About
GoMyRobot is a space technology company building the engineering, flight, interface, autonomy and mission technologies required for space systems to work together, operate autonomously and remain serviceable throughout their lifecycle.
Why we exist
Space systems are more heterogeneous than ever: different agencies, builders, standards and generations of hardware that still have to work together in orbit. GoMyRobot builds the missing layer that connects the engineering model to the actual interoperable, autonomous and operational space system.
Standards aware, never standards blind
We are not out to replace ESA, ECSS, CCSDS, NASA, JAXA or established industry standards. We turn those standards, interfaces and engineering requirements into usable implementations, adapters, validation tools and deployable systems. We participate in standards development when appropriate. We are not a standards body, and we say that plainly.
ServiceReady, one proof instead of five promises
Instead of five open-ended platform roadmaps, our first milestone is a single integrated demonstration on reference hardware. Each platform contributes one working proof on a 12-18 month horizon:
- EngineeringOne traceable chain: requirement, interface, verification result.
- InterfaceA working compatibility engine on two real interface specifications from the ESA servicing taxonomy.
- FlightOne BSP and driver stack running the reference hardware compute element.
- AutonomyOne perception to control loop demonstrated on the reference robotic system.
- MissionOpsTelemetry and commanding to operate the demonstration end to end.
That produces a measurable milestone, not a slide deck.
Reference dossiers
The platform is built to interoperate with the programs and reference architectures already running in European space. The public sources we work from:
- ESA / ESTECSpacecraft Servicing Interfaces taskforce results (Clean Space Days 2026). The public reference behind the Interface & ServiceReady specificity.
- ESA FLPPIn-Space Transportation: ESA Space Transportation for Business. The operational context the approach and docking products plug into.
- ESA ESSRAdvanced Data Handling Architecture (ADHA). Reference architecture the compute and comms data handling follows.
- ESA / Clean SpaceSpace Safety and the 2040 target for safe and sustainable space. Program context behind the servicing and active debris removal lines.
How we develop
Foundation
Engineering, Interface, Flight and Reference Robotics. Build the base.
Intelligence & Operations
Autonomy and MissionOps. Connect intelligence with operations.
ServiceReady
The integrated proof on reference hardware, with RPO and docking. A real servicing workflow, demonstrated.
Servicing Infrastructure
Servicing, refilling and fleet. From demonstration to space service infrastructure.
Logistics & ISAM
Multi-vehicle, reusable and service-oriented space infrastructure.
Orbital Infrastructure
Become an infrastructure technology supplier, and eventually an operator.
Alongside your existing tools
Your existing tools remain the system of record for requirements, systems engineering, calculations, PLM and enterprise lifecycle management. GoMyRobot adds the layer that connects that engineering model to the operational system: interfaces, flight technology, autonomy, verification evidence and mission operations.