Alyssa’s Law for Schools: Requirements and Emergency Communications

What Is Alyssa’s Law?

Alyssa’s Law refers to state school-safety measures intended to accelerate emergency notification and response. It is named for Alyssa Alhadeff, who was killed in the 2018 shooting at Marjory Stoneman Douglas High School in Parkland, Florida.

The legislation has developed differently across states. Requirements may address silent panic alarms, mobile alert systems, classroom-level activation, emergency-dispatch integration, school mapping, or broader emergency-response capabilities.

The practical objective is to get help moving quickly with information responders can use. Meeting that objective requires coordination among school safety personnel, IT, facilities, emergency dispatch, and responding agencies.

This article focuses on K–12 schools. Requirements for public, charter, and private schools depend on the applicable state provisions. Colleges and universities should evaluate their own obligations rather than assume these K–12 requirements apply.

How Does the Federal ALYSSA Act Relate to State Requirements?

Alongside state legislation, the federal Alyssa’s Legacy Youth in Schools Safety Alert Act, commonly called the ALYSSA Act, was introduced as H.R. 1524 in the 119th Congress on February 24, 2025.

The introduced bill proposes requiring at least one panic alarm in each elementary and secondary school served by a local educational agency as a condition of receiving funds under the Elementary and Secondary Education Act.

Its definition describes a silent security signal generated by manually activating a device to indicate a life-threatening or emergency situation requiring law-enforcement response.

The introduced text does not establish a complete national design standard for school emergency communications. Districts should distinguish proposed federal requirements from enacted obligations and confirm the latest legislative status when preparing procurement documents or school board materials.

The federal proposal provides a national policy context, but the introduced text should not be treated as a uniform compliance standard for every school. State provisions differ in the schools covered, required capabilities, deadlines, and implementation procedures. Those differences are the starting point for the state examples below.

Source: H.R. 1524 introduced bill text.

What Does Alyssa’s Law Require in Different States?

There is no single technical specification that applies to every school. Some states prescribe panic-alert capabilities, while others establish broader emergency-response or planning requirements.

The selected examples below show why districts should confirm their own obligations before choosing a system. This is not a complete state inventory.

Official sources: New Jersey, Florida §1006.07, Texas §37.118, Georgia HB 268, Washington RCW 28A.320.126, and Illinois Public Act 104-0789.

These differences affect procurement and implementation. Classroom-level alert access does not necessarily require a separate wall-mounted button in every classroom. Districts should verify the capabilities and activation methods permitted under their requirements.

A product’s general compliance claim should be checked against the school’s state requirements and local implementation process.

How Do School Emergency Communications Support a Coordinated Response?

Schools should follow the emergency from the moment assistance is requested through the work responders perform onsite. These activities can overlap, but each creates communications needs that should be considered during planning.

Request Help

An authorized staff member activates a panic alert using the approved device or application. The activation method needs to be accessible in the locations where personnel are expected to use it.

An office-based button, classroom device, wearable, and mobile application create different access and infrastructure needs. Selection should reflect the applicable requirements, staff responsibilities, and campus environment.

Deliver Useful Information

The event must reach the designated recipient through the agreed communications path. Depending on the jurisdiction and system, that may involve a local 911 Public Safety Answering Point, or PSAP, law enforcement, and designated school personnel.

The information delivered should help the receiving agency identify the school and the location requiring assistance. On a multi-building campus, an address alone may leave responders needing more detail.

Schools should confirm what information the system actually provides and how it enters the local dispatch workflow.

Coordinate the School’s Response

School personnel may need instructions, internal notifications, or updates as the incident develops. The district’s emergency operations plan should define who receives those communications and who is responsible for sending them.

Integration with school mapping, mass notification, or other security systems may support the workflow where appropriate. The requirements and operating procedures should determine those connections.

Support Responders Inside the Building

After arrival, responders need to communicate with dispatch and their teams while moving through classrooms, corridors, stairwells, basements, and other areas.

Public Safety Distributed Antenna Systems, or Public Safety DAS, distribute radio signals inside the building as part of the broader emergency responder coverage system. The terms ERRCS and ERCES refer to Emergency Responder Radio Communication Systems and Emergency Responder Communications Enhancement Systems; the preferred terminology varies by adopted code and jurisdiction.

These systems can help maintain radio coverage where building materials and layout weaken the jurisdiction’s public safety radio signals. The frequencies, coverage criteria, and acceptance requirements depend on the local radio systems and authorities.

The planning question is whether communications will support the response throughout the school, from the initial request for help through the work performed onsite.

How Do Panic Alerts and First-Responder Radio Coverage Work Together?

Panic alerting and responder radio coverage support different activities within the same emergency-response process.

The panic-alert system helps staff request assistance and provide information. Public Safety DAS/ERRCS helps responders maintain radio coverage as they enter and move through the building.

Consider an emergency in a basement classroom. A staff member may successfully send an alert identifying the school and affected room. Dispatch can then send the appropriate response. When responders enter the basement, they still need radio coverage to communicate with dispatch and their teams.

That example illustrates why a school should assess the full communications chain. Successful alert delivery does not establish the performance of the radio network used onsite.

Successful alert delivery does not establish the performance of the radio network used onsite.

Commercial cellular coverage and public safety land-mobile-radio coverage serve different users and networks. Schools should evaluate those services and school Wi-Fi for their intended uses. Good smartphone service does not demonstrate that responder radios will work in the same space.

School-safety legislation and building or fire codes may establish different obligations within that shared plan. Whether a school needs an ERRCS depends on the locally adopted requirements, existing radio coverage, and direction of the Authority Having Jurisdiction, or AHJ, working with the relevant radio stakeholders.

Coordinating the work helps school teams identify gaps, plan infrastructure, and define acceptance tests for each required capability.

Can Schools Integrate Panic Alerts With Public Safety DAS Infrastructure?

Yes. Selected compatible in-building communications platforms can support panic alerting alongside radio coverage.

An integrated approach may use distributed antenna infrastructure with additional sensing components, panic devices, event-processing equipment, and a notification service. The system can support emergency activation and location information while also providing its intended radio coverage.

For schools planning new infrastructure, this creates an opportunity to evaluate the requirements together. For an existing installation, the first step is determining whether the equipment and architecture can support the desired additions.

CTS can design and deploy panic-alert systems, including options integrated with compatible in-building communications infrastructure. The appropriate approach depends on the school’s requirements, installed equipment, campus conditions, and emergency-response procedures.

Integration should have a defined operational benefit, such as using compatible distribution infrastructure or supporting location-aware alerts. Device coverage, event delivery, responder radio performance, monitoring, and support responsibilities still need to be validated.

What Infrastructure Should Schools Assess Before Selecting a System?

The assessment should start with how the school and responders expect to communicate, then identify the infrastructure needed to support that workflow.

Device Access and Campus Coverage

Determine where staff need to activate alerts, including classrooms, common areas, portable buildings, and outdoor locations within the required scope. Review staff mobility, device availability, and substitute-personnel procedures.

Panic systems may use fixed wired buttons, wireless wearables, mobile applications, or a combination. A wireless device may connect to dedicated receivers, while a wired button may use a controller with a separate offsite communications path.

The selected architecture determines which networks need assessment.

Dispatch Connections and Location Information

Confirm the designated alert recipients, required PSAP integration, and the information each recipient receives. Verify school, building, floor, and room identifiers where required or supported.

School mapping and location records should reflect current building conditions. Renovations and room changes can affect the usefulness of information delivered during an incident.

First-Responder Radio Coverage

Start by determining whether the building needs Public Safety DAS. Identify the public safety radio systems and frequencies the jurisdiction requires, then test coverage using the procedure accepted by the AHJ, including required interior and critical areas.

Building materials, below-grade spaces, additions, and complex layouts can affect performance. Where coverage needs enhancement, early planning allows time to coordinate pathways, equipment space, antennas, power, monitoring, and approvals.

Power, Transport, and Failure Behavior

Identify the power, network, and processing dependencies across the proposed design. Depending on the architecture, those may include controllers, receivers, internet connections, Wi-Fi, cellular service, and vendor-hosted platforms.

Review backup power and alternative communications paths. Two connection options may still share a power source, gateway, or processing service, so redundancy should be evaluated against actual failure risks.

Operations and Support

Assign responsibility for device health, batteries, software, network monitoring, repairs, mapping updates, and coordination with responders.

A documented operating model helps the district sustain performance after the installation project closes and as buildings, personnel, and technology change.

How Should Schools Test and Maintain Emergency Communications?

Testing should demonstrate that the planned communications workflow performs in the school’s actual environment.

For panic alerting, an operational test should confirm activation, useful location information, receipt by the designated emergency-response system, and any required school notifications. Tests involving dispatch and responders should be coordinated under an agreed protocol.

For Public Safety DAS/ERRCS, testing should verify radio performance against locally enforced criteria. Where the applicable procedure uses RF grid testing, the building is divided into designated test areas and radio performance is evaluated within those areas, including required critical spaces. The results support the documentation and acceptance process required by the AHJ.

Schools should also test relevant failure conditions. A local device indicator or signal-strength reading cannot establish that the entire communications path remains available when power, transport, or another dependency fails.

Florida’s school-safety testing provision addresses all emergency communications systems without prescribing an RF grid-test method. Public safety radio coverage requirements are also addressed by Florida’s fire-code statute, §633.202. The applicable code and AHJ determine the radio assessment and acceptance procedure. Other jurisdictions establish their own obligations and schedules.

After deployment, the school’s program should address:

• Routine operational tests and required inspections.
• Device batteries and equipment health.
• Staff training and new-employee onboarding.
• Accidental-activation procedures agreed with responders.
• Mapping and location updates.
• Software support, repairs, and replacement planning.
• Reassessment after building or radio-network changes.

Training should explain how to request help, what happens after activation, and when staff should also call 911 under approved procedures. It should also establish who reports faults and what staff should do during an outage.

The objective is consistent readiness across the alerting system, supporting infrastructure, and responder radio coverage.

How Can CTS Support School Emergency Communications?

CTS helps schools and districts assess, design, deploy, test, and support the in-building communications infrastructure used during emergency response.

Public Safety DAS/ERRCS is a core part of that work. CTS’s Public Safety DAS and ERRCS services include RF assessment, system design, AHJ coordination, installation, acceptance testing, documentation, and ongoing system support.

CTS can also design and deploy panic-alert systems, including integration with compatible in-building communications platforms. This allows schools to evaluate alerting capabilities alongside the responder radio coverage and supporting infrastructure they need.

A coordinated project should establish:

• Applicable state requirements and local code criteria.
• Current coverage and infrastructure conditions.
• Required alerting and responder communication capabilities.
• Appropriate integration opportunities.
• Testing, acceptance, and ongoing support responsibilities.

The scope should reflect the school’s emergency operations plan and the expectations of local response agencies. For a district with multiple campuses, that includes identifying common operating practices while accounting for different buildings and coverage conditions.