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Infrastructure Security

Critical Infrastructures like utilities, industrial operations, and transportation hubs require protection from various threats like fire, chemical accidents and deliberate release. We enable protection of these assets using connected sensors, systems, and artificial intelligence to detect and manage such threats.

Multi-Hazard Detection​

Multimodal sensor fusion technology can detects a wide array of threats and anamolies
from fire and smoke to chemical attacks.

Decision Support Tools

We provide complete decision support tools for data visualization, alerts and support management. We also provide API based access to our data for integration into 3rd party systems.

Protection of Critical Assets, Venues, and Soft Targets​

Our solution can be deployed both indoors and outdoors, providing protection of assets like electric and gas transmission and distribution infrastructure.Our N5SHIELD™ solution is perfect for use in many public venues such as transportation hubs.

Future-Proof Technology​

Our software-defined threat detection capability allows for easy upgrade as threats evolve.

N5 Sensors’ advanced wireless sensor network equips communities, farms, cities, utility companies, and local government and fire departments with early detection and 24/7 alerting system. Our real-time early warning system (less than 5 minutes from ignition) empowers first responders to respond to wildfires faster, and keep their communities safe.

What are the Current Gaps?

Current chemical threat detection technologies and solutions are often limited in detection capabilities, and present operational and operational and maintenance challenges. ​

N5 Sensors’ advanced wireless sensor network equips communities, farms, cities, utility companies, and local government and fire departments with early detection and 24/7 alerting system. Our real-time early warning system (less than 5 minutes from ignition) empowers first responders to respond to wildfires faster, and keep their communities safe.
1

Operational Challenges

Most chemical threat detection systems are bulky, power-hungry and require specialized training to operate.
2

Maintenance Challenges

Current systems often require frequent maintenance, consumables, repair and upgrades.
3

Emerging Threat Detection Challenges

The chemical threat landscape is always evolving. Fielded technologies have difficulty in evolving and addressing threats of tomorrow.

How Does The Solution Work?

Networked Sensors

Connected sensor nodes monitor an area or infrastructure continuously to detect anomalies utilizing a multitude of sensing modalities.

Data and Analytics

Data from networked sensors are transferred to our cloud using secured communication channels. Different AI models (engines) residing in the cloud are continuously looking for signatures of anomalies.​

Data Access and Decision Support Tools

We provide easy-to-use data access and decision support tools where network and sensor data can be visualized and analyzed for real-time actionable information and intelligence​.

wildfire detection, forest monitoring, IoT sensors, environmental sensors, LoRaWAN, ultra-early detection, climate tech, forest health monitoring, big data analytics, cloud platform, environmental protection, disaster response, green technology.

Technology Behind it

Networked Sensors​

Individual sensor nodes installed in a region form a network, where individual nodes use a multitude of sensor modalities to analyze the environment. Each sensor node measures numerous distinct parameters such as chemical signatures, particulates and aerosols, thermal signatures, and many other parameters to give a complete picture of the environment.

Multi-Modal Sensor Suite​

Sensors nodes are designed to address different detection needs including fire, smoke, chemicals, and explosion.. Such a multimodal sensor suite is necessary for protection of critical infrastructures, venues, assets and installations from a multitude of threats – natural or man-made.

AI Models for Anomaly Detection​

Our detection capabilities are augmented by AI engines developed for different use cases. Some of the use cases are detection of fire, smoke, chemical release, explosion and compromised or unhealthy environments.

Data Access and Integration​

We provide a fully integrated, flexible data and decision management system. Our data can be securely integrated into any 3rd party systems for greater flexibility.
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Applications

  • Ignition Detection​
  • Urban Fires​
  • Infrastructure Fires​
  • Smoke Detection​
  • Chemical Incidents​
  • Compromised Air​
  • Chemical Spill​s
  • Protection of Industrial Operations​

Features

  • 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
Protection of Urban Areas​

Ensuring the safety of cities requires technology adept at identifying diverse threats without compromising privacy. Our solution, easily mounted on existing infrastructure, provides versatile detection capabilities without any privacy concerns.

Protection of Military and Industrial Assets

Securing military bases, facilities, and industrial plants from malicious intent is paramount. Our solution ensures round-the-clock, area-wide monitoring, safeguarding against both accidental mishaps and intentional attacks, offering comprehensive protection.

Protection of Transportation Hubs and Venues​

In complex transportation hubs like subways, our SPH™ sensor excels. Proven reliable in urban settings, it detects chemicals, fire, smoke, and various threats, ensuring safety in challenging environments.