Milton's firefighting response time is poised for a significant boost, thanks to a partnership with Alpharetta-based Applied Information, Inc. This collaboration has led to an innovative upgrade in traffic light technology that promises to swiftly clear the path for emergency vehicles. According to the City's announcement, when a 911 call is received and firefighters spring into action, the new system ensures traffic signals turn green, facilitating a smooth and uninterrupted journey to the emergency site.
The technology hinges on a seamless communication between the traffic signals and city firefighting vehicles, allowing them to swiftly respond to emergencies while minimizing the risk for other drivers. This initiative is an expansion of a system already operating in Alpharetta, where it has proven its worth. "When a 911 call comes in and a fire truck hits the road, the signals will automatically shift to green in the direction that emergency vehicle is heading," as detailed by the City's recent news release.
This preemptive signal change activates when the fire vehicle has its lights and sirens on, offering a generous 10-to-15-second buffer to avoid accidents and prepare other drivers. The system is a result of the Glance-connected infrastructure platform iATL, which not only prevents rescue vehicles from being caught at red lights but also extends its benefits to other areas.
Beyond just manipulating traffic lights, this technology offers real-time traffic data, functioning as a locally-tuned GPS for police officers on patrol and Public Works teams. This rich stream of information can be later analyzed "to inform after-the-fact assessments of emergency call responses," aiming to further sharpen the cutting edge of emergency services. This tidbit emerges from the Milton announcement, illustrating how the new systems are expected to broadly enhance operational efficiency.
Neighboring Roswell is also expected to join the network, allowing first responders from all three municipalities to travel more efficiently between the connected cities.
