TELEMETRY
ALIGNING HUMAN
INTENT WITH
ROBOT ACTION
We believe a future where anyone can work with autonomous
systems through natural conversation is fundamentally
more powerful than one where only engineers can.
We believe a future where only the hot work is left to autonomous systems through robust collaboration that is inherently transparent for dynamic and open environments.
read moreSEE THE SYSTEM
MAKING
AUTONOMY
HUMAN-CENTRIC
ANSA is a complete autonomous intelligence platform designed to
enable robots and drones to understand human intent, navigate complex
environments, and execute missions with minimal human intervention.
Spaceborn is a complete autonomous intelligence platform designed to enable robots and drones to understand context, navigate complex environments, and seamlessly interact with teams of human operators.
Explore ANSAEXPLORE ORCA
BUILDING THE
SYSTEMS
OF
AUTONOMY
Spaceborn develops flight controllers, autonomous intelligence
platforms, and next-generation robotic systems designed to power the
future of autonomous flight, ground mobility, and intelligent machines.
Spaceborn develops flight software, autonomous intelligence platforms, and next generation robotic systems designed to pave the future of autonomous flight, space industry, and intelligent machines.
book your systemSEE THE SYSTEM
PUTTING HUMANS
AT THE CENTER
OF AUTONOMY
Spaceborn was founded on the belief that robots should adapt to humans, not the
other way around. We are building the intelligence layer that enables autonomous
systems to understand human intent and act with confidence in the real world.
Spaceborn was founded on the belief that robots should adapt to humans, not the
other way around. We are building the intelligence layer that enables autonomous
systems to understand context and act with confidence in the real world.
ANSA-SITL KERNEL SIMULATOR
The digital heartbeat of ANSA. Every decision, every control loop, and every autonomous action begins here before reaching the real world.
ENTER THE COREANSA DIGITAL TWIN SIMULATOR
Build it once. Fly it a thousand times. A living digital replica where systems are tested, broken, and perfected before a single component is manufactured.
EXPLORE THE DIGITAL TWINFAULT & FAILURE SCENARIO SIMULATOR
Failure isn't avoided. It's engineered for. Push autonomous systems through catastrophic scenarios and prove they can survive when everything goes wrong.
TEST THE LIMITSGPS-DENIED NAVIGATION SIMULATOR
When satellites disappear, autonomy takes over. Train intelligent systems to navigate confidently through urban canyons, tunnels, and contested environments.
ENTER DENIED TERRITORYSWARM & FLEET SIMULATOR
One vehicle is impressive. One hundred moving as a single intelligence changes everything. Validate coordinated autonomy at fleet scale.
COMMAND THE SWARMLiDAR & DEPTH PERCEPTION SIMULATOR
Teach machines to see the world in three dimensions. Generate massive volumes of spatial intelligence for mapping, navigation, and next-generation perception systems.
EXPLORE MACHINE PERCEPTIONKHONSU SPACE SIMULATOR
Built for the environments where human control becomes impossible. Validate autonomous systems across orbital operations, lunar missions, and the future of deep-space exploration.
EXPLORE BEYOND EARTHTELEMETRY ANOMALY SIMULATOR
The difference between a mission and a failure is knowing what happens next. Train AI systems to identify anomalies before they become critical events.
PREDICT THE UNEXPECTEDHAL PORTABILITY EMULATOR
One intelligence. Infinite hardware. Certify autonomous systems across platforms without rewriting the software that powers them.
VALIDATE COMPATIBILITYSCROLL TO EXPLORE →