Modular AI and control software for robots, drones and autonomous platforms. We build the intelligence; the hardware comes from manufacturers and partners.
From humanoid robots and mobile manipulators to cargo drones and autonomous inspection.
Humanoid robotics
Our software layer is designed to run on manufacturer hardware, not on a machine of our own.
Modular perception, navigation and control software for robot platforms.
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Task logic and manipulation for humanoid platforms, developed simulation-first.
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Autonomy for cargo drones, aerial platforms and autonomous ground transport.
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From simulation to controlled testing on a partner’s hardware.
ExploreAreas of work
The same perception, navigation and safety modules return across our software for robots, humanoid robots and autonomous drones.
Modular AI and control software for humanoid, mobile and industrial robotic platforms.
We develop the control architecture for humanoid robots, mobile manipulation, care and service robots and industrial applications. Perception, mapping, navigation, manipulation and safety form one coherent stack, validated in simulation first.
Go to Robotics
AI and control software for autonomous drones, cargo platforms, logistics and autonomous mobility systems.
A research direction covering software for aerial systems, cargo platforms, autonomous logistics and port and container environments. We are building concepts and architecture; there are no commercial products today.
Go to Drones & Mobility
AI agents and business software running today
Our most mature division. AI agents that answer calls, handle customer questions, schedule appointments and automate administration — multilingual, sector-specific and in production with Belgian companies.
Go to AI SolutionsSoftware layer
One modular stack. Which modules a system uses depends on the platform and the task.
Recognising objects, obstacles and the working area from camera, depth and LiDAR data.
Pose estimation and mapping, with a consistent picture of the environment.
Turning an instruction into an executable sequence of steps.
Path planning and motion within the platform’s own movement limits.
Working across multiple units and alongside the operator.
A separate layer that can allow, slow or stop requested motion.
From simulation to deployment
The more it learns, the more it becomes yours.
BELTH is developing household autonomy designed to learn the home, its routines and its preferences through experience — so the same foundation becomes increasingly specific to the people it works for.
Explore Learning & PersonalizationR&D and validation
Every step is validated virtually before it ever runs on hardware.
Modular structure, from perception through to safety layers.
Under developmentBehaviour, navigation and manipulation tested in ROS 2 and Gazebo.
Simulation validatedPerception, mapping and path planning refined on simulated scenarios.
Under developmentOur stack running on a manufacturer’s platform.
Target capabilityControlled tests in a real environment, under human supervision.
Target capabilityRoll-out together with the partner, once validation allows it.
Target capabilityBELTH develops software, architecture and product concepts, and works with hardware partners on integration and physical validation.
Collaboration
BELTH brings the software. For the platform, the terrain and the scale-up, we are looking for partners.
View partnershipsWe are looking for
Collaboration models
Are you a manufacturer, integrator, research partner or investor? Let us look at where our software and your platform reinforce each other.
