Model the Robot
Bring CAD, URDF, MJCF, specs, or prototype context into a usable robot profile.
Output: Simulation-ready robot profile.

Platform
The 10Things platform turns robot tasks into validated deployable capability packages: model the robot, define the task contract, test in simulation, generate deployment assets, validate on hardware, and operationalize with telemetry, OTA, rollback, and human review.
Platform overview
See how 10Things connects robot discovery, simulation, control generation, validation, and deployment operations into one platform path.
The 10Things Deployment Path
Aida uses this path to move from practical care and service workflows into validated robot behavior. The same path supports future robots, customer pilots, and platform-backed engagements.
Bring CAD, URDF, MJCF, specs, or prototype context into a usable robot profile.
Output: Simulation-ready robot profile.
Translate intended tasks into limits, assumptions, safety boundaries, data expectations, and human handoff rules.
Output: Capability contract.
Test behaviors and failure modes before field support and hardware risk compound.
Output: Simulation evidence pack.
Create baseline robot-ready code paths, control logic, telemetry, and integration scaffolding.
Output: Deployment asset package.
Move from simulation to robot with safety gates, test runs, rollback plans, and operator review.
Output: Hardware validation checklist.
Package the system for pilots, fleet rollout, monitoring, OTA, rollback, and continuous improvement.
Output: Operational deployment workflow.
Translate design and deployment intent into explicit robot capabilities, constraints, assumptions, evidence requirements, and safety boundaries.
Preserve the chain from robot model to simulation evidence, generated code, hardware validation, deployment gates, telemetry, rollback, and governance decisions.
Architecture underneath
Ingest robot files, specs, and prototype context; prepare robot models, simulation assets, and capability contracts.
Support behavior authoring, imitation/teleoperation loops, and simulation-based training before hardware risk compounds.
Generate, review, test, and validate baseline control, perception, navigation, telemetry, and manipulation integration paths.
Model how humans, operators, and robots interact across tasks, environments, handoffs, and review loops.
Package validated robot stacks for hardware deployment, policy checks, telemetry, OTA updates, rollback, and fleet rollout.
Provide operational visibility for users, robot state, platform health, governance, evidence history, and change review.