Advanced Software At All Project Stages
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Deployment Planning
Why it matters – Accurate deployment planning is the foundation of meaningful muon imaging. By using our planning software, you reduce guesswork, minimize costly repositioning, and maximize the scientific value of every campaign.
Deploy with Precision – Every successful muon imaging project begins with careful planning—and our Deployment Planning Software gives full command over this critical first phase. Whether you’re imaging an underground tunnel, an urban infrastructure asset, or a geological formation, our tools allow you to model, simulate, and optimize your detector configuration long before you step on site.
Before physical setup begins, our planning tools use advanced 3D modeling capabilities to help teams visualize and prepare for the imaging campaign.
- Import and integrate 3D models from CAD, BIM, or geological datasets to accurately represent the site environment
- Create virtual detector layouts within the model to test placement options and coverage scenarios
- Simulate muon trajectories in 3D to predict data density, optimize angles, and minimize shadowing effects
- Define restricted zones and real-world constraints such as access paths, obstacles, or safety buffers
The software allows users to explore “what-if” scenarios in an immersive 3D space, making complex deployment decisions faster and more precise.
Detector Control
Operating a muon detector system requires precise configuration and continuous monitoring. We provide dedicated control apps—available for desktop, tablet, and mobile—that allow users to manage every aspect of the detector array. These applications enable:
- Startup and Shutdown of detector modules, remotely if necessary
- Real-time health monitoring, including temperature, humidity, and power status
- Data capture configuration, such as trigger settings, sampling rates, and event thresholds
- Firmware updates and diagnostic logging
- Live data previews to ensure proper detector alignment and function during deployment
The apps are designed for ease of use in the field, with offline capabilities and a user-friendly interface optimized for rugged environments. Secure communication protocols ensure safe operation even in remote or high-risk locations.
From Acquisition to Results
Data Acquisition and Preprocessing
Muon imaging begins with the collection of data from muon detectors placed strategically around or within a target structure, such as a tunnel, volcano, or archaeological site. Our software continuously monitors and records muon trajectories, timestamping each event and filtering out background noise. Advanced algorithms correct for detector alignment, environmental variations, and timing inconsistencies to ensure clean, usable datasets.
Particle Tracking and Trajectory Reconstruction
Using refined statistical models and reconstruction algorithms, the software traces the paths of individual muons through the detector array. By comparing the observed trajectories to expected paths in free space, the system identifies deviations caused by dense materials and voids. This is a critical step in building accurate images of hidden structures.
Tomographic Imaging and Density Mapping
Once trajectories are reconstructed, the software aggregates the data to produce 2D and/or 3D density maps of the scanned region. These maps reveal variations in material density—identifying anomalies such as cavities, reinforcements, or geological features. Our tomographic reconstruction engine is built on scalable, high-performance computing frameworks, enabling efficient processing even for large datasets.
Analysis Tools
We provide visualizations of the data for decision-makers, exploring the imaging results interactively. Users can manipulate 3D models, apply filters to highlight areas of interest, and export findings for further analysis or reporting. The visualization tools are compatible with common geospatial formats and integrate seamlessly with GIS and CAD platforms.
Customization and Integration
Our muon imaging software is modular and extensible, designed to integrate with other sensing technologies and adapt to specific project needs. Whether you’re conducting a site feasibility study, monitoring infrastructure, or investigating subsurface anomalies, our software provides a flexible foundation for advanced imaging applications.