Real-Time Radioactive Material Tracking & Alert System
Monitor the location of radioactive material trucks 24/7 via GPS and satellite networks.
Send automated notifications in the event of an accident or deviation from authorized routes.
Verify drivers' compliance with pre-approved transit routes and record any deviations.
Log safe baseline levels and trigger instant warnings for dangerous spikes exceeding safety limits.
Maintain comprehensive logs of all trips and readings for reference, auditing, and analytics.
The system's main processor. Supports custom programming, communicates with satellites for coordinates, and connects to the internet efficiently via SIM card with low power usage.
Measures radiation levels in real time and relays data to the central unit. Detects nuclear radiation with high accuracy across multiple bands.
Determines the precise geographical location of the vehicle using satellite constellations and sends it alongside radiation data.
Provides cellular internet access via local 4G LTE networks. Ensures continuous data telemetry to the cloud server.
The system operates with ultra-high energy efficiency. Engineered for non-stop performance with backup power solutions to ensure continuous uptime.
Receives, processes, and displays data on an interactive live dashboard. Sends hazard notifications and integrates easily with external systems.
Primary research and academic partner — providing infrastructure, deep tech expertise, and innovation incubation.
Lead regulatory authority for direct field testing, compliance, and deployment.
Tracking hazardous transit operations across the Saudi highway infrastructure networks.
Monitoring and logging the logistics of radiological and toxic waste streams.
Engineering the core architecture and lab-testing detector sensor metrics.
Device installation and launching operational pilot programs.
Interconnecting Ministry of Transport and MWAN hubs to the live platform.
Achieving 100% deployment across all target institutions.