Save lives by detecting potential threats early and responding quickly with visual gun detection. Our AI-powered Gun Detect software provides reliable, 24-hour monitoring of security cameras. This makes it easy to deploy an early gun detection solution. Our Emergency Communications and Automation Platform shares intelligence by automatically activating emergency response plans and safety system. We help you maximize every second and protect your people from danger, no matter what the threat is, from guns to severe storms. Protect your people, facilities, and operations from any threat you face today.
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Athena Security uses advanced concealed weapons detection systems to deliver a unified, AI-driven entryway solution for hospitals, K–12 schools, casinos, places of worship, government buildings, and commercial facilities across the U.S. The Apollo 500 enables seamless walk-through screening to detect weapons in real time, giving operators more actionable data points than traditional systems for faster, more confident decisions. Athena’s AI-powered X-ray leverages iPad technology to modernize screening and improve threat detection.
Athena’s Hospital Visitor Management System integrates with EPIC to connect identity, access, and screening data. Innovations include the Ambulance Bay WDS for stretcher screening and secondary screening for bags and lower extremities to reduce human error. Designed with compliance in mind, Athena aligns with California AB 2975, which mandates weapons detection screening at key hospital entrances by 2027 to improve safety and reduce workplace violence.
DHS-aligned workflows ensure testing, controls, and compliance, while telepresence and AR alert glasses provide real-time support. All systems connect in one platform for centralized monitoring and enterprise reporting.
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Guardian Indoor Active Shooter Detection System
The use of Acoustic and Infrared validation ensures ZERO false alerts during critical moments when every second matters. By processing all gunshot data within the sensor and eliminating the need for human involvement, the likelihood of errors and subsequent delays is significantly minimized. Alerts are generated in under one second, accompanied by precise shot detection locations to facilitate prompt and informed responses. Additionally, a detailed floor plan map of the facility provides audible and visual information regarding the location of shots. Recipients receive instant notifications via SMS and email, ensuring they are promptly informed. The system can be flush mounted into wallboard or ceiling tiles, or placed in a surface mount box suitable for concrete and brick structures, with options available for color matching. Proudly manufactured in the U.S.A., the device undergoes rigorous testing and adheres to strict quality control standards. It features a built-in self-test capability, regular heartbeat messages, and instant maintenance alerts, along with a patented handheld testing device for added convenience. Furthermore, it can simulate shots and trigger integrated responses during active shooter drills. The Guardian system not only detects gunfire but also conveys this critical information in real-time through a floor plan map, complete with shot locations and multiple notification methods like text and email, ensuring that everyone is kept in the loop. This comprehensive approach enhances safety and preparedness in emergency situations.
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DragonFly IoT Active Shooter Sensors
A wireless gunshot detection sensor designed for outdoor use captures energy, analyzes waveforms, and sends the processed data to the Emergency Automatic Gunshot Detection & Lockdown (EAGL) system, which is a comprehensive Gunshot Detection System (GDS). This compact, self-sufficient, battery-powered sensor performs validation analysis to differentiate between threats and non-threats through advanced energy waveform algorithms. Housed within a resonance chamber, it can be mounted flat against walls, in corners, or on poles, ensuring optimal spherical detection coverage. The sensor wirelessly relays threat validation information to the EAGL System Server through an internal Quectel module. Once the EAGL System Server receives the sensor data, it further processes the information to initiate the necessary pre-programmed automatic and adaptive response protocols. Additionally, the sensor is capable of receiving calibration updates from the EAGL Server, utilizing the same communication protocols for seamless operation and accuracy. This dual functionality enhances both the detection and response capabilities, making the system more efficient in real-time scenarios.
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