Hardware Abstraction
A universal asset model that normalizes heterogeneous robots, drones, sensors, and arms behind a single API surface. Capability registries, adapter frameworks, device discovery. Build against Cyberwave, run on any supported hardware.
- Universal API for arms, AMRs, drones, humanoids, sensors
- Capability registries and adapter framework
- Device discovery and auto-configuration
- Swap hardware later without changing application code
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Teleoperation
The real-time human-to-machine command layer. Any authorized operator can take direct control of any robot on the platform through a universal interface that works across every supported device.
- Keyboard, gamepad, touch, joystick, leader arm input
- Sub-100ms latency with adaptive video streaming
- Session recording and playback for training data
- Safety envelopes and emergency stop built in
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Environment Modeling
Digital representation of every operating space — site topology, zones, routes, restrictions, semantic maps, and live occupancy. The foundational context layer for orchestration, safety, and multi-robot coordination.
- Site topology, zones, routes, and restrictions
- Semantic maps and live occupancy tracking
- Shared context for every robot and workflow
- Multi-site support with consistent representation
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Edge Runtime
A natively distributed runtime that closes the loop between perception, decision, and actuation on-site. Local execution when connectivity degrades. Real-time command channels and failover logic.
- Deploy skills locally on any edge hardware
- Operate through connectivity loss with local fallback
- Real-time command channels with sub-ms latency
- OTA updates with rollback and canary deployments
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Same SDK. Any hardware.
Interact with any supported robot through a consistent Python API.