Evaluate lunar missions before execution
Our first mission toward building lunar infrastructure is pre-mission evaluation using a lunar digital twin. We plan three offerings for construction companies, space startups, space agencies and research institutions: mission evaluation, rover provision, and licensing.
01
Pre-mission evaluation
We are developing a service to evaluate customer vehicles and task plans in a lunar digital twin. Using our in-house particle dynamics and rendering research, we aim to examine terrain, driving and task conditions alongside light, shadows and visual perception, then use hardware comparisons to identify planning risks.
- Who it is for
- Construction companies exploring lunar operations; space companies developing rovers, landers and payloads; space agencies and research institutions.
- Deliverables
- An evaluation report covering traversability, task duration, power needs and risks, plus agreed comparisons of lighting conditions, perception results, hardware differences and prediction ranges.
- Planned pricing model
- A project-based evaluation fee.
- Planned rollout
- Development, calibration and pilot evaluations are planned for 2027, with commercialization targeted from 2028.
02
Rover provision
We aim to design, build and provide rovers for ground experiments and space missions, fitting task-specific instruments to a common chassis. Owning both the hardware and the simulator lets experimental results feed back into model improvements.
- Who it is for
- Companies and institutions testing instruments, and mission operators planning exploration or data collection.
- Deliverables
- A rover configured for the task, instrument integration, and use in ground experiments or missions.
- Planned pricing model
- Instrument integration and experiment fees, plus mission participation fees.
- Planned rollout
- Planned from 2028. Conditions and timing for space-mission use will be discussed individually.
03
Digital twin and data licensing
We plan ongoing access to a digital twin and data calibrated against measurements. Our research into particle and lighting simulation aims to support a Sim2Real environment for training perception and control and evaluating transfer to hardware, connecting mission evaluation with autonomous-operation development.
- Who it is for
- Companies and research institutions conducting repeated mission evaluation or developing autonomous control and reinforcement learning.
- Deliverables
- Access to the calibrated digital twin and data, with model updates as new measurements accumulate.
- Planned pricing model
- Annual license and data usage fees.
- Planned rollout
- Planned from 2029, with future space-mission measurements also intended to inform model updates.
Connecting particles, light and hardware through in-house research
01
Doctoral research and hardware calibration
Our Particle Dynamics Engine builds on our CEO's doctoral research results. Calibration with our own rovers and further research aim to improve the fidelity of particle–vehicle interaction.
02
In-house rendering research
We are developing an in-house engine for lunar lighting, including reflection and spectral characteristics captured by physical cameras, to support perception, localization and Sim2Real evaluation.
03
Thousands of rovers for RL and model-based validation
Our Dynamics Engine supports reinforcement learning (RL) with thousands of virtual rovers and model-based behavior validation. Comparing behavior across simulated conditions and connecting it with validation and calibration on our own hardware is a key strength of our Sim2Real approach.
04
In-house hardware and software expertise
Our expertise spans mechanisms, thermal design, electronics, embedded systems and sensing through simulation, perception and control, giving us the potential to develop every system element in house. Nine generations of rover development inform hardware integration, testing and improvement.
Discuss mission evaluation and joint development
We welcome construction companies planning lunar operations, space companies developing rovers, landers and payloads, and space agencies and research institutions. We are also exploring applications in terrestrial autonomous construction and disaster response.