Smart & Predictive Air Quality Suite

Secure Critical Infrastructure with our integrated solution


Protecting critical infrastructure is essential. Our product offers a comprehensive solution for critical infrastructure protection, combining real-time monitoring, predictive analytics, and scenario-based validation. Make data-driven decisions and take proactive steps to safeguard your infrastructure.

Real-Time Infrastructure Monitoring for Continuous Oversight

Keep a constant watch on your infrastructure with our real-time monitoring system. Get insights into various aspects of your infrastructure, detect anomalies, and respond quickly. Use the data to make informed decisions and improve operations.

Indoor Air Quality Management through HAVAC

Maintain the health and safety of people and equipment by managing indoor air quality. Our HAVAC tool monitors airflow inside rooms, through windows, doors, and HVAC systems. It predicts the movement and deposition of contaminants, helping you take timely actions to ensure a safe indoor environment.

Defend Against CBRN / TICs Crises

Defend your infrastructure against Chemical, Biological, Radiological, Nuclear (CBRN) agents and Toxic Industrial Chemicals (TICs) effectively. Our BREEZE tool uses advanced dispersion modeling to predict how agents spread, considering buildings and urban structures. Stay informed with real-time threat assessment and minimize damage.

Toxicological Assessment & Prediction with MORTAL

MORTAL, our toxicological assessment tool, analyzes the toxic effects of chemical agents on humans. It provides information on potential impacts and severity levels. Use predictive analysis to make decisions that ensure the safety of individuals in your facility.

Scenario-Based Design and Validation for Preparedness

Use scenario-based design and validation to ready your infrastructure for different events. Our tool allows you to simulate various threat scenarios, understand potential risks, and analyze responses. Develop a comprehensive understanding of threats and create strategic responses.

Tag & Trace: Track Resources Effectively

Our Tag & Trace software suite is designed for accurate tracking of entities, equipment, and first responders. Through Bluetooth Low Energy (BLE) wearable tags and access points, and smart inventory management, keep track of your resources efficiently.

Equip Your Critical Infrastructure with Reliable Protection

Ensure the protection and efficiency of your critical infrastructure with our integrated solution, which combines real-time monitoring, indoor air quality management, CBRN / TICs crisis management, toxicological assessment, and scenario-based design and validation.




Example Use Case

A nuclear power plant located near a busy industrial area is identified as a critical infrastructure requiring an integrated solution for protection against potential hazards such as chemical spills from the neighboring industries.

  1. Real-Time Infrastructure Monitoring:

Sensors and CCTV cameras are installed throughout the power plant premises. This facilitates real-time monitoring of equipment status, human traffic, and environmental conditions. The system is configured to alert plant management if unusual activity or changes are detected.

  1. Indoor Air Quality Management:

The HAVAC tool is implemented to monitor air quality inside the control rooms, reactor halls, and other sensitive areas. The tool continually analyzes air flow, temperature, and contaminant concentration, predicting the transport of contaminants through the building. 

  1. Preparing for CBRN / TICs Crises:

Given the plant’s proximity to industrial sites, it’s essential to be prepared for Chemical, Biological, Radiological, and Nuclear (CBRN) or Toxic Industrial Chemicals (TICs) incidents. The BREEZE tool is deployed to predict how chemicals would disperse in case of a spill. 

  1. Toxicological Assessment & Prediction:

MORTAL, the toxicological assessment tool, is configured to evaluate the toxic effects of possible chemical agents that might be released in an incident. It predicts how the plant staff might be affected and provides recommendations for minimizing exposure.

  1. Scenario-Based Design and Validation:

Several threat scenarios, including chemical spills, sabotage, and natural disasters, are simulated using a scenario-driven design and validation tool. These simulations help in understanding potential threats and validating the plant’s existing emergency response plans.

  1. Tag & Trace for Resource Tracking:

Plant personnel, equipment, and vehicles are equipped with Bluetooth Low Energy (BLE) tags. Deployable BLE access points are installed throughout the plant for real-time tracking. The Tag & Trace system monitors the location and status of tagged entities, enabling efficient resource allocation during incidents.

Incident Response:

One day, the monitoring system detects a hazardous chemical spill from a nearby factory, which is carried by the wind towards the power plant.

  1. The BREEZE tool predicts the dispersion of the chemical cloud and identifies that it will enter the power plant area.
  2. HAVAC indicates that the control room will likely be contaminated.
  3. MORTAL evaluates the toxicity of the chemical and predicts potential health impacts on the staff.
  4. The plant management activates an emergency response plan based on the scenario simulations.
  5. Using the Tag & Trace system, the management reassigns personnel to safer locations and deploys necessary equipment for containment.
  6. The plant continues to operate safely with minimum disruption and zero injuries, as the situation is contained efficiently using data-driven insights.

This use case illustrates how the integrated Critical Infrastructure Protection solution can effectively safeguard a nuclear power plant from potential hazards, ensuring uninterrupted operation and safety of personnel and equipment.

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