Capture reality.
Ingest synchronized multimodal data from human demonstrations, robot sensors, and real-world operations.
ROBOT PORTAL / OPEN PLATFORM
Build your own
custom robot.
One platform to configure your robot, train it with real-world data, and deploy intelligence into the physical world. Explore the library or bring your own machine to Telemety.
THE WORKFLOW
Collect. Train. Deploy.
A connected development loop for physical AI: capture the right data, develop robot skills, then validate and deploy them to real machines.
Build capability.
Organize datasets, train and evaluate policies, and iterate on robot behaviors in simulation and real environments.
Operate smarter.
Package validated policies for supported robots, monitor deployments, and improve performance through continuous feedback.
ROBOT BUILD ENGINE / PREVIEW ONLY
Build your own robot.
The Robot Build Engine is in private preview. It is demonstrated live to pilot and licence customers, and opened to partners on request. The main features are below; the configurator itself is not public yet.
Pick the form factor.
Wheeled humanoid, Aeronoid, quadruped or rover as a starting point, with mobility chosen separately: dual or four wheels, articulated legs, tracks or jet propulsion.
Choose the hands and tools.
Multidexterous hands, adaptive grippers or a modular tool changer, each with its own retargeting profile from the Smart glove stream.
Set the senses and the brain.
The omnimodal stack, vision and depth, LiDAR and IMU or your own sensors, on NVIDIA Jetson, an onboard GPU or an edge server.
Wire it to the loop.
ROS 2 with the Telemety Bridge by default, plain ROS 2, or a custom integration, so captured episodes and trained policies reach the machine without a format conversion.
See it before you build it.
A live 3D twin updates with every choice: orbit it, check reach and footprint, and review the configuration as a spec sheet.
Export and retarget.
The configuration exports as JSON and hands straight to the Retargeting Engine and the H2R Platform, so the robot you designed is the robot you train.
Preview access is granted per account and demonstrated live. The engine is a concept and configuration tool: it does not yet generate CAD, verify hardware compatibility or deploy to a physical robot, and engineering and safety validation remain required.
ROBOT LIBRARY
Start with a platform.
Explore robot categories and use the portal as a starting point for your own custom configuration.
Wheeled mobility / humanoid form
Wheeled Humanoids
Human-scale reach and manipulation on a stable, efficient powered wheel base.
Aerial robotics / jet propulsion
Telemety Aeronoid
A jet-pack-equipped robotic platform concept for aerial mobility, assisted flight, and dynamic maneuvering.
Four-legged mobility
Quadrupeds
Dynamic locomotion, inspection, navigation, and operation across varied terrain.
Wheeled autonomy
Rovers
Autonomous navigation, mobile sensing, delivery, and industrial field operations.
End-effectors / modular tools
Multidexterous Hands
Multi-finger manipulation with interchangeable grippers, tactile modules, tools, and task-specific attachments.
Illustrative platform categories. Specific robot models, supported integrations, and available training and deployment features are confirmed per platform when you submit it.
FOR ROBOT MAKERS
Bring your robot. Leave with a better one.
Submit a platform to Telemety and it is trained, evaluated and hardened on real human ground truth from New York streets, then returned ready for real-world deployment and kept improving by every fleet that runs it.
Your kinematics, our motion.
We build a retargeting profile from your URDF or MJCF, so recorded human episodes map onto your joints, limits and balance rather than a generic reference body.
Skills from real work.
Locomotion, manipulation and navigation trained on people doing the job on the street, with the gaze, force and body kinematics that produced each action.
Measured against reality.
Candidate policies are replayed against recorded episodes before they reach a sidewalk, so you see where the machine diverges from what the person did.
Safe on day one.
The Robotic Confidence Score, an enforced safety envelope, a killswitch that works without the network and human override at every tier ship with the platform.
Every run makes it better.
Deployments feed the episodic memory factor graph: one machine’s correction becomes every machine’s memory, and near-misses become guardrails.
Listed in the library.
Your platform appears in the Telemety robot library with its retargeting profile, so developers and operators can train and deploy on your hardware through the H2R Platform and ROS 2.
Open to humanoids, quadrupeds, wheeled and tracked platforms, manipulators and custom builds. A submission starts with your platform’s kinematic description; we confirm the retargeting profile and what will and will not transfer before any engagement.
PARTNER WITH TELEMETY
Have a robot? Put it to work.
The Telemety Partner Program brings your hardware into one robot ecosystem: a shared library of platforms, retargeting profiles and deployment guardrails, trained on the same human ground truth and evaluated against the same real-world episodes. Submit your robot and developers and operators get a path to train, deploy and continuously improve capabilities on your hardware.
An ecosystem deploys faster than any single platform can, because the work transfers. A skill learned on one machine becomes a retargeting profile for the next; a near-miss recorded by one fleet becomes a guardrail for every fleet; the Robotic Confidence Score, the killswitch and the episodic memory arrive with the platform rather than being rebuilt for it. The result is autonomy that reaches the street sooner, carries its safety record with it, and behaves the same way on the hundredth deployment as on the first.
Submissions go to team@telemety.ai. Tell us the platform, its kinematic description and where it is deployed, and we reply with what the retargeting profile will need and when your platform can join the library.