Autonomous Reconnaissance & 3D Analytics for Security & Rescue
We combine advanced unmanned systems (LiDAR drones), real-time point cloud processing, and AI algorithms supporting critical missions and rescue operations.
Operational Applications
Military & WOT
Military & WOT: Rapid 3D printing of enemy trench systems, breach points, and defilade assessment.
Our system processes LiDAR data into high-resolution point clouds, enabling instant physical 3D terrain model generation, line-of-sight (LOS) analysis, and assault route optimization.
State Fire Service (PSP)
State Fire Service (PSP): Printing physical 3D models of collapsed structures during Urban SAR operations.
In structural collapse and earthquake scenarios, we provide real-time 3D spatial mapping under rubble, allowing tactical commanders to safely chart rescue corridors.
Border Guard
Border Guard: Subterranean tunnel detection & perimeter anomaly scanning.
Autonomous unmanned systems execute continuous border zone scanning, instantly pinpointing terrain micro-anomalies, unauthorized breach points, and clandestine tunnels.
3D Data Pipeline Architecture
Direct scan processing in GPS-denied environments without cloud dependency
01 / Data Acquisition
Autonomous UAV flight equipped with LiDAR sensor payload and thermal sensors.
02 / Edge AI Processing
Onboard 3D point cloud generation and noise filtering in real time.
03 / Analytics & 3D Print
Spatial model export to commander UI and immediate tactical physical terrain printing.
R&D Background & Operational Credibility
Tactical 3D Labs is a Polish deep-tech enterprise focusing on dual-use autonomous solutions for defense and emergency services. We execute research and development projects prioritizing systemic resilience and compliance with military and civil standards.
Specyfikacja Techniczna & Normy
- ✔ Systemy Klasy Dual-Use (Zastosowanie Cywilne i Wojskowe)
- ✔ Zgodność przetwarzania chmur punktów: LAS, PLY, OBJ, STL
- ✔ Pełna architektura On-Premise / Edge (Brak zależności od Chmury)
- ✔ Ochrona danych osobowych i przestrzennych zgodnie z RODO / GDPR