QSysteme leverages quantum sensing technology to address the global challenge of safely detecting and removing landmines and unexploded ordnance (UXOs). Mines and UXOs pose persistent threats in post-conflict regions, with millions of devices buried in unpredictable and debris-laden terrains. Traditional detection methods often fall short due to their limited ability to differentiate between active devices and harmless fragments, leading to inefficiencies and heightened risks.

Core Technology QSysteme employs advanced quantum sensors to overcome these limitations. Its two primary technologies include:

1. Quantum Magnetometers: Highly sensitive devices capable of detecting even weak magnetic fields, making them effective for identifying metallic components of mines and UXOs.

   
   

2. Quantum Dielectric Sensors: These specialise in detecting plastics and non-magnetic materials by analysing subtle changes in dielectric properties, addressing the challenge of identifying plastic-cased mines.

In addition, QSysteme integrates ground-penetrating radar (GPR) and chemical spectroscopy for enhanced detection of explosive residues. This multi-sensor approach ensures a comprehensive detection capability for diverse mine designs and environmental conditions.

Intelligent Detection with Software Analytics The heart of QSysteme lies in its intelligent software suite. It uses:

• Bayesian Analysis: Dynamically updates probabilities based on real-time sensor inputs, adapting to the presence of debris, soil conditions, and environmental factors.

• Machine Learning: Recognises patterns in battlefield debris, enabling the system to prioritise anomalies that indicate intact mines or UXOs.

This intelligent framework reduces false positives and optimises detection accuracy, even in high-debris environments where conventional systems struggle.

Deployment Platforms QSysteme’s modular design allows it to be deployed across various robotic platforms:

• Tracked and Wheeled Robots: Suitable for large-scale surveys in mixed terrains, offering stability and sensor precision.

• Hybrid Aerial-Ground Robots: Ideal for quickly reaching and scanning difficult-to-access areas.

• Snake Robots and Hovercraft: Specialised for confined or sensitive terrains, including dense vegetation and swampy areas.

These platforms ensure versatility, enabling QSysteme to adapt to the specific requirements of diverse operational scenarios.

Benefits and Applications

1. Enhanced Safety: QSysteme reduces risks for de-mining personnel by improving detection reliability and reducing manual intervention.

2. Cost Efficiency: Its high-precision technology minimises time and resources spent on false positives.

3. Broad Material Detection: From metallic components to plastic casings, QSysteme offers comprehensive detection capabilities that traditional methods cannot match.

4. Adaptability: Its multi-platform compatibility and intelligent software allow it to excel in diverse terrains and conditions.

Future Potential QSysteme’s innovation extends beyond mine detection. Its underlying technology can be adapted for dual-use applications, including military reconnaissance, environmental monitoring, and infrastructure inspections. By staying at the forefront of quantum and AI advancements, QSysteme is poised to redefine safety and efficiency in mine clearance and beyond.

In summary, QSysteme offers a groundbreaking approach to mine and UXO detection, combining quantum sensing, AI-driven analytics, and versatile deployment platforms. It represents a vital step toward safer, more efficient mine clearance operations in some of the world’s most challenging environments.