Space & Defense R&D
R&D for space and defense systems.
We carry out R&D on space, defense and radar systems. We test new solutions in physics-based simulation and improve them based on measured results.
01Focus areas
Which areas do we work in?
We concentrate our R&D on space, defense and radar systems. We carry our expertise in robot design and physics testing into the demanding conditions of these fields.
Space systems
We research in detail the motion and autonomous behavior of mechanical systems operating in the space environment.
Defense technologies
We develop dual-use autonomous system technologies for harsh terrain and mission conditions, and test them in simulation.
Radar systems
We develop radar sensing, signal processing and tracking methods and measure their performance across different scenarios in simulation.
02Development
What we develop
Our work spans how a system senses its surroundings, makes decisions and moves. We measure each of these in simulation before moving to hardware.
- SPACE
Kinematic and dynamic modeling
We model the motion of mechanical systems in the space environment with high precision.
- DEFENSE
Autonomy and mission planning
We develop the decision-making and route-planning behavior of autonomous systems.
- RADAR
Radar signal processing
We develop methods that process radar data and turn it into meaningful measurements.
- SPACE
Orbit and attitude control
We study the orbital motion and attitude control of spacecraft in simulation.
- DEFENSE
Sensor fusion
We combine data from different sensors to build a more reliable picture of the surroundings.
- RADAR
Detection and tracking
We develop methods that detect objects from radar data and follow their movement.
03Process
How we work
We run every R&D project from start to finish in the same order. We decide when to build hardware based on the results we measure in simulation.
- 01
Research
We define the problem, goals and constraints clearly, review existing approaches, then research and select the methods best suited to the conditions of the work.
- 02
Modeling
We model the system and its environment using MuJoCo and Python, then tune the parameters so the physics-based model reflects real behavior accurately.
- 03
Measurement in simulation
We try the system's behavior in simulation across different scenarios and conditions, then measure and compare the results we obtain and report them in detail.
- 04
Development
We improve the method and the model step by step based on the measurements, then prepare the validated solution that meets the goals for the hardware stage.
04FAQ
Frequently asked questions
Are you a direct military contractor?
No. We work as a provider of dual-use civilian technology and R&D.
Which organizations do you work with?
We consider requests from private companies, public institutions, universities and research organizations.
How does a project start?
You send your request through the form. We set the scope together and price the work based on that scope.
Can I share classified information in my request?
No. Do not share classified or export-controlled information. Outlining the scope of the work in general terms is enough.
05Space & Defense R&D
Send your request
Outline the scope of your work in general terms and we will get back to you.
Export control notice
Our work concerns civilian and dual-use technologies. We do not accept controlled technical data subject to ITAR/EAR through this form.