Forget the old robotics development cycle—where every new robot type meant rewriting the entire control stack. Cyberwave’s SDK isn’t just a library; it’s the single, unified language that turns physical AI from a project into a product. With support for Python, TypeScript, and REST, you can pick a digital twin from the catalog, run the code, and see it render live—exactly like on the homepage. No more “it works in simulation but not in the real world.”
The SDK Paradox: Why “One SDK for All” Is Revolutionary
Legacy robotics SDKs force you to:
- Juggle 5+ toolchains (one for vision, one for motion, one for safety).
- Rebuild everything when adding a new robot model.
- Waste weeks on low-level hardware glue.
Cyberwave flips this with one SDK, any robot:
✅ Language coverage (Python, TypeScript, REST) for seamless team integration.
✅ Same codebase for simulation, edge, and cloud.
✅ Zero hardware dependency—your code runs exactly the same on any robot.
How the SDK Unlocks Developer Velocity
🔧 High-Level Twin Primitives (No More “What’s This Joint?”)
Create, move, rotate, and drive robots with intuitive APIs:
# Python example: Move a robot in a digital twin
twin = cyberwave.get_twin("pipeline-inspector-v2")
twin.move_to(position=(15.2, 3.7, 0.0), rotation=(0, 0, 90))
Why it matters: No more wrestling with ROS or proprietary motion controllers.
⚡ Realtime via MQTT (No Broker Glue)
Stream telemetry and receive commands without building your own message broker:
// TypeScript example: Subscribe to robot sensor data
const robotStream = cyberwave.subscribe("robot-007/sensors");
robotStream.on("thermal", (data) => {
if (data.temperature > 80) triggerSafetyAlert();
});
Why it matters: <155ms latency for safety-critical workflows—out of the box.
📹 Streaming & Media Hooks (Integrate Cameras, LiDAR, etc.)
Consistent APIs for any sensor pipeline:
# Python: Attach a drone camera feed to a workflow
drone = cyberwave.get_robot("drone-1")
drone.attach_camera("thermal", resolution="1080p")
Why it matters: No more custom camera drivers. Just plug in.
🔐 Auth & Environment Helpers (Dev/Prod Consistency)
Token-based auth and environment configuration built in:
# CLI: Switch between dev and production environments
cyberwave env set --stage prod --token "YOUR_TOKEN"
Why it matters: No more “it works on my machine” chaos.
Real Impact: Where the SDK Delivers 10x Developer Velocity
| Use Case | Legacy SDK Challenge | Cyberwave SDK Solution | Result |
|---|---|---|---|
| Pipeline Inspection | 3 months to integrate new robot model | SDK: cyberwave.robot.deploy("pipeline-robot") | 2 weeks to deploy, 100% code reuse |
| Warehouse Automation | Manual MQTT broker setup for 50+ robots | SDK: cyberwave.mqtt.subscribe("robot-fleet") | Zero broker config, 90% faster rollout |
| Aircraft Maintenance | Custom APIs for each drone model | SDK: Unified robot.attach_camera() API | 1 engineer handles all drones, 75% less code |
“We cut our robot integration time from 6 months to 3 weeks using Cyberwave’s SDK. Now, our robotics team focuses on new features, not wiring.”
— Lead Developer, Industrial Automation Firm
The Developer Experience: Built for Humans, Not Just Machines
Cyberwave’s SDK isn’t just functional—it’s delightful:
- Auto-generated clients with typed models (no manual schema parsing).
- Samples & templates for skills, analytics, and UI extensions.
- Retry logic + error handling baked into every call.
- Full docs with interactive code playgrounds at docs.cyberwave.com/sdk.
No more guessing. Just build.
Why This Changes Everything
Cyberwave’s SDK isn’t a tool—it’s the only SDK that makes physical AI feel like modern software development. It removes the friction that’s held robotics back for decades, so your team can focus on innovating, not reinventing.
👉 Get Started with the SDK
👉 Explore Code Samples
👉 See Real-World Use Cases
The future of robotics isn’t in the lab—it’s in the SDK. Build it.