A new way to see through dense matter.
Every day, high-energy particles generated in Earth’s atmosphere reach the surface. Among them are muons — particles that can travel through substantial amounts of matter. When these particles pass through an object, their behaviour carries information about the material they have travelled through. Muotech detectors measure these particles, and by combining measurements with computational reconstruction, we can infer information about the internal density and structure of the inspected volume. This principle is known as muon imaging or muography.
Muotech detectors record particles passing through or interacting with the target environment.
Physics-based algorithms combine measurements to estimate the internal structure and density distribution.
Results are translated into visualisations, measurements and reports that can support engineering and operational decisions.
Muotech is a deep-tech company developing advanced sensing and imaging technologies for difficult inspection problems. We combine particle physics, detector engineering, computational imaging and artificial intelligence to reveal structures and changes that are difficult to access using conventional methods.
We are most interested in inspection problems that cannot be solved easily with a standard camera, scanner or sensor. The asset may be too large. The material may be too dense. The structure may be underground. The object may be sealed. The site may be protected. Or opening the asset may simply be too disruptive or expensive. These are the situations where we believe Muotech can create the most value.
Muotech was built around a simple idea: some of the most valuable information about an asset is hidden from direct view. We combine scientific rigour with an industrial mindset.
We build our technology on established physical principles and quantitative analysis.
A solution has to work outside the laboratory. We design around real deployment conditions.
Difficult inspection problems often require expertise from multiple disciplines. We work with customers, researchers and industrial partners to solve them.
Our scientific foundation comes from particle physics and detector technology. We apply that knowledge to real-world problems in energy, infrastructure, underground environments, security and heritage. Today, our work extends across the full technology chain — from detector development and simulation to field deployment, reconstruction, analysis and reporting.
Professor at Jagiellonian University in Kraków
Our team combines expertise in particle physics, detector engineering, computational imaging, data science, software and industrial deployment.
Our team can assess the geometry, materials, environment and measurement requirements and determine whether particle-based imaging could provide useful information.
We offer software-enabled muon-imaging solutions, including simulation, data processing, 3D reconstruction, visualisation and analytical tools, as part of our commercial inspection and monitoring services.