Software-Defined Robotics Platform
Cyberwave is an open platform for defining, simulating, and deploying autonomous robotic systems through code. The platform provides a unified abstraction layer over heterogeneous hardware, enabling developers to write hardware-agnostic robot control software.
The platform enables recomposable automation architectures where robotic capabilities are dynamically allocated, tested in simulation, and deployed to physical systems with minimal integration overhead.
| SDKs | |||
|---|---|---|---|
| Title | Description | Stars | Forks |
| cyberwave-python | The official Python SDK for Cyberwave. Create, control, and simulate robotics with ease. Simple Python imports connect to our universal robot catalog for instant automation. |
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| EDGEs | |||
| Title | Description | Stars | Forks |
| cyberwave-edge-python | Simple, open-source edge software to integrate sensors (like cameras) and USB robots (like the SO-100) to Cyberwave, written in Python. Enables edge AI inference and local robot control with cloud synchronization. |
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- Brand Assets and Badges - Logos, theme-aware README markup, and Shields.io usage
- Platform Overview - Platform architecture and technical specifications
- Digital Twin Engine - Simulation engine and physics models
- Edge AI Inference - Edge runtime and distributed inference
- Fleet Orchestration - Multi-agent coordination protocols
- API Reference - REST and WebSocket API documentation
- Asset Catalog - Pre-configured robot and sensor definitions
Website • Documentation • GitHub
© 2025 Cyberwave S.p.a.