Panic Buttons
Wearable duress alert with a single silent press and GPS location to designated contacts and 911 dispatch
Explore Panic ButtonsPanic Button for Transit Workers — Bus Operators and Rail Safety
Major assaults on bus operators increased 43 percent between FY2019 and FY2024. FTA General Directive 24-1 requires every transit agency to assess and document assault mitigations — and the December 2024 submission deadline has already passed. Positive Proof delivers wearable panic buttons that travel with operators — a silent press sends an alert with GPS location to designated contacts and to 911 dispatch, carried over the cellular connection of the paired phone — and generate the incident documentation FTA requires.
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THE TRANSIT ENVIRONMENT
Transit Worker Assault Is a Federal Compliance Issue — And the Risk Is Growing
Bus operators, rail transit workers, fare inspectors, and station agents face a documented and escalating assault risk — with federal data showing major bus operator assaults up 43 percent from fiscal year 2019 to fiscal year 2024. The Federal Transit Administration issued General Directive 24-1 in September 2024, requiring every transit agency subject to the PTASP Final Rule to conduct a safety risk assessment for transit worker assaults and submit mitigation plans to the FTA. The December 2024 submission deadline has passed. Agencies that have not documented their assault mitigation technology are behind on federal compliance.
The physical environment of transit operations creates coverage problems that standard panic button solutions cannot solve. Underground rail stations, maintenance tunnels, bus depots, and transit yards are environments where cellular signals are unreliable — exactly the conditions where a bus operator, station agent, or maintenance worker working alone needs coverage most. The challenge is the activation surface as much as the signal: a worker under threat cannot fumble for a screen. With Positive Proof, protection travels with the operator — a single silent press of an always-worn wearable sends an alert with GPS location to designated contacts and to 911 dispatch, while the paired phone stays with the operator and carries the alert over its cellular connection. At fixed stations, depots, and maintenance yards, a facility-deployed network covers every area of transit operations from dispatch to the maintenance yard.
The regulatory framework is now comprehensive. The PTASP Final Rule (49 CFR Part 673, effective May 2024) requires agencies serving large urbanized areas to deploy assault mitigation infrastructure and technology on buses, and mandates Safety Committee involvement in determining which mitigations are appropriate. The TSA Security Training Rule (49 CFR Part 1582) requires security training for employees in security-sensitive positions — with panic button protocols as a core component of that training. National Transit Database reporting requires documentation of every major assault on a transit worker. A wearable panic button with automatic alert logging satisfies the mitigation requirement and produces the incident record NTD reporting demands.
School districts and contracted pupil-transportation operators ask how this works for a school bus driver. For a school bus driver, Positive Proof's mobile configuration works as it does for any worker away from a building. The driver wears a panic button, and a 2-second press and hold sends the alert. The driver's paired phone, with the Positive Proof app running and paired over Bluetooth, carries it over its cellular connection. The alert goes to the contacts the district designates by text and email, and to 911 dispatch through RapidSOS with the driver's name and GPS location. GPS location updates continue during the incident. Two limits matter on a route: the paired phone has to be on the bus with the driver, and the alert needs cellular service where the button is pressed.
FTA General Directive 24-1 required transit agencies to submit assault risk mitigation plans by December 2024 — the deadline has passed and agencies without documented mitigations face FTA audit exposure
Major bus operator assaults increased 43% from FY2019 to FY2024 — bus modes account for 62% of all in-vehicle transit worker assault incidents nationally
An always-worn wearable sends the alert with a single press, without unlocking or opening a phone app, and the paired phone carries it over its cellular connection
WHAT'S AT STAKE
The Scenarios Transit Safety Directors Work to Prevent
Each scenario is a documented gap in current transit worker safety infrastructure — and a direct line to FTA compliance exposure or preventable worker harm.
POSITIVE PROOF FOR TRANSPORTATION
Three Solutions Built for Transit Worker Safety and Federal Compliance
One platform covers every layer of transit safety — wearable panic buttons that travel with operators and a facility-deployed network for fixed stations and depots, FTA compliance documentation, and real-time monitoring for control rooms and maintenance facilities.
What Positive Proof Delivers for Transit Worker Safety
Four outcome areas that matter most to transit safety directors, operations managers, and HR directors managing federal compliance.
Under 2 Seconds
Alert delivery to designated responders
For the system using installed anchors and a gateway.
25+
Years in Security
96–98%
Staff Report Feeling Safer After Deployment
See How Positive Proof Protects Transit Workers and Satisfies FTA Requirements
A 30-minute demo is configured to your transit mode, vehicle types, and existing safety infrastructure.
Request a DemoCommon Questions About Panic Buttons for Transit Agencies
What transit safety directors, operations managers, and HR directors ask before evaluating worker safety systems.
FTA General Directive 24-1 (September 2024) required all transit agencies subject to the PTASP Final Rule to conduct a safety risk assessment for transit worker assaults by December 26, 2024, and to submit information to the FTA via the Safety Management System Report tool on how they are assessing, mitigating, and monitoring that risk. The directive does not mandate panic buttons specifically — it requires agencies to identify and document assault mitigations. However, the PTASP Final Rule (49 CFR Part 673) requires agencies serving large urbanized areas to deploy assault mitigation infrastructure and technology on buses, with the agency Safety Committee determining which specific measures are appropriate through a risk analysis. A wearable panic button system is among the most directly documentable mitigation technologies available, and Positive Proof's automatic alert log provides the ongoing monitoring evidence the FTA requires.
The PTASP Final Rule (49 CFR Part 673, effective May 2024) incorporates Infrastructure Investment and Jobs Act requirements for transit agencies to advance Safety Management System processes, increase frontline worker involvement in safety decisions, expand de-escalation training, and specifically address the safety risk of assaults on transit workers. For agencies serving large urbanized areas — those with populations of 200,000 or more — the rule requires a safety risk reduction program that specifically targets reducing assaults on transit workers through deployment of assault mitigation infrastructure and technology on buses. This may include operator barriers, improved communications equipment, or wearable panic buttons, with the agency Safety Committee conducting a risk analysis to determine which mitigations are appropriate for their operational context. Positive Proof provides the documentation framework to demonstrate that mitigation has been deployed, is operational, and is producing measurable safety outcomes.
Cellular-dependent panic button systems experience significant signal loss in underground transit environments. Reinforced concrete, steel construction, and the metal cladding typical of transit tunnels and underground stations attenuate cellular signals. At fixed transit facilities — underground stations, maintenance tunnels, transit yards, and depots — Positive Proof deploys a facility network that reaches through the concrete and steel construction where cellular fails. Coverage extends throughout the facility — below-grade platforms, maintenance facilities, parking structures, and outdoor depots — without relying on in-building distributed antenna systems or leaky feeder cable installations. For operators in service away from these facilities, the always-worn wearable sends an alert with GPS location through the paired phone, which needs cellular service where the button is pressed.
Opening a phone app takes several steps: unlocking the phone, opening the app and finding the panic function. With Positive Proof the phone is not the button. The operator wears a panic button, and a 2-second press and hold sends the alert. The paired phone stays with the operator and carries the alert over its cellular connection, with GPS location to designated contacts and to 911 dispatch through RapidSOS. The press is silent. Before deployment, ask whether pressing while the vehicle is moving is appropriate.
The driver presses and holds a worn panic button for 2 seconds. The phone is not handled: it stays with the driver, paired over Bluetooth with the Positive Proof app running, and carries the alert over its cellular connection. The alert reaches the contacts the district designates by text and email, and 911 dispatch through RapidSOS with the driver's name and GPS location. Every activation is timestamped, and the admin dashboard can replay the incident afterwards.
In the mobile configuration the alert travels over the paired phone's cellular connection, so it needs cellular service where the button is pressed. Before deciding, ask how a press made without service is handled and how to check cellular availability on your routes, and keep your existing radio procedure in place.
The contacts the district designates, for example the transportation office and school administrators, receive the alert by text and email, and 911 dispatch receives it through RapidSOS with the driver's name, GPS location and pre-registered details. If your transportation office dispatches by radio, ask in the demo how an alert would reach that desk.
FTA compliance documentation for assault mitigations under the PTASP Final Rule and General Directive 24-1 requires three elements: evidence that a safety risk assessment for transit worker assaults has been conducted, documentation that specific mitigations have been identified and implemented, and ongoing monitoring records showing mitigation effectiveness. For panic button systems, the monitoring record is an activation log that documents every alert activation — date, time, worker identity, location, incident description, response time, and outcome. This log demonstrates that the system is operational and being used, and supports the safety performance target tracking required in annual PTASP updates. Positive Proof generates this log automatically. The system's alert history is exportable for FTA compliance reviews, National Transit Database reporting, and post-incident investigations.
The TSA Security Training Rule (49 CFR Part 1582) requires owner-operators of higher-risk public transportation agencies — including both rail mass transit and bus systems — to designate security coordinators, report significant security concerns to the TSA, and provide TSA-approved security training to employees in security-sensitive positions. Security-sensitive functions include operating a vehicle, interfacing with the traveling public, and providing security of equipment. The training must cover recognition of suspicious persons and items, assessment of whether a situation requires a response, and procedures for reporting and reacting to security threats. A panic button is the response tool that makes the training effective — it gives trained workers the means to immediately signal for help when a security threat is identified. Positive Proof's alert log also provides the incident response documentation that supports TSA security coordinator reporting requirements.
Ready to Protect Every Transit Worker and Document Your FTA Compliance?
One platform for wearable worker alerts, FTA compliance documentation, and real-time facility monitoring.
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