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More about Dimos
DimensionalOS DimOS is an agent-native operating system for generalist robotics that lets you build rich physical-world applications entirely in Python, without relying on ROS. With a single installation, you can target humanoids, quadrupeds, drones, and robotic arms while keeping one consistent development workflow.
The framework connects large language model agents directly to real hardware, enabling natural-language "vibecoding" of behaviors and tasks. Agents run as native modules that subscribe to embedded data streams, from lidar and camera perception to spatial memory, control loops, and motor drivers. This makes it possible to prototype advanced autonomy without wrestling with fragmented middleware stacks.
Key capabilities include:
- Navigation & Mapping: SLAM, dynamic obstacle avoidance, route planning, and autonomous exploration via DimOS-native pipelines or ROS interoperability.
- Perception: Detectors, 3D projections, vision-language models, and audio processing wired into your agent graph.
- Spatial Memory: Spatio-temporal RAG, dynamic memory, object localization, and permanence for more grounded robotic reasoning.
- Hardware Coverage: Out-of-the-box support for Unitree Go2, B1, G1, XArm, AgileX platforms, MAVLink drones, DJI Mavic, and force-torque sensors.
With interactive installation scripts, uv-based Python environments, and ready-made runfiles for simulation and replay, DimOS streamlines everything from first robot connection to multi-agent orchestration. Whether you are exploring humanoid manipulation, quadruped navigation, or drone autonomy, DimOS provides a unified, extensible framework for building next-generation robotic systems.
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Related Tasks
- How to build a Python-based operating system for autonomous robots without using ROS
- How to connect language model agents to physical robots for real-time control and decision making
- How to implement spatial memory and perception systems across multiple robot types including humanoids, quadrupeds, robotic arms, and drones
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