Satellite-Powered Training for Emergency Response
Train in Your Real Site. Not a Simulation.
Satellite-generated digital twins for emergency response training — safe, measurable, and regulation-ready.
The Problem
Current Training Is Broken
Emergency responders and industrial operators face systemic gaps in how they train, measure, and document readiness.
Field Exercises Are Costly and Disruptive
Live exercises require significant resources, site shutdowns, and extensive logistical planning. Organizations conduct only a few per year — not enough to meet Seveso III requirements or build lasting readiness.
Simulations Lack Spatial Realism
Generic VR and 2D simulations use fictional maps disconnected from your actual site conditions. Training doesn't translate to real-world performance because the environment isn't realistic.
No Standardized Performance Measurement
Reporting is fragmented or narrative-only. Organizations cannot generate auditable evidence of readiness for regulators, inspectors, or insurers.
Technical Pipeline
How It Works
From satellite imagery to auditable training reports — an end-to-end service pipeline.
- 01
Data Acquisition
Satellite EO imagery (Copernicus + VHR), UAV photogrammetry, LiDAR scanning, and GNSS/Galileo HAS positioning for sub-20 cm accuracy.
- 02
Digital Twin Generation
EO processing, 3D reconstruction from UAV/LiDAR data, and integration into a single georeferenced spatial model.
- 03
XR Environment
Import into Unity/Unreal for multi-user VR/AR/MR training with customisable incident scenarios and real-time telemetry.
Key Differentiators
Why SECURe-MET Is Different
| Aspect | Current Solutions | SECURe-MET |
|---|---|---|
| Environment Realism | Fictional maps or generic VR | Real satellite data + EO integration, automatically updated |
| Positioning Accuracy | GPS (3–5 m) or no tracking | Galileo HAS (<20 cm) for precise resource tracking |
| Resilience | Limited to local networks | Hybrid SatCom fallback for continuity in outages |
| Inter-agency Integration | Fragmented systems | Shared XR platform for joint training |
Who It's For
Target Users
Three segments with urgent operational needs that existing solutions fail to meet.
Public Safety & Emergency Services
State and volunteer fire brigades, police, EMS, crisis management centres.
High-Risk Industrial Operators
Chemical plants, fuel storage, logistics hubs — Seveso III sites.
Training Institutions
Fire academies, technical universities, OSH institutes, insurance auditors.
The Team
Who We Are
QuintLabs GmbH, Berlin — software and digital product development specialising in interactive applications, data-driven platforms, and immersive experiences.
Philip Drozd
Project Lead & UX/Prototype Lead
Dr. Cezary Kowalczyk
Business & Requirements Lead
Rafal Kaźmierczak
Technical Lead — Geospatial & XR
6-Month Feasibility Study
Project Roadmap
March–September 2026. Three milestones, from kick-off to working prototype.
- March 2026
Kick-off
- June 2026
Mid-Term Review
- September 2026
Final Review
ESA Co-Funded Activity
SECURe-MET is co-funded by the European Space Agency under the Kick-Start programme. The Kick-Start activity supports feasibility studies that explore commercial applications of space technology — satellite Earth observation, positioning, and communications.
ESA contribution: €75,000 · QuintLabs co-funding: €25,000 · Duration: March–September 2026
Get in Touch
Contact
Interested in piloting SECURe-MET with your organisation? Have questions about the feasibility study or potential collaboration?
- pdrozd@quintlabs.com
- Company
- QuintLabs GmbH, Berlin