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Detect Radiological and Nuclear MaterialsDetection Systems -
Airport and Seaport SecurityHomeland Security -
Mobile Radiation DetectionMobile Radiation Monitoring System
Swiss Expertise for Your Security
Trafficking and Theft of Rad/Nuc Materials
- More than 2 million radioactive sources in circulation today
- 2,300,000 metric tons of spent nuclear fuel produced per year
- 2,889 trafficking incidents reported to IAEA
- Since 1986, only 40% of lost and stolen sources have been recovered
To prevent radioactive and nuclear material from threatening our health, environment and business, reliable monitoring and detection of radioactive and nuclear material is critical.
Featured Market: Airport and Seaport Security
The challenges for Homeland Security are real and increasing. To ensure radiological and nuclear material is not illicitly trafficked, infrastructure to monitor ports and borders is now a necessity.
Points of Entries such as seaports or airports are equipped with screening devices such as portal monitors or mobile devices to screen cargo and pedestrians.
Arktis' screening devices deliver optimal coverage and seamless integration into existing infrastructure while requiring minimal training to operators.
Arktis «Airborne» FPG Radiation Detection Drone
The Arktis FPG radiation detecting drone can map an area of 100’000 m2 in a single flight of 20 minutes. The system is about 50 x more sensitive than typical drone-based detectors.
UAV-based radiation detection
Arktis FPG technology offers the highest sensitivity-per-weight ratio of any gamma radiation detector, ideally suited for drone-based application. This enables the capability to rapidly search large areas for concealed radiological threats and nuclear materials.
Detection Systems & Detectors
Arktis’ product portfolio consists of next-generation neutron and gamma detection systems that enhance the performance of radiological/nuclear screening infrastructure in a smart and efficient way.
The need for trained personnel is reduced because the systems use isotope categorization algorithms to distinguish dangerous radioactive sources from benign ones.
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