Robots that think and act on their own.
Space missions are becoming too numerous, too distant, and too complex for every decision to pass through ground control.
More spacecraft, longer distances, faster operations. Latency and staffing become mission constraints.
Designed to connect to sensors, actuators, and existing flight or robot software — and to plan, replan, monitor, and react at the edge.
Autonomous navigation, local decisions, fault handling, and recovery without waiting for a command loop.
Autonomous inspection and close-range navigation around client spacecraft.
Compact robotic assistants for monitoring and routine tasks inside space infrastructure.
Rovers and field robots that navigate, avoid hazards, and adapt in lunar analogue environments.
Four cofounders with years of work in AI-driven autonomy for space systems — spanning robotics, space engineering, law, and finance.
MD & CEO
CTO
CSO
GC & CFO
spacenautilus.com
We are building partnerships across space resources, robotics, and mission operations to move autonomy from research into deployment.
Autonomy modules for spacecraft, rovers, orbital servicing, and robotic infrastructure. Early partners shape the requirements.
Edge decision-making, fault handling, and task replanning for field robots operating beyond reliable supervision.
NaubotiX is a selected participant of the ESRIC Start-up Support Programme #6, run by the European Space Resources Innovation Centre in Luxembourg.
NaubotiX joined ESRIC's start-up support cohort focused on space resources and robotics technologies.
MilestoneThe company is being established in Luxembourg, within Europe's growing space ecosystem.
CompanyOne reusable autonomy module for orbital, station, and surface robotics.
R&DFor partnerships, demonstrations, investment conversations, or mission use cases, reach out and we will connect directly.
[email protected]