EAGL Technology launches solar-powered gunshot sensor without audio recording

EAGL Technology introduced DragonFlyER, a solar-powered outdoor gunshot detection sensor built for neighborhoods, campuses and critical infrastructure. The system is designed to confirm gunfire without recording audio and can trigger alerts or lockdown actions in seconds.

Why it matters: - DragonFlyER is designed to detect gunfire while avoiding audio surveillance, a key privacy issue for schools, campuses, municipalities and other monitored spaces. - The system is built for outdoor use in areas where grid power and wired connectivity may be impractical. - EAGL Technology positions the product for environments that need both rapid threat response and operational security.

What happened: - EAGL Technology, Inc. announced DragonFlyER (model DYIOT), an autonomous, solar-powered outdoor gunshot detection sensor. - The product is intended for communities, campuses and critical infrastructure. - The company said DragonFlyER is available for pre-order now and is expected to ship starting in 2027. - EAGL Technology said more information is available at the company's website.

The details: - DragonFlyER uses two independent detection methods: ballistic energy capture and AI-powered waveform analysis. - The system is designed to confirm gunshots only when both methods agree, which is intended to reduce false alerts from fireworks, vehicle backfires and similar events. - DragonFlyER never records, stores or transmits audio. - The sensor analyzes ballistic energy and waveform data instead of conversations or other ambient sound. - Confirmed events are sent through encrypted LTE-M IoT connectivity to the EAGL System Server. - The server can trigger preprogrammed responses, including alerts, drone/UAV deployment and automated lockdown procedures, in about 4 to 8 seconds. - Each sensor can cover up to about 35 acres. - Triangulation can localize gunfire within 30 feet. - The sensor is designed to run on solar power without grid electricity or wired connections. - EAGL says the expected sensor lifespan is 10 years. - The operating temperature range is minus 20°C to 60°C. - Mounting options include walls, corners and poles. - The company says the system is designed for municipalities, schools, campuses, parks, military installations and rural properties.

Between the lines: - The product reflects a push to make gunshot detection more acceptable in privacy-sensitive settings by removing audio recording from the workflow. - The combination of wide-area coverage and automated response suggests EAGL is aiming at large, distributed sites that need fast alerts without adding wired infrastructure. - Jennifer Russell, SVP at EAGL Technology, said the goal is to help organizations respond to gun violence while respecting privacy and operational security.

What's next: - DragonFlyER is expected to become available in 2027. - EAGL Technology said interested buyers can learn more through its website and pre-order channel. - The company is likely to use the launch to expand adoption of its broader EAGL System for automated gunshot response.

The bottom line: - DragonFlyER pairs gunshot detection with privacy protection, solar power and automated response in a single outdoor sensor aimed at high-risk public and protected spaces.