio stations. As of June 30, 2012, FCC required EAS participants (i.e., radio and television broadcasters, cable operators) to have in place CAP-compatible equipment and monitor the IPAWS EAS feed so they can retrieve and retransmit Internet-based EAS alerts. State and local alerting authorities’ use of IPAWS to send EAS alerts is voluntary and as of January 2013, no public-alerting authorities had used IPAWS to send an EAS alert. However, according to FEMA, state and local alerting authorities had sent 81 EAS test messages via the alert aggregator between January 2012 and January 2013. All-Hazards Emergency Message Collection System (HazCollect). NOAA’s HazCollect system connected to IPAWS in September 2012, and enables federal, state, and local alerting authorities to send non- weather emergency messages through IPAWS to the National Weather Service’s alerting systems, including NOAA Weather Radio’s nationwide network of radio stations. Examples of non-weather emergency message events can include wildfires, hazardous materials releases, terrorist incidents, AMBER alerts, and public health emergencies. According to FEMA, EAS participants generally monitor the NOAA Weather Radio directly for emergency alerts. As a result, IPAWS with HazCollect provides an alternate means for EAS participants to receive non-weather alerts from local alerting authorities, increasing the number of alerting channels and enhancing the likelihood that the public will receive timely alerts. According to FEMA, 22 NOAA Weather Radio messages had been sent via the alert aggregator as of January 2013. CMAS. Starting in April 2012, public-alerting authorities can use IPAWS to transmit alerts via the CMAS interface to disseminate mobile alerts, which are geo-targeted, text-like messages to mobile phones. These alerts are limited to 90 characters and emit a unique ring tone and vibration cadence, which is intended to, among other things, improve capabilities for notifying individuals with disabilities during an emergency. This new capability is designed to relay presidential (or national-level), AMBER, and imminent threat alerts to mobile phones using cell technology that is not subject to the congestion typically experienced on wireless networks during times of emergency. Most imminent threat alerts are issued by the National Weather Service, which began sending severe weather-related alerts to all regions of the country in June 2012. According to FEMA, as of January 2013, the National Weather Service had sent 2,667 weather alerts via CMAS. An additional 3 imminent threat alerts had been sent from one state related to Hurricane Sandy and 17 AMBER alerts had been sent from the National Center for Missing and Exploited Children. While CMAS became operational in April 2012, participation by wireless carriers is optional under the WARN Act. Nevertheless, according to CTIA—The Wireless Association, all of the major wireless carriers have agreed to participate. Some carriers may still be rolling out CMAS capabilities and not all cell phones are yet capable of receiving alerts, according to CTIA. Some state and local alerting authorities we contacted raised concerns about the degree of granularity for geo-targeting these alerts, which we discuss later in this report. Internet services. As of September 2012, Internet web services (e.g., Google Public Alerts) and software application developers can retrieve and redistribute IPAWS alerts to the public through their own services, such as websites, mobile phone applications, email, and text messaging. To do so, an alert redistribution service must complete a memorandum of agreement with FEMA, which then grants them access to the IPAWS Public Alerts Feed from the alert aggregator. State and local alerting systems. According to FEMA, existing state or locally owned and operated public-alerting systems—such as sirens and emergency telephone notification systems—may also be configured to receive alerts from IPAWS. FEMA views the new capabilities for public-alerting authorities to distribute CAP-formatted messages through the federal alert aggregator as an added capability, not a replacement, to the traditional national-level alert (i.e., EAS daisy chain relay distribution system). As a result, FEMA officials said they anticipate maintaining both systems into the foreseeable future as parallel alerting systems, as shown in figure 2. FEMA officials also told us that discussions with the White House are ongoing to determine use of IPAWS during a presidential alert; however, at the time of our report, FEMA officials said a national-level alert would not be disseminated through the federal alert aggregator. In addition to creating the alert aggregator, FEMA has taken other actions to implement the IPAWS program and address directives in Executive Order No. 13407. Specific examples include: Expanded and modernized PEP stations. To increase direct coverage of a presidential alert and address executive order directives to augment infrastructure for the public alert and warning system, FEMA has expanded the number of PEP stations from 34 in 2009 (directly covering about 67 percent of the American population) to 65 in 2012 (directly covering about 85 percent of the American population), according to FEMA officials. FEMA plans to further expand and modernize this network, with the goal of having a total of 77 PEP stations operational by fall 2013, providing direct coverage to over 90 percent of the American population.they have also added satellite connectivity in 50 PEP stations, with the goal of a fully operational, dedicated PEP satellite network to all 77 stations by fall 2013. According to FEMA officials, once operational, this network will be the primary connection between FEMA and the PEP stations in the event of a presidential alert; the traditional telephone-based distribution network will provide a redundant backup connection. Adopted CAP standard. To address directives in the executive order that DHS develop alert standards and protocols, FEMA formally adopted CAP in September 2010. CAP can be used as a single input to activate multiple warning systems, and is capable of geographic targeting and multilingual messaging. According to a survey FEMA conducted of more than 3,300 public-alerting authorities in the United States from January 2010 through December 2011, 64 percent of the sites responding used CAP and had IPAWS-compatible Products in place at the time of the survey. Most public-alerting authorities we contacted are moving toward adoption of CAP; however, some are still in the process of implementing new software to interface with IPAWS or are waiting for vendors to provide upgrades to their existing systems. In addition, representatives from the broadcast industry told us, based on experience, that the vast majority of broadcasters are able to receive CAP-formatted alerts, as required by FCC rules. Developed IPAWS training and webinars. Executive Order No. 13407 directs DHS to conduct training for the public alert and warning system. To address this directive, FEMA developed an independent training course for alerting authorities on IPAWS capabilities, which has been available online since December 2011. The goal of the course is to provide public-alerting authorities with increased awareness of the benefits of using IPAWS for public warnings; skills to draft more appropriate, effective, and accessible warning messages; and best practices in the effective use of CAP to reach all members of their communities. In addition, the IPAWS program office conducts monthly webinars for developers and alerting practitioners. Conducted outreach to partners. Since 2009, the IPAWS program office has made efforts to improve communication and outreach to stakeholders at all levels, according to FEMA officials. Executive Order No. 13407 directs FEMA to consult, coordinate, and cooperate with the private sector, as well as provide public education on IPAWS. Some government and private stakeholders told us that FEMA’s communication and coordination efforts have improved significantly since 2009, although improvements could still be made, especially in educating the public, as discussed below. According to FEMA officials, the IPAWS program office works to engage federal entities; state, local, tribal, and territorial alerting authorities; private sector industry; non-profit and advocacy groups; and the American people through working groups and roundtables, conferences, demonstrations, trainings and webinars, Congressional briefings, and the IPAWS Web site, among other mechanisms. For a complete list of actions FEMA has taken to address Executive Order No. 13407, see appendix II. Although FEMA has taken important steps to advance an integrated alerting system, barriers exist that may impede IPAWS implementation at the state and local level. Specifically, public-alerting authorities we contacted, as well as representatives from national trade industry groups, identified five main barriers at the state and local level. These barriers include (1) insufficient guidance on how states should fully implement IPAWS; (2) inability of state and local alerting authorities to test all IPAWS components; (3) CMAS geo-targeting and character limitations; (4) inadequate public outreach on IPAWS capabilities; and (5) limited resources at the federal, state, and local level to fully implement IPAWS. Insufficient guidance to fully implement IPAWS. While most state and local alerting authorities we contacted, including representatives from the National Emergency Management Association, said they are moving toward implementing IPAWS, some are reluctant to fully implement the system, citing a need for more information and additional guidance from FEMA. Specifically, while current IPAWS training exists to instruct public-alerting authorities on, among other things, how to draft an appropriate IPAWS alert, state and local alerting authorities we contacted said additional guidance is needed on integrating and operating IPAWS with existing state and local public-alerting systems in their states. For example, officials in one state said that while they are prepared to use IPAWS, they have not yet integrated their state and local alerting systems with IPAWS, citing a need for additional guidance from FEMA and communication within the state to determine what systems and policies should be put in place to integrate IPAWS with public-alerting systems in the state’s 128 counties and cities. Although Executive Order No. 13407 directs DHS to ensure interoperability and the delivery of coordinated public messages through multiple communication pathways, we found that none of our selected states had yet integrated their alerting systems with IPAWS for state or local level alerting, although according to FEMA, the alerting authorities had gone through the necessary steps to become authenticated IPAWS originators. Since IPAWS is still in the early stages of its deployment, officials said that there are no examples of how to effectively implement IPAWS at the state and local level. In commenting on a draft of this report, FEMA officials noted that they are involved in efforts to conduct case studies with public-alerting authorities in Nebraska and Nevada to provide examples of effectively implementing IPAWS at the state level. FEMA officials said they are working with state and local alerting authorities as well as system developers and vendors, to address some notable challenges related to implementing IPAWS, including how states can manage IPAWS capabilities within their respective states. Nevertheless, in the absence of additional FEMA guidance, some states are reluctant to fully implement IPAWS, a reluctance that decreases the capability for an integrated, interoperable, and nationwide alerting system. CMAS enables government officials to target emergency alerts to specific geographic areas through cell towers (e.g., lower Manhattan), which pushes the information to dedicated receivers in CMAS-enabled mobile devices. and local alerting authorities we spoke with raised concerns about the possibility of over alerting the public with mobile alerts since the alerts may not geo-target the specific area affected. The 90-character message limitations of these alerts were also raised as a challenge by FEMA and other alerting authorities to sending out clear and accurate alerts, as alerts may not contain enough information to be useful. For example, according to officials in one state, the National Weather Service issued a flash flood warning via CMAS that was distributed throughout a large county, which is roughly the size of the state of Connecticut, when only one small area of the county was affected. According to state officials, some citizens were confused when they received this alert as they were not located in the affected area, and there was very little information contained in the 90-character alert to clarify the specific area affected. In addition, an evacuation notice accompanied the flash flood warning, and the local emergency management authority was unprepared when citizens called them for additional information. Officials stated that some citizens might ignore or opt out of future mobile alerts if they received previous alerts that were not applicable to them. The Commercial Mobile Service Alert Advisory Committee, which recommended technical standards and protocols for CMAS in 2007, recommended reviewing and updating its recommendations periodically based on advances in technology and experiences in deployment, especially related to geo- targeting. As previously mentioned, FCC plans to have a federal advisory committee review the CMAS rules, including those related to geo-targeting and character limits. Technological advancements and experiences in using the system since 2008 may warrant a review on a more specific level of geo-targeting and expanded character limits for mobile alerts than was previously possible. Such changes to CMAS could make state and local authorities more likely to use these alerts and the public less likely to opt out of the service. Insufficient public outreach. According to federal, state, and local officials we contacted, the public is generally unaware of IPAWS capabilities, especially alerts sent to mobile phones. Although FEMA officials told us that a training course to educate the public is under development, FEMA has conducted limited outreach to date to inform the general public about IPAWS alerts and capabilities beyond information on the FEMA website. Executive Order No. 13407 directs DHS to provide public education on using, accessing, and responding to the public alert and warning system. Because of limited public outreach, some state and local alerting authorities expressed concern that the public may ignore or opt out of receiving IPAWS alerts, even though these alerts may provide important, life-saving information. While FEMA has made efforts to improve outreach efforts with IPAWS stakeholders since 2009, FEMA officials said they have limited resources and experience in educating the general public on IPAWS. In previous work, we identified key practices for planning a consumer education campaign, including (1) defining goals and objectives; (2) analyzing the situation; (3) identifying stakeholders; (4) identifying resources; (5) researching target audiences; (6) developing consistent, clear messages; (7) identifying credible messenger(s); (8) designing media mix; and (9) establishing metrics to measure success. Public outreach that includes these key practices could help ensure that the public is better informed about IPAWS capabilities. Limited resources to implement IPAWS. While there is no charge to send messages through IPAWS, there are underlying costs to purchasing the software and equipment needed to integrate with IPAWS, costs that state and local public alerting authorities said can act as a barrier to implementation in difficult financial times. According to the FEMA survey of public alerting authorities, decreased revenues and a lack of grant funding at all levels of government were reported as primary reasons for authorities’ inability to purchase and sustain alerting systems. In addition, the FEMA survey found that while most state-level alerting authorities reported having full-time staff, many local authorities might only have part-time or volunteer staff and very limited budgets. In addition to these barriers, there are some long-standing weaknesses that continue to limit the effectiveness of the national-level EAS since we last reported on this topic in 2009, including a lack of redundancy in how national-level EAS messages are disseminated to the public. FEMA is making progress in increasing redundancy between the FEMA operations center and designated PEP stations through its deployment of a PEP satellite network. However, FEMA continues to rely solely on radio and television broadcast for a national-level EAS alert because the national- level EAS is not currently integrated with IPAWS capabilities. As a result, FEMA lacks alternative means of reaching EAS participants should a point in the daisy chain distribution system fail. Moreover, large portions of the population would likely not be reached by a national-level alert— specifically all those who are not watching television or listening to the radio at the time of the alert. Executive Order No. 13407 directs DHS to ensure presidential alerting capabilities under all conditions and enable delivery of coordinated messages to the American people through as many communication pathways as practicable. In addition, while Executive Order No. 13407 specifies that the public-alerting system should provide warnings to non-English speakers and individuals with disabilities, it remains difficult for a national-level alert to reach these distinct segments of the population. While the President has never initiated a national-level alert, according to FEMA, such an alert would be provided in English and only through radio and television broadcasts, which may not be accessible to individuals with disabilities.example, according to the National Council on Disability, most disaster warnings broadcast via radio and television may not be accessible to For people with hearing or vision disabilities.CAP-formatted messages to specialized alerting devices for individuals with disabilities and in non-English languages, could help address some of these limitations if it were integrated with the national-level EAS. Our analysis of FCC data found that approximately 82 percent of reporting broadcasters (radio and television) and cable operators received the November 2011 nationwide test alert. Although FEMA has been working to implement IPAWS, the November 2011 nationwide EAS test used the traditional national-level alert system (i.e., EAS daisy-chain relay distribution system) and did not include new IPAWS capabilities.Broadcasters’ and cable operators’ reception of the test alert varied widely by state. As shown in figure 3, the reception of the alert ranged from approximately 6 percent (in Oregon) to 100 percent (in Delaware) among the states. FCC, FEMA, broadcasters, and state alerting authorities in Oregon attributed the low reception rate to the absence of a PEP station in the state at the time of the test. Without a PEP station, broadcasters and cable operators in Oregon were directed to monitor a Portland-based public radio station, which reported receiving poor audio quality of the alert from its designated monitoring source—the National Public Radio satellite network. Once EAS participants received the national-level test alert, they were required to retransmit the audio signal to other EAS participants, as designated in state EAS plans, for the daisy chain distribution system to work. Our analysis of FCC data found that 61 percent of reporting broadcasters and cable operators were able to retransmit the alert to stations that were designated to monitor the retransmitting station. The retransmission rate of the test alert by broadcasters and cable operators also varied widely among the states ranging from approximately 4 percent (in Oregon) to 88 percent (in New Jersey). FCC does not know the potential percentage of the American people who did not receive the alert because, officials noted, the nationwide EAS test was designed to assess EAS performance rather than to determine the percentage of public receipt of the test. Therefore, it is unknown what percentage of the American people failed to receive the test. Key reasons for EAS participants’ failure to receive and retransmit the national-level test alert included (1) PEP station reception failure, (2) poor audio quality, (3) shortened test length, (4) outdated monitoring assignments, and (5) equipment failure. PEP station reception failure. FEMA reported that 3 of the 63 PEP stations were unable to receive and retransmit the alert due to technical reasons. These PEP stations were located in New Mexico, Alabama, and American Samoa. Failures at those stations significantly contributed to low national-level alert reception rates in those states and that territory. In particular, our analysis of FCC data found that nearly 90 percent of broadcasters in New Mexico, almost 70 percent of broadcasters in Alabama, and 100 percent of broadcasters in American Samoa failed to receive the national-level alert. According to FEMA, connectivity issues with the specialized EAS equipment used at the PEP stations were the reasons for the failure. As previously mentioned, FEMA plans to modernize PEP stations with a dedicated satellite network, and officials expect this dedicated network to provide more reliable connection to the PEP stations when fully operational by fall 2013. Poor audio quality. FCC also reported that poor audio quality of the national-level alert signal resulted in problems ranging from some broadcasters’ receiving a garbled and degraded audio message to others’ receiving a duplicate alert tone that caused equipment to malfunction. These audio problems resulted in some stations’ being unable to retransmit the test alert. According to FEMA, the reported poor audio quality was due, in part, to a feedback loop that occurred when equipment at a single PEP station rebroadcasted the original message back to FEMA. This audio message was then transmitted by FEMA over the original audio message, degrading the audio. Therefore, fewer stations were able to receive, and thus retransmit, the alert to their designated station(s). EAS participants we met with consistently stated that the poor audio quality during the nationwide EAS test was a significant problem. For example, state and local alerting authorities, broadcaster associations, and individual broadcast stations we contacted stated that connectivity and audio problems occurred during the nationwide test. Officials from one state broadcasters association said that broadcasters in their state only received 10 seconds of the national-level alert signal with only five or six words of the message and then 20 seconds of dead air for the remainder of the test. They also stated that problems with the audio resulted in the alerts not being retransmitted to other stations in their state. Shortened test length. The nationwide EAS test was originally scheduled to last 3 minutes, but was shortened to 30 seconds. According to an industry trade association, the announcement to change the test length came about 2 weeks prior to the test. Because of the shortened test length, some broadcasters and cable operators were unable to receive or retransmit the national-level alert. According to FEMA, the test was shortened to mitigate concerns from the cable industry that the public who could not hear the audio portion of the test would be unable to tell if the alert was a test or a real alert solely from the television screen display. More specifically, FCC instructed broadcasters to use an on-screen slide just before the test to announce that the following message would be a test and not an actual alert. However, according to officials from an industry trade association, some EAS participants, namely some cable operators, were unable to provide this background screen during the nationwide test. In these cases, since FCC chose to use a live alert code to resemble an actual nationwide test, there was no visual cue that a test was taking place. There was concern that this could adversely affect some segments of the public, especially individuals who were unable to hear the audio portion indicating a test was taking place. According to representatives from industry trade associations, use of a test code for future nationwide EAS tests could help ensure that all segments of the population understand that a nationwide test, rather than an actual national emergency, is taking place. Outdated monitoring assignments. FCC noted that some state EAS plans that designate the monitoring assignments are outdated and its review of the EAS test results revealed some confusion among some EAS participants of monitoring assignments. We found that as of February 2013, out of 33 state and District of Columbia EAS plans available on FCC’s website, 16 state plans were dated 2009 or earlier, with 3 of these plans dated in the 1990s. Additionally, 18 state plans were not available on FCC’s website with the link to one website leading to information completely unrelated to the state. FEMA reported that if monitoring assignments in the state EAS plans are not followed or the state EAS plans are not up-to-date, EAS participants may not receive and relay the messages. According to FEMA, several EAS participants reported not being able to receive the national-level alert from their assigned sources, and as a result, they were unable to relay the alert. Equipment failures. Because of specific equipment failures, some broadcasters could not receive or retransmit the national-level alert. FCC reported that approximately 5 percent of EAS participants responding to its data collection effort reported that hardware, equipment, or configuration problems precluded them from receiving the national-level alert. At the time of our review, FCC and FEMA had taken limited steps to address problems identified in the nationwide EAS test. According to FEMA officials, the poor audio quality that was experienced during the test is being addressed, in part, with the deployment of a dedicated PEP satellite network, but the remaining issues have yet to be resolved. FEMA officials told us that it will take a combination of FCC rulemaking, developing best practices, and correcting technical issues to address the problems that were identified during the nationwide test, but implementing some of these actions could likely take years. According to FCC officials, a working group, in coordination with FEMA, has been examining these issues, but neither agency could identify progress made by the group more than a year after the test. In commenting on a draft of this report, FCC told us it issued its final report on the results of the nationwide EAS test on April 12, 2013. According to FCC officials, one of the reasons for the delay in issuing a final report on the test result was their effort to collect more data from EAS participants. FCC continued to accept paper reports on the test results from EAS participants for about a year after the test was conducted, despite the December 27, 2011 deadline for electronically submitting the test results. EAS participants and state and local alerting authorities we contacted said that they were not aware of FCC taking any actions to address identified issues, and as a result, their ability to make improvements and prepare for future tests is limited. Concerning future tests, FCC rules require a nationwide EAS test to be conducted periodically, but it is uncertain when the next test will occur. FEMA officials told us that they are continuing to work with FCC in determining corrective actions from the test results and will not hold another test until corrective actions are complete. As we have previously reported, regular nationwide EAS testing is essential to ensure that the system will work as intended during an emergency. FCC recognizes that outdated state EAS plans contributed to some of the reception and retransmission problems during the EAS test, and is being more proactive in requesting states to submit updated plans. FCC officials stated that updating state EAS plans would be valuable to ensure that the monitoring assignments for the broadcast stations remain accurate when a national-level alert is activated. However, as of October 2012, FCC has received 7 of 50 updated state EAS plans. Officials stated that they would continue to ask state emergency communications committees to submit updated EAS plans to review, but that FCC has no authority to require the filing of EAS plans. As a result, FCC is unable to fully verify that states are keeping EAS monitoring assignments up to date. In addition, some EAS participants we spoke with are waiting for more guidance from FCC, including anticipated changes in rules governing EAS. For example, FCC officials told us that they plan to issue a notice of proposed rulemaking sometime in 2013 seeking comment on issues identified from the nationwide EAS test. EAS participants and state and local alerting authorities we spoke with stated that there are several actions that FCC, in conjunction with FEMA, could take that would assist EAS participants in preparing, conducting, and reporting on future nationwide EAS test alerts. These actions include (1) issuing an after-action plan to help identify and address problems that occurred during the test, (2) conducting regular and frequent testing of EAS to ensure the system works as intended, and (3) providing guidance to update state EAS plans to incorporate IPAWS (e.g., guidance could be EAS plan templates, best practices, good examples). FEMA has made progress since 2009 in developing a more comprehensive, integrated nationwide public-alerting system. FEMA has improved the capabilities of IPAWS by bringing the IPAWS alert aggregator online and integrating it with multiple alerting systems, including HazCollect and CMAS. However, for IPAWS to become fully operational, several areas of concern need to be addressed. In particular, additional guidance for state and local alerting authorities on specific steps to integrate and test their public-alerting systems with IPAWS components would help to provide assurance on the interoperability and effectiveness of IPAWS and facilitate its implementation. Furthermore, according to public-alerting authorities we contacted, without additional guidance on IPAWS implementation and consideration of CMAS rules, state and local alerting authorities we contacted were reluctant to fully integrate their systems with IPAWS and rely on IPAWS as a comprehensive public-alerting system. In addition, a concerted effort to educate state and local governments, the private sector, and the American people on the functions of the public-alerting system is necessary to inform them on how to access, use, and respond to emergency alert messages. Using key practices for conducting a public education campaign—such as defining goals and objectives, identifying stakeholders and resources, and developing clear and consistent messages—could enable FEMA, which has limited experience educating the general public on IPAWS, to more effectively and efficiently inform the American people on how to access and respond to potentially life-saving emergency alerts. FEMA has also expanded the number of PEP stations and enhanced satellite connectivity to improve direct coverage and dependability of the national-level EAS. However, as long as the national-level EAS remains independent from IPAWS, portions of the population, including individuals with disabilities and non-English speakers, will be less likely to receive or fully understand presidential alerts disseminated only through the EAS daisy chain. If integrated, CMAS, in particular, is capable of providing alerts in different formats, including emitting unique ring tone and vibration cadences for those who have hearing or visual impairments, which would increase the likelihood that individuals with disabilities could be informed that a national-level alert is being issued. Furthermore, integrating EAS into IPAWS would provide system redundancy for national-level alerts. FEMA and FCC held the first-ever test of the national-level EAS in November 2011, an important step. However, the results of the nationwide EAS test—which a number of EAS participants could not effectively receive or retransmit—show that the reliability of the traditional EAS system remains questionable. At the time of our review, we found that FEMA and FCC had taken limited steps to address problems identified by EAS participants. In addition, some state EAS plans and monitoring assignments are outdated, in part, because state emergency communications committees are waiting for more guidance from FCC, including changes in rules governing EAS. Although states are not required to update and submit state EAS plans, FCC could help facilitate the process by providing additional guidance. Finally, while FCC rules call for periodic nationwide EAS testing, FCC and FEMA currently have not scheduled another nationwide test. Without ongoing, regular nationwide testing of the relay distribution system, there is no assurance the EAS would work should the President need to activate it to communicate with the American people. To ensure that IPAWS is fully functional and capable of distributing alerts through multiple pathways as intended, we recommend that the Secretary of Homeland Security direct the Administrator of FEMA to take the following four actions: In conjunction with FCC, establish guidance (e.g., procedures, best practices) that will assist participating state and local alerting authorities to fully implement and test IPAWS components and ensure integration and interoperability. In conjunction with FCC and NOAA, conduct coordinated outreach to educate the American public on IPAWS capabilities, especially CMAS. Develop a plan to disseminate a national-level alert via IPAWS to increase redundancy and communicate presidential alerts through multiple pathways. In conjunction with FCC, develop and implement a strategy for regularly testing the national-level EAS, including examining the need for a national test code, developing milestones and time frames, improving data collection efforts, and reporting on after-action plans. To ensure that CMAS is effectively used and that the EAS relay distribution network is capable of reliably communicating national-level alerts, we recommend that the Chairman of FCC, in conjunction with FEMA, take the following two actions: Review and update rules governing CMAS, including those related to geo-targeting, character limitations, and testing procedures. Provide states with additional guidance (e.g., templates of EAS plan) to facilitate completion of updated state EAS plans that include IPAWS-compatible equipment. We provided a draft of this report to DHS, FCC, and the Department of Commerce for their review and comment. In response, DHS concurred with all of the report’s recommendations to improve IPAWS capabilities. In its written comments, DHS provided examples of actions FEMA will undertake to address the recommendations. For example, DHS noted that FEMA intends to create toolkits for state and local alerting authorities that will include alerting and governance best practices, technology requirements, and operation and usage information on IPAWS. Regarding efforts to improve nationwide EAS testing, DHS indicated that FEMA plans to work with federal partners, including FCC, to create a national test code, develop milestones and timeframes for future testing, improve data collection efforts, and report on after-action plans. See appendix III for written comments from DHS. In commenting on the draft report, FCC did not state whether it agreed or disagreed with the report’s recommendations. FCC noted that it issued a final report on the results of the nationwide EAS test on April 12, 2013, and we believe the report includes potential actions that could address our recommendations in the future. For example, the April 2013 report includes recommendations for FCC to commence a rulemaking proceeding on state EAS plans and to encourage the groups that typically develop state EAS plans to ensure that the plans contain accurate EAS monitoring assignments. Other recommendations in FCC’s April 2013 report include commencing a rulemaking proceeding to examine equipment-performance issues during activation of a test, and developing a new Nationwide EAS Test Reporting System database to improve filing electronic data from EAS participants. FCC stated that it will conduct a review of CMAS rules, as we recommended in this report, and also noted that it will work with FEMA to develop a strategy for regular testing of EAS. See appendix IV for written comments from FCC. The Department of Commerce provided technical comments from its component agency NOAA, and we incorporated them as appropriated. In the comments, NOAA stated that it believes our report does an accurate job in assessing the nationwide EAS test results and the current state of IPAWS. With respect to our recommendation on conducting outreach, NOAA believes the outreach should be conducted in conjunction with FCC and NOAA, and we made the suggested revision. In addition to written comments, DHS and FCC provided technical comments on the draft report, which we incorporated as appropriate. As agreed upon with your office, unless you publicly announce the contents of this report earlier, we plan no further distribution until 30 days from the report date. At that time, we will send copies of this report to appropriate congressional committees, the Secretary of Homeland Security, and the Chairman of FCC. In addition, the report is available at no charge on our website at http://www.gao.gov. If you or your staff have any questions concerning this report, please contact me at (202) 512-2834 or goldsteinm@gao.gov. Contact points for our Offices of Congressional Relations and Public Affairs may be found on the last page of this report. Key contributors to this report are listed in appendix V. This report provides information on federal efforts to integrate various public-alerting systems and modernize the Emergency Alert System (EAS). Specifically, the report examines (1) how the capabilities of the Integrated Public Alert and Warning System (IPAWS) have changed since 2009 and what barriers, if any, are affecting its implementation and (2) the results of the nationwide EAS test and federal efforts under way to address identified weaknesses. To obtain information on both objectives of this report, we interviewed officials from the Federal Emergency Management Agency (FEMA), Federal Communications Commission (FCC), Department of Homeland Security, and National Oceanic and Atmospheric Administration (NOAA). We spoke with representatives from national trade industry groups, including the National Emergency Management Association, National Association of Broadcasters, National Cable and Telecommunications Association, CTIA-The Wireless Association, and National Alliance of State Broadcasters Associations, to obtain stakeholders’ perspective on the results of the first nationwide EAS test and federal efforts to implement IPAWS. We also spoke with representatives from the satellite industry (DIRECTV), an EAS equipment manufacturer (Monroe Electronics), and the National Council on Disability to gather their views on IPAWS implementation and the nationwide EAS test. We conducted interviews with selected state and local alerting authorities, state emergency-communication-committee chairs, state broadcasting associations, and selected local broadcasters. We nonstatistically selected a sample of six locations—California, Kentucky, Oklahoma, Oregon, Wisconsin, and the District of Columbia—to obtain information from state and local officials on any barriers to implementing IPAWS and potential remedies for addressing any identified barriers, as well as to determine any problems associated with the nationwide EAS test. We selected these states and locality because some had (1) other public- alerting systems, in addition to the EAS; (2) alerting systems that are capable of providing alerts for individuals with disabilities and limited English; and (3) experienced a breakdown of test alert dissemination during the nationwide EAS test. We also selected these states and localities because some had been authenticated to be an IPAWS-alerting authority and they were geographically diverse. To obtain a regional perspective on implementing IPAWS and testing the EAS, we also spoke with officials from FEMA regional offices. Because we conducted targeted interviews, our results are not generalizable to all states and localities. Table 1 provides more detailed information on the state and localities we selected and the entities we interviewed. To obtain information on how the capabilities of IPAWS have changed since 2009 and what barriers, if any, affect its implementation, we also reviewed and analyzed agency documents and literature since 2009. We reviewed documents on IPAWS program planning, including the 2010 IPAWS program management plan, and assessed actions that have been taken to determine if systems and standards are operational. We also attended a number of IPAWS webinars to obtain training and information that are provided to public-alerting authorities. We reviewed FEMA’s IPAWS Inventory and Evaluation Assessment Report, which surveyed 3,314 state, territorial, tribal, and local emergency management agencies to analyze gaps between existing public-alerting capabilities and IPAWS and includes recommendations for IPAWS integration. The survey was conducted mostly by telephone with structured questionnaires over a 2- year period from January 2010 through December 2011 and specific procedures were followed to identify emergency management personnel for the sites at each level. We assessed the survey’s methodology and determined that the estimates from it that we cite are sufficiently valid for use in our report. Specifically, we assessed the survey methodology against the Office of Management and Budget’s Standards and Guidelines for Statistical Surveys. We did not otherwise verify, however, the findings and conclusions from the report. To obtain information on the results of the nationwide EAS test and federal efforts to address any identified weaknesses, we reviewed and analyzed agency data and documents. Specifically, we examined FCC’s and FEMA’s preliminary reports on the nationwide EAS test results; FCC orders and rules on EAS; FCC’s website on the nationwide EAS test; FEMA’s EAS Best Practices Guide; and briefing documents from FEMA and NOAA. We analyzed FCC’s data from EAS participants to determine the percentage of radio and television broadcasters and cable operators that received and retransmitted the national-level alert on a statewide basis. We analyzed FCC’s data for 49 states; we did not include Alaska since it was excused from the nationwide test because of severe weather conditions. To determine the reliability of the data used in this report, we reviewed relevant documentation and interviewed agency officials about their processes for reviewing the data and ensuring their accuracy. We also ensured that FCC data were sufficiently reliable for our review. We reviewed and analyzed state EAS plans that were posted on FCC’s website to determine if the state’s EAS plans were current. We interviewed FCC officials to confirm that the information on FCC’s website is current. We conducted this performance audit from June 2012 through April 2013, in accordance with generally accepted government auditing standards. Those standards require that we plan and perform the audit to obtain sufficient, appropriate evidence to provide a reasonable basis for our findings and conclusions based on our audit objectives. We believe that the evidence obtained provides a reasonable basis for our findings and conclusions based on our audit objectives. Appendix II: FEMA’s Progress Addressing Responsibilities of the Secretary of Homeland Security under Executive Order No. 13407 Status/progress/timeline Issued the IPAWS Inventory and Evaluation Assessment Report in January 2012. This report surveyed and assessed public-alerting authorities in the United States between 2009 and 2011. Formally adopted the Commercial Mobile Alerting System (CMAS) Specification in December 2009. Formally adopted the Common Alerting Protocol (CAP) standard for IPAWS in September 2010. Implemented CMAS. Wireless carriers began issuing geo-targeted CMAS alerts in April 2012; NOAA started sending geo-targeted CMAS messages in June 2012. Hosted biannual roundtables for industry experts, federal agencies, and advocacy organizations representing Americans with access and functional needs to discuss emergency alerting. Shared lessons learned and best practices for communicating to Americans with access and functional needs through the EAS to FCC. For example, encouraged FCC to consider EAS rule changes or clarifications for broadcasters with regard to: (1) display size, color, background contrast, and speed of text crawl during EAS alert and (2) use of a test code for future nationwide testing of EAS. Expanded the number of primary entry point (PEP) stations to 65 total—31 PEP stations were either modernized or built since 2009. Anticipates a total of 77 PEP stations by fall 2013 directly covering 90 percent of the American people. Added satellite connectivity in 50 PEP stations. Integrated NOAA alerting systems to allow public-alerting authorities to send non- weather emergency messages through HazCollect; allowed NOAA to send mobile alerts beginning 2012. Released IPAWS online training for public-alerting authorities in December 2011. Hosts monthly webinars for developers and alerting practitioners. Conducted two statewide EAS tests in Alaska in January 2010 and 2011; conducted the first nationwide EAS test on November 9, 2011. Conducted CMAS test in New York City in December 2011. Conducts a required monthly test of CMAS on the third Wednesday of each month. Maintains a public website on IPAWS. Hosts monthly webinars for developers and alerting practitioners. Participated in federal working groups and roundtables. Participates in industry conferences, demonstrations, and panels. Acts as executive agent for EAS, maintaining the PEP stations. Maintains EAS and PEP stations. Deploying a dedicated PEP satellite network. Ensure the capability to distribute alerts on the basis of geographic location, risks, or personal user preferences. In addition to the individual named above, Sally Moino, Assistant Director; Andy Clinton; Jean Cook; Bert Japikse; Delwen Jones; Jennifer Kim; Josh Ormond; Carl Ramirez; Jerry Sandau; and Andrew Stavisky made key contributions to this report.

Summary: An effective system to alert the public during emergencies can help reduce property damage and save lives. In 2004, FEMA initiated IPAWS with the goal of integrating the nation's EAS and other public-alerting systems into a comprehensive alerting system. In 2009, GAO reported on long-standing weaknesses with EAS and FEMA's limited progress in implementing IPAWS. Subsequently, FEMA and FCC conducted the first-ever nationwide EAS test in November 2011. GAO was asked to review recent efforts to implement IPAWS and improve EAS. GAO examined: (1) how IPAWS capabilities have changed since 2009 and what barriers, if any, affect its implementation and (2) results of the nationwide EAS test and federal efforts to address identified weaknesses. GAO reviewed FEMA, FCC, and other documentation, and interviewed industry stakeholders and alerting authorities from six locations that were selected because they have public-alerting systems in addition to EAS and experienced problems during the nationwide EAS test. Since 2009, the Federal Emergency Management Agency (FEMA) has taken actions to improve the capabilities of the Integrated Public Alert and Warning System (IPAWS) and to increase federal, state, and local capabilities to alert the public, but barriers remain to fully implementing an integrated system. Specifically, IPAWS has the capability to receive and authenticate Internet-based alerts from federal, state, and local public authorities and disseminate them to the public through multiple systems. For example, since January 2012, publicalerting authorities can disseminate Emergency Alert System (EAS) messages through IPAWS to television and radio stations. Beginning in April 2012, alerting authorities have used IPAWS to transmit alerts via the Commercial Mobile Alert System interface to disseminate text-like messages to mobile phones. FEMA also adopted alert standards and increased coordination efforts with multiple stakeholders. Although FEMA has taken important steps to advance an integrated system, state and local alerting authorities we contacted cited a need for more guidance from FEMA on how to integrate and test IPAWS capabilities with their existing alerting systems. For example, an official with a state alerting authority said that additional guidance from FEMA is needed to determine what systems and policies should be put in place before integrating and testing IPAWS with other public alerting systems in the state's 128 counties and cities. In the absence of sufficient guidance from FEMA, states we contacted are reluctant to fully implement IPAWS. This reluctance decreases the capability for an integrated, interoperable, and nationwide alerting system. The Federal Communications Commission (FCC) required all EAS participants (e.g., broadcast radio and television, cable operators, satellite radio and television service providers, and wireline video-service providers) to submit a report to FCC by December 27, 2011, on the results of the nationwide EAS test. As of January 2013, 61 percent of broadcasters and cable operators had submitted the required report. Of those, 82 percent reported receiving the nationwide test alert, and 61 percent reported successfully retransmitting the alert to other stations, as required. Broadcasters' and cable operators' reception of the alert varied by state, from 6 percent in Oregon to 100 percent in Delaware. Key reasons for reception or retransmission difficulties included poor audio quality, outdated broadcaster-monitoring assignments, and equipment failure. For example, poor audio quality of the test alert resulted in some broadcasters' receiving a garbled and degraded audio message and others' receiving a duplicate alert that caused equipment to malfunction. According to FEMA officials, the poor audio quality is being addressed, in part, with the deployment of a dedicated satellite network that will become fully operational by fall 2013. However, at the time of our review, FEMA and FCC had taken few steps to address other problems identified in the nationwide test. Furthermore, while FCC rules call for periodic nationwide EAS testing, it is uncertain when the next test will occur. Without a strategy for regular nationwide testing of the relay distribution system, including developing milestones and timeframes and reporting on after-action plans, there is no assurance that EAS would work as intended should the President need to activate it to communicate with the American people. GAO recommends that FEMA work in conjunction with FCC to establish guidance for states to fully implement and test IPAWS components and implement a strategy for regular nationwide EAS testing. In response, the Department of Homeland Security (DHS) concurred with GAO's recommendations and provided examples of actions aimed at addressing the recommendations. DHS, FCC, and the Department of Commerce also provided technical comments, which have been incorporated as appropriate.