The AARM Data Library
Validated science. Proven field performance. Quantified return.
Explore the global evidence behind AARM, from peer-reviewed research to real-world case studies and ROI examples across every sector.
One Proven Core. Infinite Fields of Use.
Every document, dataset, and report in this library traces back to the same foundation, the AARM core system. Built on dual-spectrometry gamma sensing, LiDAR-corrected altitude, and real-time analytics, this platform delivers reliable, regulator-ready data in any environment.
Safety
- Eliminates the need for humans to enter hazardous or contaminated areas using autonomous air and ground systems.
- Achieved 100% removal of on-foot access in the Sellafield Marshland study while maintaining high-precision data capture.
- Reduces confined-space and rope-access tasks by over 70% in refinery and decommissioning operations.
Accuracy
- Dual-channel spectrometry (CZT + CsI) with LiDAR-corrected positioning delivers lab-grade field precision.
- Sellafield validation showed <1% variance from ground-truth data.
- Each flight records altitude, temperature, and spectral data with ≤2% energy resolution at 662 keV for regulator-ready accuracy.
Compliance
- Operates within recognised radiation-mapping frameworks aligned with IAEA guidance.
- Featured in IAEA technical meetings and training materials (2024) on UAV radiation mapping and quality assurance.
- Provides full digital traceability and audit logs in line with ISO 9001 quality-management principles.
Speed
- Captures actionable radiation and environmental data in minutes, not days.
- Maps up to 175 acres per hour.
- Completes surveys 71% faster than manual methods.
- Transmits data in real time for instant remote decision-making.
Cost Efficiency
- Automates surveys, replacing slow and labour-intensive manual work.
- Delivers 40–70% reductions in total survey costs across projects.
- Lifecycle models show multi-million-pound savings over five years through faster turnaround, fewer personnel, and lower insurance overheads.
Insight
- Converts complex radiation data into 3D geospatial intelligence compatible with GIS and digital-twin platforms.
- Enables teams to visualise contamination, infrastructure, and terrain together for faster planning, remediation, and ESG reporting.
- Supports predictive maintenance and long-term environmental stewardship using the same datasets.