Securing critical assets

Muon tomography provides a critical capability for enhancing national security by enabling the non-invasive inspection of dense and shielded objects. By utilizing naturally occurring cosmic ray particles, this technology can penetrate materials that conventional methods struggle to analyze, such as lead-lined containers, high-density cargo, and reinforced structures.

One of its primary applications is in the detection of illicit materials, such as nuclear threats or smuggled high-Z contraband, where traditional imaging methods like X-rays often fail due to material opacity or size limitations. Muon tomography precisely maps density distributions within objects, identifying anomalies that indicate the presence of concealed items or materials. Its ability to differentiate between various densities ensures high accuracy in detecting and characterizing potential threats.

The passive nature of muon tomography eliminates the need for artificial radiation sources, making it safe for deployment in populated areas or critical infrastructure. Systems equipped with Monolithic Active Pixel Sensors (MAPS) offer superior resolution, enabling detailed imaging of even subtle density anomalies within complex cargo or structural environments.