Shooter Detection Response - The Objective
Shooter Detection Response - The main objective of the solution is to stop or deter an active shooter, at the time he normally does the most damage, after the first shot is fired and before first responders arrive.
The second objective is to alert everyone who should know, there is an active shooter in the facility, where he is, what they should do, to inform and reduce confusion.
The third objective is to give onsite security the information they need to respond, images from inside the facility, images of the shooter, images of the weapon, images of the victims and potential victims. To deliver information that will useful to them in deciding whether or how they are going engage the active shooter.
The Final objective is to give first responders the information they need to respond, images from inside the facility, images of the shooter, images of the weapon, images of the victims and potential victims. To deliver information that will useful to them in deciding whether or how they are going engage the active shooter.
Shooter Detection Response
Shooter Detection Response are semi autonomous and turnkey security solutions, designed and customized to a specific need, scenario, issue or group of issues. Shooter Detection Response comes complete with UAV, smart sensors, payloads, hardware, mission planning, a tactical application, data fusion, a mission auditing tool, communications, maintenance, personnel, operators and pilots.
Shooter Detection Response alerts the authorities, onsite security, employees and drone pilots of a gunshot within seconds of an incident.
The solution includes multirotor UAV for the perimeter, crash resistant drones in buildings and a pilot who will receive and respond to alerts or incidents. The drones carry a non-lethal counter measure (pepper spray or a dazzler), a camera payload and pilots are experts at flying indoors fast in confined spaces.
Shooter Detection Response -Turnkey Solutions
The gunshot alert is sent in seconds along with the location of the shooter and the pilot immediately launches the drone to engage the shooter. The shooter will have to deal with drone, as our goal is to incapacitate the shooter by blinding him.
The assailant will have to engage the drone reducing his concentration on shooting students and faculty, minimizing overall injuries and the loss of life.
The drone will carry a camera that will capture video of the shooter, the drone engagement and images of the incident in real-time. The solution also includes smart sensors that provide data like facial recognition, license plate as well as video.
The drone system is agnostic and can be integrated into existing gunshot detection systems.
Shooter Detection Response -The solution starts with a state-of-the-art indoor shooter detection sensor that ensures maximum protection from an active shooter threat.
The sensor identifies and tracks precise gunshot locations in 3.6 seconds and our solution has the ability to initiate a drone response in real time.
The gunshot sensor distinguishes a gunshot by two distinct audio signatures produced by a gunshot: the muzzle blast and bullet shockwave. Shooter Detection Response listens for these signatures, to determine if a gunshot has occurred.
Shooter Detection Response Infrared - Senses the muzzle flash of a gunshot caused by the combustion of gunpowder mixing with the ambient air.
The system Utilizes patented machine learning analysis to compare sounds detected against thousands of gunshot samples, stored on every detector.
Faster Response Time
Shooter Detection Response automates the emergency process to significantly reduce response time by an average of 5 minutes and remove human error.
Upon activation, Shooter Detection Response makes an automatic call is made to 911 via our E911 certified telecommunications platform and simultaneously connects to building security representatives to share real-time incident information with first responders. Threat alerts are issued by call, SMS and push messaging to building security representatives.
The gunshot sensor delivers instant response technology removes human error and the bystander effect, allowing authorities to respond to threats faster and more accurately.
This allows us to send a message to our drone pilot, who will take control of the drone housed onsite at the monitored location and initiate a response using non lethal countermeasures. This solution will cause the assailant to have to engage the drone reducing his concentration on victims or it will be able to incapacitate the shooter and minimize overall injuries and the lost of life.
I/O Ports and Connectors
The system is manufacturer agnostic, allowing you the flexibility to integrate with almost any security system currently installed.
The system, in standalone form, delivers all the critical functionality you need to detect gunshots, notify law enforcement and provide operational intelligence on an unfolding situation. However, by integrating other security mechanisms with Shooter Detection Response, you can build a powerful and reliable response and recovery system. Shooter Detection Response can integrate with a wide variety of security products, including:
- Access Control
- Video management systems
- Situational awareness
- Drone Response & Engagement
- Physical security information management (PSIM) software
- Mass notification
IoT-based safety and monitoring Solutions for securing vulnerable and hazardous zones, large and small. The smart sensor solutions combine IoT technology with the rich selection of sensors and alert mechanisms available today to create an intelligent and completely scalable safety and monitoring solution.
The high-tech detection and early warning system is safer, less expensive, and more productive than a human or physical barrier, and provides mission-critical feedback to people in the area and any personnel that need to be notified.
- Video cameras
- Motion sensors
- Facial and gender recognition
- License plate recognition
- Multigas detectors, toxic and/or slightly toxic
- LIDAR - trip wire/distance measuring
- Air quality: ozone, particulate matter, carbon monoxide, sulfur dioxide, and nitrous oxide
- Temperature + variances in
- UAV Integration
No real-time audio transmitted, guaranteeing your privacy.
All detection and machine learning analysis is conducted at the detector head, with no real-time audio data sent across the network. This is crucial to maintain privacy.
The bandwidth used by each shooter detector is minimal - 9 kb/s. As a result, the network is physically incapable of sending real-time audio, which mitigates a significant privacy concern.
The system operates on an IEEE 802.11 certified wireless protocol, boosted by our own proprietary network layer. Our stack is designed with security as its primary focus, and all communications are transmitted with AES 256-bit bank grade encryption.
Epiphany Physical Security are completely turnkey surveillance operations and each solution is designed to fill the needs of particular project. Once an assessment is completed we develop the solution, install, implement, operate, support, maintain and staff the project. We also train all personnel employed by the client that are part of the project team.