ACTIVE SHOOTER TECHNOLOGY
CHALLENGE
Providing outdoor or remote area protection using a Gunshot Detection System (GDS) when supporting insfrastructure (power or local network) is NOT available in the deployment area.
SOLUTION SUMMARY
We offer the ONLY outdoor wireless IoT sensor in today’s GDS market that is designed exclusively to meet this challenge.
AUDIENCE FOCUS
Ideal Customers: All businesses and markets having outdoor security or coverage need.
Key Influencers: Facility and Security Managers, Architects, Security Engineers, Planners and Construction Developers.
CUSTOMER PAIN POINTS
- Power, connectivity, and integration restrictions
- Complex and costly installation and maintenance
- Cybersecurity risks and vulnerability
- Lack of scalability
BOTTOM LINE BENEFITS
- Provide reliable area protection using IoT functionality without external or connectivity restrictions
- Reduce installation and maintenance costs using self-contained, wireless design
- Reduce cybersecurity risks using several encryption methods
- Promote scalability for changing projection needs
OUTDOOR IoT SENSOR
Strategic Features
Rapid Intelligent Communication
Uses on-board hardware and firmware designed to perform threat detection with analysis, and wirelessly transmits encrypted threat information using cellular technology. This functionality is proven to be both accurate and relatable but more importantly, RAPID.
Deployment Flexibility
The Outdoor IoT Sensor can be mounted to various various surfaces using a variety of mounts specifically designed to match each application. When this attribute is combined with the wireless device aspect, deployment restrictions are drastically minimized.
Automatic and Autonomous Operation
The outdoor sensor is designed to work within the holistic system. Each sensor is self-sufficient and capable of independently reporting threat events and performing supervisory functions such as monitoring device health and tamper conditions.
Frequently Asked Questions
- How much detection area can the Outdoor IoT Sensor Cover?
Unobstructed spherical detection coverage area can be as large as ~70, 685 FT2. Two sensors could potentially protect a geographic area equivalent to a regulation-size football field with sensor coverage overlap. - How secure is the transmitted information?
The transmitted information is encrypted using various security technologies and protocols. - How is each sensor deployed?
Each sensor can be mounted to various substrates using a variety of mounts specifically designed to match each application. - Where did the technology originate and what else can it support?
The technology originated with the Department of Energy. This has been advanced and has improved the technology adapting it for multiple other applications for both indoor and outdoor use, flood, traffic accident, and even body-worn applications.