UAV DRONE

UAV-BASED RADIOLOGICAL MONITORING & GAMMA IMAGING

Combining advanced drone technology with high-resolution gamma imaging, SYSCADE delivers a powerful solution for radiological monitoring in hazardous environments. Designed for CBRN emergency response, the system enables rapid radiation mapping, precise hotspot localization and radioisotope identification, while minimizing personnel exposure.

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KEY BENEFITS

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Enhanced Personnel Safety

Remote inspection of hazardous environments, supporting the ALARA principle.

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Advanced Gamma Imaging

Precise localization and identification of radioactive sources using CZT technology.

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Real-Time Radiation Monitoring

Live transmission of radiological measurements and imaging data to the ground station.

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Automated Surveying & Mapping

Autonomous or manual flight missions with georeferenced radiation mapping.

HOW IT WORKS

Phase 1: Surveying

Automated or manual flights over large areas to record dose rates, detect anomalies and identify potential radioactive hotspots.

Phase 2: Inspection

Targeted inspection near suspected sources, combining gamma imaging and CZT spectrometry for precise localization and radioisotope identification.

IN-HOUSE SOFTWARE SOLUTIONS

Beyond advanced hardware, SYSCADE develops its own software solutions to ensure seamless integration between drone operations, real-time radiation monitoring and post-flight data analysis.

SyscApp: Real-Time Monitoring & Flight Control

SyscApp combines drone flight control with real-time radiological monitoring. Its intuitive interface provides live dose rate and count rate measurements, radioisotope identification, gamma imaging and configurable visual and audible alarms, enabling operators to monitor and manage missions efficiently.

SysMap: Post-Flight Radiation Mapping & Analysis

SysMap transforms collected flight data into interactive radiological maps. By combining GPS coordinates with radiation measurements, it reconstructs drone trajectories, visualizes radiation levels and helps identify radioactive hotspots for further analysis.