Alternatives to Trim

Causal world model for real-time, interactive simulation with state-of-the-art physics accuracy.

General-purpose robot foundation models for heavy-duty industrial automation in logistics, automotive, and manufacturing.

General-purpose AI foundation models that control any robot, any task.

A foundation model for physical intelligence, controlling robots and industrial machinery.

Omni-bodied robot brain that learns skills from human video for any robot, any task

License proven L4 autonomous driving technology for all roads and rides.

Mapless embodied AI driving software for any vehicle, anywhere.

Open-source autonomous driving simulator for research and development.

Production-grade LiDAR SLAM framework for robotics and surveying – free for research, ROS 2-native.

Open-source quadruped robot kits for building, coding, and learning with programmable robot dogs and cats

Tactile capture hardware that records touch-aware demonstrations for dexterous robot training.

Real-world egocentric video and robot data for embodied AI training

AI observability and reliability for cyber-physical systems with continual learning

Open-source Unreal Engine plugin for synthetic data generation and computer vision research.

Open-source benchmark for long-horizon, language-conditioned robot manipulation research.

Open-source V2V cooperative perception benchmark and fusion pipeline for autonomous driving research

Open-source Python SDK for training and deploying physical AI on robots.

Raw radar data, real or synthetic, for end-to-end autonomous driving.

Flexible robotic infrastructure that turns benchtop labs into programmable, AI-ready environments.

Open-source BSD-licensed C++ toolkit for SLAM, perception, and robotics research.

Real-world multimodal human data for embodied AI training.

Autonomous robot skill training and verification platform

Open source dev kit for AI-native robotics with leader-follower teleoperation.

Modular humanoid robot platform for embodied AI builders