Capabilities and Limitations
Why should you build an Asimov 1?
What You Can Do with Asimov?
1. Train and Deploy Locomotion Policies
Asimov is an open platform for developing and deploying full-body locomotion policies.
It can support movements such as walking, dancing, dynamic balancing, recovery behaviors, and other complex motions—including acrobatic behaviors—provided the movement is within the robot’s physical limits and a suitable policy has been trained.
You are not limited to a fixed motion library. The platform is designed for researchers and developers to train, test, refine, and deploy their own locomotion policies directly on the robot.
2. Teleoperate the Robot Remotely
Asimov can be operated remotely through the open-source firmware and software stack provided with the robot.
Its onboard camera, microphone array, and speaker support remote vision, audio monitoring, and two-way communication. This makes the platform suitable for teleoperation research, remote inspection, data collection, and human-in-the-loop control.
3. Repair and Maintain It Easily
Asimov is designed to be serviceable rather than disposable.
Components that are likely to wear out or become damaged use commonly available, off-the-shelf parts wherever possible. Builders can identify failed components, order replacements from standard suppliers, and repair individual modules without replacing the entire robot.
4. Modify It for Different Applications
Asimov is fully open source and designed to be adapted.
Standardized mounting and fixture points allow builders to add sensors, tools, end effectors, protective structures, compute modules, or application-specific hardware. Mechanical designs, electronics, firmware, and software can all be modified to suit different research or deployment needs.
5. Collect Real-World Robot Data
Asimov can be used to collect synchronized data from joint states, motor feedback, IMU, camera, microphones, and other connected sensors.
This data can support imitation learning, reinforcement learning, locomotion research, perception development, teleoperation datasets, and evaluation of embodied AI systems.
6. Integrate with External Systems
The robot can connect with external software platforms, data pipelines, AI models, and operator interfaces.
Developers can build integrations for monitoring, task execution, remote control, data recording, fleet management, or custom research workflows.
7. Test the Complete Robotics Stack
Asimov provides access to the full path from mechanical design to physical motion.
Builders can work directly with mechanical structures, electronics, embedded control, safety systems, networking, perception, locomotion policies, and higher-level software on a single platform.
What are the Limitations with current design?
- Hands and grippers are not included. Builders must design, source, or integrate their own end effectors.
- Advanced Locomotion policies are not provided. We will provide a basic walking policy that can self-balance with Asimov 1. However, for more complex movements (e.g dancing, jumping, ...), users are responsible for training, validating, and deploying their own locomotion policies.
- Asimov is not a turnkey product. Assembly, commissioning, calibration, and troubleshooting require robotics and engineering experience or at least required to follow the manual very closely to prevent accidents or mishaps.
- Repairs are user responsibility (for now). There is no dedicated repair network (yet), so builders are expected to diagnose faults and replace components themselves.
- Performance depends on implementation. Reliability, motion quality, and capabilities will vary based on assembly quality, calibration, software, and trained policies.
- Application-specific hardware is not included. Additional sensors, compute, tools, protective structures, or fixtures may be required for particular use cases.
Asimov should be evaluated as an open humanoid development platform rather than a finished consumer product. Its value lies in giving builders full control over how the robot is assembled, repaired, modified, and programmed.
Who Is Asimov 1 For?
Asimov 1 is for engineers, researchers, enthusiasts, manufacturers and founders who want to:
- train and deploy their own locomotion policies
- understand the complete humanoid hardware and software stack
- collect real-world robot data for control, teleoperation, and embodied AI research
- modify the robot with custom sensors, end effectors, compute, and application-specific hardware
- maintain and repair the platform using accessible, replaceable components
- become the next generation of manufacturers for modern robots.
- contribute to and build on an open robots ecosystem
It is not intended for users looking for a polished consumer robot. Asimov requires hands-on assembly, calibration, integration, troubleshooting, and user-managed maintenance.
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