Advancing defence through spatial intelligence

Mission

We build the foundational spatial intelligence technology that defines the next generation of autonomous systems

As systems operate in increasingly complex and contested environments, the ability to perceive, reason, and act in three dimensions becomes the defining capability.

Defence

SE3’s spatial autonomy enables any machine to function as a teammate. It bridges the gap between human intent and mission execution.

Real-time 3D reconstruction of the operational environment, and the spatial understanding to orchestrate every system within it. Operators query, command, and control through natural language: one person, many machines, zero friction.

Navigate

Reliable navigation in GNSS-denied environments

Our systems navigate precisely and continuously in contested environments, maintaining full operational capability regardless of signal availability. As environmental understanding continuously evolves, the system adjusts its path dynamically, without interruption or human intervention.

Perceive

Spatial understanding of the battlefield

Spatial intelligence transforms raw visual data into a continuously evolving understanding of the battlefield. The system perceives, interprets, and reasons across terrain, elevation, and points of interest in real time, feeding a Common Operational Picture that understands the environment rather than simply displaying it.

Effect

Autonomous target localisation

Targets are detected and positioned in three-dimensional space with sub-meter precision. Based on that spatial understanding, flight paths across the entire swarm are optimised in real time, converging on the designated area with precision and speed.

Command

Swarm orchestration through
natural language

A single operator directs multiple autonomous systems across domains through natural language, with complex multi-agent coordination handled entirely beneath the surface. Commands are interpreted spatially, translated into precise, distributed behaviour across systems.

News

Press coverage and
updates from SE3 Labs

Careers

Join our mission to advance
spatial intelligence

Contact

Get in touch to schedule a demonstration or learn how spatial AI can support your operations.

SE3 Labs

Spatial understanding
for autonomous systems

Address

Ungererstraße 175
80805 München
Germany

SE3 Labs GmbH, HRB 289526, Amtsgericht München. Geschäftsführer: Simon Klenk, Lukas Köstler

SE3 Labs GmbH, HRB 289526, Amtsgericht München. Geschäftsführer: Simon Klenk, Lukas Köstler

© 2026, SE3 Labs