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Utilizing cutting-edge sensors, data analytics, and AI to ensure the safety of individuals, communities, and critical infrastructure.
Early identification of potential dangers including: Wildfires, Smoke, Poor air quality, Chemical hazards and accidents.
Providing round-the-clock environmental insights and alerting systems designed to influence and improve response outcomes.
Smallest SWaP
Our wearable system has the industry-leading smallest SWaP (Size, Weight, and Power) and allows for unhindered operation providing the greatest protection against a multitude of threats.
Software-Defined Detection
Our AI enabled sensing technology is capable of adapting to future threats and allows for detection capability upgrades.
Military and First-Responder Use Cases
Our wearable system has the industry-leading smallest SWaP (Size, Weight, and Power) and allows for unhindered operation providing the greatest protection against a multitude of threats.
Ignition Detection
Urban Fires
Infrastructure Fires
Smoke Detection
Chemical Incidents
Compromised Air
Chemical Spills
Protection of Industrial
Operations
Cloud-Connected Sensor Network
Works in both Urban and Remote areas
Self-Powered with Solar Panel and Built-In Rechargeable Battery
Can Utilize Cellular Network, LoRa, or Satellite Connectivity
Threat Detection and Identification Capability- Fire, Smoke, Chemical
Works in Zero Visibility
Proven to Work in Challenging Sites Such as Subways and Industrial Sites
24/7 Operation
ChemBadge™ LT is a next-generation wearable gas and chemical hazard detection platform developed using N5’s patented nano-engineered chemical sensors. The chip-scale sensors are configured as an array enabling simultaneous detection of a wide variety of chemical hazards.
The extensive and expandable library covers TICs, combustible gases, CWA’s and emerging chemical threats. The system is also configurable to expand or customize functionality for specific mission scenarios using easily swappable modules.
The system has USB and Bluetooth Low Energy (BLE) communications for data transfer and integration into the Common Operating Picture.
Threats detected include Cl2, H2S, NH3, HCN, PH3, AsH3, GB, HD, Oxygen Enrichment or Deficiency and LEL. The system will detect, identify and quantify threat chemicals
Broad threat coverage
Low SWaP
Network enabled
AI powered sensor array
Detection software
Simulation/training
Long battery life
Single device; mission configurable
Wearable; UGS/UAS; covert operations
Data to Common Operating Picture; threat evolution & tracking
Improved measurement confidence
Easy expansion for new threats & scenarios
No stops during training; real-world alarming
Suitable for missions >/= 12 hours
N5SHIELD™ detects ignition within 5 mins, when the fire is only a few square meters in size.
In wildland fires, early warnings are the key to preventing catastrophic wildfires. N5SHIELD™ generates text and email alerts within minutes of detection to the appropriate stakeholders.
Using advanced alerting systems, and web based data analysis tools, we empower firefighters and emergency crews to track and monitor fire conditions, allowing them to effectively develop mitigation strategies to protect communities while keeping firefighters safe.
N5SHIELD™ utilizes network based AI, which allows the solution to scale over time reducing both capital and operational expense.
The sensors constantly gather environmental data. This can include air quality, temperature, humidity, chemical levels, and more, depending on the specific sensors in use.
In real time, the collected data is transmitted to a centralized system or cloud-based platform. This data transmission allows for remote monitoring and analysis, which is crucial for timely decision-making.
The data is then processed and analyzed using advanced algorithms and artificial intelligence (AI). These algorithms can identify patterns, anomalies, and trends in the data, allowing for the early detection of critical events.
When the system detects an abnormal condition or a potential threat, it generates alerts. These alerts are sent to designated recipients, which can include emergency response teams, first responders, city officials, or system administrators.
Headquarters
16115 Caputo Drive
Morgan Hill, CA 95037
Phone: 408.444.7115
Email: info@gasinc.ai