We develop software for mobile robots and collaborative arms. Work with our engineers on navigation, perception, simulation, and robot learning.
We build robot simulations, integrate sensors and control software, and develop navigation, perception, and imitation-learning workflows.
We develop navigation, localization, and motion planning, then connect the software to robot sensors and actuators. Our row-following project uses ROS 2, Isaac Sim, and Nav2.
See the Row-Following ProjectWe create Webots environments with robot models, sensors, and task logic. Our simulation work also includes Isaac Sim and MuJoCo for testing robot behavior and generating data.
Read About Our Webots WorkWe develop object and grasp detection from camera and depth data, process point clouds, and integrate perception with robot control. The demo shows perception used in a picking task.
See a Vision-Based Picking ExampleWe collect demonstrations through phone or VR teleoperation and train policies for manipulation tasks. The SpesVLA preview shows a real robot sorting files and screwdrivers into separate trays.
See the Tool-Sorting DemoChoose the kind of engineering support your project needs.
A defined scope and a dedicated engineering effort, from implementation to integration with your robot.
Robotics engineers working alongside your developers and hardware specialists on your existing stack.
Focused support on architecture, simulation strategy, or a specific perception and control challenge.
Integration for collaborative arms, wheeled mobile robots, and robots that combine a mobile base with an arm.
Robot arm, gripper, and camera integration for teleoperation and data collection. Our work includes UFACTORY Lite6 and Piper setups.
Navigation, localization, and obstacle avoidance for skid-steer, mecanum, and Ackermann platforms, including ROS 2 integration.
Software that coordinates a mobile base and robot arm for tasks that require both driving and object handling.
Work directly with engineers in robotics software, simulation, perception, and control.
CEO & Robotics Software Engineer
Robotics software engineer. Formerly at Cyberbotics (Webots) and CERN. EPFL alumnus.
Computer Vision Engineer
Specialist in computer vision and deep learning. Former researcher at TU Wien.
Robotics Engineer
Control systems and mechatronics engineer specializing in robust adaptive control.
Need help with robot software, simulation, or integration?
Get in Touch →Alongside client projects, we’re developing Teleop Pro for robot operation and demonstration collection, and Webots Academy for browser-based robotics classes.
Robot Teleoperation and Demonstration Recording.
The commercial extension of our open-source Teleop library. Operate robot arms through WebXR, record LeRobot datasets, and explore SpesVLA manipulation research.
Explore Teleop Pro
A Robotics Lab in Your Browser.
Read the theory, write a controller, and run a Webots simulation in one browser tab. Educators build classes from ready-made lessons, invite students, and review their submissions.
Explore Webots AcademyRobot demonstrations, Webots releases, and research updates from our projects.
Meet SpesVLA, our vision-language-action research within Teleop Pro. One instruction guides a robot arm to sort files and screwdrivers into trays.
Read ArticleWebots Academy, developed with Cyberbotics, combines lesson theory, Python controller editing, and Webots simulation in the browser.
Read ArticleA Spes Robotics hackathon integrating UFACTORY xArm, SpaceMouse, Webots, and phone teleoperation with Hugging Face LeRobot.
Read ArticleA few things to know about working with our engineering team.
We develop software for mobile robots and collaborative arms. Our work includes navigation, perception, motion planning, control, simulation, system integration, and robot learning. We can help with a specific part of your stack or a complete development project.
We deliver defined projects, embed engineers in an existing team, and provide technical consulting. Start with your robot, the task, and your current development stage so we can discuss the right scope.
Yes. We can work alongside your developers and hardware specialists on an existing robotics stack. Tell us about your hardware, current software, and the integration or development work you need help with.
Yes. We build simulation environments and digital twins to develop and test robot behavior before hardware deployment. Our simulation work includes Webots, Isaac Sim, and MuJoCo.
Our primary work is robotics engineering services for clients. Alongside that work, we’re developing Teleop Pro and Webots Academy as product initiatives. Teleop Pro commercially extends our open-source Teleop library, with SpesVLA research within it. Webots Academy brings robotics teaching and learning to the browser.
Tell us about your robot, your technical challenge, and the engineering support you need.
A few details help us understand how we can work together: