GeoComm and SkyfireAI Integrate 911 Data for Enhanced Drone Response with DFR Routing

GeoComm and SkyfireAI Collaborate to Enhance Drone as First Responder Programs

Integration Aims to Improve Emergency Response

GeoComm and SkyfireAI have announced a new integration designed to enhance the effectiveness of Drone as First Responder (DFR) programs in responding to emergency calls. This collaboration combines GeoComm’s DFR Routing technology with SkyfireAI’s autonomous drone platform, providing public safety agencies with comprehensive location intelligence from the moment a 9-1-1 call is received.

The integration addresses a significant challenge faced by DFR programs. While many agencies can deploy drones quickly after an emergency call, the successful response requires accurate information about the incident’s location and the best access routes for responders.

Rather than relying solely on map coordinates, the new system incorporates operational details such as nearby buildings, campuses, access routes, and contextual information. This added data can assist drone operators and first responders in forming a clearer understanding of the situation before ground units arrive.

Advancements in DFR Routing Technology

GeoComm introduced its DFR Routing technology earlier this year at the NENA 2026 Annual Conference & Expo. This platform utilizes the company’s public safety mapping data to convert emergency dispatch information into routing specifically designed for DFR operations.

The routing data is integrated directly into SkyfireAI’s platform, which offers AI-driven mission planning, autonomous flight operations, remote flight services, and multi-aircraft management. SkyfireAI has established itself as a prominent provider in the expanding DFR market, supporting municipal programs and developing software aimed at reducing operator workload while enabling agencies to scale their drone operations.

Rose Bentley, Chief Operating Officer at GeoComm, emphasized the importance of confidence in the response process before a drone is deployed.

“Public safety agencies need more than fast drone deployments. They need confidence that the drone is responding to the right location with the right operational context. DFR Routing helps connect emergency calls to aerial response, giving telecommunicators, drone operators, and responders a more complete picture from the start.”

Creating a Unified Response Framework

The integrated system aims to maintain operational context from the initial 9-1-1 call through to drone deployment, aerial assessment, and ground response. This shared understanding is designed to ensure that telecommunicators, drone operators, command staff, and field personnel are all working from the same information throughout an incident.

For SkyfireAI, this announcement reflects a broader focus on software and autonomy rather than just aircraft. Earlier this year, the company secured new funding to accelerate the development of AI-based, multi-drone operations for public safety and defense applications. SkyfireAI has also played a key role in Ohio’s statewide DFR initiative, which seeks to demonstrate the effectiveness of coordinated drone programs across the state.

Don Mathis, Co-founder and CEO of SkyfireAI, noted that enhanced location data can transform rapid drone launches into more effective emergency responses.

“Every second matters during an emergency, but speed only creates value when responders have the right information to act on. GeoComm’s location intelligence strengthens the operational picture our platform delivers, helping agencies launch with greater confidence, understand the environment before they arrive, and make better decisions from the first 9-1-1 call through mission completion. That’s exactly the kind of partnership that helps public safety agencies save lives and scale Drone as First Responder programs.”

Future of Drone as First Responder Programs

As DFR programs continue to grow across the United States, the focus is shifting beyond merely achieving faster launches. By integrating dispatch data, mapping, autonomy, and flight operations into a cohesive workflow, agencies may be able to provide more informed responses and reduce uncertainty during the critical initial minutes of an emergency.