Muotech provides a non‑invasive muon tomography platform that uses cosmic‑ray muons to generate high‑resolution three‑dimensional density maps of dense structures. The system combines modular detector arrays, real‑time reconstruction software, and cloud‑based analytics to detect voids, anomalies, and material degradation without opening the asset, and integrates via APIs with existing asset‑management and safety‑compliance systems.
Funding
Funding not disclosed
Founders
Product
Problem
Assessing the internal condition of large or shielded structures—such as pipelines, bridges, storage facilities, nuclear waste containers, or cultural artifacts—requires invasive access or bulky, radiation-based scanners, which are costly, time‑consuming, and often impractical for remote or high‑security environments. This limits timely detection of voids, density anomalies, and material degradation that can lead to safety incidents or costly downtime.
Solution
Muotech delivers a non‑invasive muon tomography platform that leverages naturally occurring cosmic‑ray muons to generate high‑resolution three‑dimensional images of dense objects. Specialized muon detectors capture scattering data, which is processed by proprietary reconstruction algorithms to reveal internal density variations and defects without opening or exposing the target. The system includes a desktop‑grade software suite with a graphical user interface for data acquisition, real‑time visualization, and automated report generation. Cloud‑based analytics pipelines apply statistical filtering and machine‑learning models to enhance image fidelity and flag anomalies. Integration APIs enable seamless export of results to existing asset‑management or safety‑compliance systems. Expert consulting services support deployment, calibration, and interpretation across diverse industry use cases.
Target Audience
Primary customers include infrastructure operators (e.g., pipeline, bridge, and dam owners), defense and security agencies responsible for container inspection, nuclear waste management facilities, aerospace organizations conducting material analysis, and cultural‑heritage institutions seeking non‑destructive examination of artifacts.
Features
- Modular muon detector arrays (including CMOS Cosmic Ray Detector) optimized for field deployment and scalable to objects ranging from a few centimeters to several meters
- Real‑time tomographic reconstruction engine delivering voxel resolutions down to 5 mm with quantitative density mapping
- Muon Imaging Simulation Tool (MIST) for scenario planning, detector layout optimization, and performance forecasting
- Automated data pipeline with noise reduction, outlier rejection, and AI‑enhanced edge detection to improve defect visibility
- Web‑based dashboard offering interactive 3D visualizations, time‑series trend analysis, and customizable alert thresholds
- Secure data handling with end‑to‑end encryption, role‑based access control, and compliance with ISO 27001 standards
- RESTful API and FHIR‑compatible endpoints for integration with enterprise asset‑management, SCADA, and EHS platforms
- Professional services package covering site survey, system installation, operator training, and ongoing technical support