Emerging Safety Technologies for Public Agencies

Every day, public employees perform essential work in environments that may involve traffic, confined spaces, heavy equipment, hazardous materials, extreme weather, and emergency response activities. Emerging safety technologies are creating new opportunities to reduce exposure to these hazards while improving operational effectiveness. From drones and robotics to wearable devices and sensor-based monitoring, these tools share a common goal: helping employees return home safely at the end of every workday.

The need for these tools remains significant. According to the U.S. Bureau of Labor Statistics, 5,070 workers were fatally injured on the job in 2024 (most current data), and transportation incidents accounted for 38.2% of all occupational fatalities, making them the leading cause of workplace deaths. While technology cannot eliminate every hazard, it can help organizations identify risks earlier, improve situational awareness, and reduce employee exposure to dangerous conditions.

For public works employees, drones can reduce the need to climb rooftops, inspect water tanks, or enter hazardous areas. They can also document site conditions before a crew arrives, helping supervisors identify access issues, traffic conflicts, unstable surfaces, or other hazards that should be addressed during the job briefing. Robotics and remote-controlled equipment may provide similar benefits when employees must inspect pipes, handle potentially hazardous materials, or work near unstable structures. These tools do not eliminate the need for appropriate protective equipment or established procedures, but they can reduce the time employees spend in higher-risk environments.

In law enforcement, technologies such as Drones as First Responders (DFR), real-time situational awareness platforms, and AI-assisted tools can provide critical information before officers engage in potentially dangerous situations. Fire departments are using technology to identify wildfire hot spots, assess structures after disasters, monitor responder health, and improve incident awareness. Wearable devices and sensors can also help protect lone workers by detecting falls, monitoring heat, air quality, or other environmental conditions, and providing faster emergency notifications. When alerts are connected to a clear response process, supervisors can check on an employee quickly and send assistance when needed.

As these technologies become common, employees may have legitimate questions about privacy, data use, and the effect of automation on their jobs. Agencies can build trust by clearly explaining the safety purpose of a tool, what information it collects, who can access that information, how long it will be retained, and how it will and will not be used. Policies should be established before deployment and reviewed with employees, labor representatives, information technology staff, and legal counsel as appropriate. The goal should be to identify hazards earlier, reduce risk exposure, and give employees better information for making safe decisions — not to introduce unnecessary surveillance or replace sound professional judgment.

The most successful safety technologies complement, rather than replace, the fundaments of workplace safety: training, leadership, communication, and safe work practices. Agencies should begin with a clearly defined hazard or operational challenge rather than selecting technology simply because it is new. Employees who perform the work should be involved in pilot projects, equipment selection, and implementation discussions so the solution reflects actual working conditions. A limited pilot can help an agency evaluate reliability, ease of use. maintenance needs, training requirements, and whether the tool produces a meaningful reduction in risk.

Before broader implementation, agencies should identify who is responsible for operating, inspecting, updating, and maintaining the equipment. They should also establish procedures for responding to alerts, documenting incidents, protecting collected data, and evaluating results. Useful measures may include reduced employee entry into hazardous areas, faster notification of emergencies, improved pre-incident information, employee feedback, and lessons identified during the pilot. Reviewing these measures helps leaders determine whether the technology is delivering enough safety value to justify continued investment.

As agencies explore new technologies, it is important to remember that the focus is not on the equipment, software, or data. It is on people. When used thoughtfully, these tools can help employees work more safely, respond more effectively, and avoid unnecessary exposure to hazards. Combined with strong leadership, training, and communication, emerging technologies can support the shared commitment to ensuring every employee goes home safely at the end of the day.