Robotics Intelligence & Embodied AI
Intelligence for the physical world.
We’re building robotics software that makes it easier to create, program, and simulate intelligent machines. Start with a virtual robot or explore the engineering behind its behavior.
Robotics for Everyone.
Run the navigation test.
Educational simulationStart the virtual rover and watch it respond to a barrier.
Ready at the start of the route.
Software that brings robotics together.
Robot development connects programs, sensing, and control. Our engineering build brings these pieces together so developers can inspect a virtual run and replay it under the same conditions.
Follow the engineering workflowSimulated barrier response
- Detect the barrier
- Stop
- Take a detour
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Research priorities
Embodied AI Research
We’re investigating how robots use sensor readings to choose actions. Controlled hardware trials are planned.
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In development
Broxme Core
Studio’s internal project models and runtime connect robot programs to simulation and replay.
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In development
Robotics SDK
Developer interfaces for extending robotics workflows are in development. Public API and hardware support will be documented after validation.
From your first robot to deeper engineering.
Build a virtual robot, program it with visual blocks, and test it in simulation. The engineering build also explores supported Python and C++ workflows, virtual electronics, and replay.
Explore Broxme Studio
One discipline. Different environments.
Explore how perception, navigation, and control are used in homes, farms, and factories.
Consumer Robotics
Navigate changing spaces, avoid obstacles, and complete everyday tasks.
Explore consumer robotics
Agricultural Robotics
Perceive crops in variable field conditions and act with precision.
Explore agricultural robotics
Industrial Robotics
Move and place parts with repeatable motion in structured environments.
Explore industrial roboticsNotes on building robots.
Read practical guides on control, simulation, and the software behind robot behavior.
Robotics BasicsGetting Started with Robotics: A Practical Beginner’s Guide
Learn how robots sense, decide, and move. Then design a first experiment with a virtual wheeled robot.
Read the article
Robot SimulationRobot Simulation Explained: Why It Matters
See what a simulator models, design a repeatable test, and learn where virtual results need physical validation.
Read the article
ProgrammingFrom Visual Programming to Real Robot Control
Translate a block-based decision into readable Python and identify the checks that belong between code and motors.
Read the article