The Intelligence Layer for Autonomous Drones
NavDome™ enables drones to navigate complex environments while building spatial intelligence that improves with every flight.
HISTORY
NavDome emerged from real-world drone operations. Years of deploying drones in complex environments revealed a fundamental limitation: every flight rebuilt the world from scratch. NavDome was created to give autonomous drones persistent spatial memory.
FOCUS
Building the intelligence layer for autonomous drone navigation—enabling drones to operate reliably in complex environments while laying the foundation for large-scale autonomous aerial systems.
APPROACH
Turning drone flights into persistent spatial intelligence—capturing spatial data during missions, enriching it with operational knowledge, and enabling future flights to navigate using continuously improving maps.
VISION
A shared intelligence layer that enables autonomous drone fleets to operate safely and reliably at global scale.
Navigation with Memory
NavDome™ is being designed as an autonomy infrastructure layer that turns drone flight data into reusable spatial and operational knowledge. Instead of treating each mission as an isolated event, NavDome™ is built around the idea that every flight should improve the next.
Over time, this creates a continuously improving system of maps, environmental understanding, and mission-aware intelligence that can support more reliable autonomy across drone platforms and real-world operations.
Persistent Spatial Memory
Designed to capture and retain spatial knowledge from real-world missions so future flights can build on prior experience.
Compounding Operational Intelligence
Mission data can be enriched with environmental, semantic, and operational context to improve how autonomous systems navigate over time.
Platform Integration
Built with the goal of integrating across drone platforms, enabling NavDome™ to serve as an intelligence layer within broader autonomous systems.
Navigation that learns from every mission
NavDome™ is centered on a simple idea: autonomous drones should not start from zero every time they fly. Each mission should contribute to a growing intelligence layer that improves future navigation, decision-making, and operational performance.
Capture
Drone missions generate spatial data about the world—creating the foundation for persistent environmental memory.
Enrich
That data can be structured, refined, and expanded with operational and semantic context to create more intelligent maps.
Reuse
Future missions can draw from that accumulated intelligence, enabling more precise, efficient, and scalable autonomy over time.
The Backbone of Autonomous Aerial Intelligence
NavDome™ is being built as a foundation for a future in which autonomous drones continuously learn from every mission, building the shared spatial intelligence needed for safe, reliable, and scalable aerial autonomy.