MS Tech Ltd. has significantly expanded its homeland security and defense capabilities by deploying advanced explosive and narcotics detection systems across Europe and South-East Asia. The deployment comes in direct response to ongoing military conflicts in regions such as India-Pakistan, the Middle East, and Eastern Europe, which have heightened demand for sophisticated security technologies.
The company's detection systems, including EXPLOSCAN, DUOSCAN, and THREATSCAN, represent a technological leap in security screening. Utilizing High-Frequency Quartz Crystal Microbalance (HF-QCM) nanotechnology, these sensors offer superior detection capabilities while maintaining an environmentally friendly, non-radioactive approach to security screening.
Doron Shalom, CEO of MS Tech, emphasized the significance of these deployments, noting that the recurring procurements and service agreements demonstrate the reliability of their nanotechnology sensors. The systems are designed to enhance security protocols at airports, border control checkpoints, and critical infrastructure sites by providing advanced trace detection for passengers, baggage, and cargo.
The detection systems feature innovative design elements, including self-calibrating and self-cleaning capabilities, which contribute to their high sensitivity and operational availability. Unlike traditional radioactive screening technologies, MS Tech's sensors provide a safer working environment while maintaining rigorous security standards.
These technological advancements are particularly crucial in a global landscape marked by increasing geopolitical tensions. The systems can operate effectively across a wide range of environmental conditions, including extreme temperatures, dust, and humidity, making them adaptable to diverse security environments.
By replacing older, radioactive instrumentation with their patented green technology, MS Tech is not only improving security effectiveness but also addressing environmental and safety concerns associated with traditional detection methods. The deployment across 35 airports and multiple border control checkpoints represents a significant step in modernizing global security infrastructure.
The strategic expansion highlights the growing importance of advanced, non-invasive detection technologies in maintaining public safety and addressing evolving security challenges in an increasingly complex global environment.
