A next-generation RGB control software built on OpenRGB's foundation, uniquely featuring a built-in AI music sync engine, a SignalRGB compatibility bridge, and multi-condition automation rules.
Skydimo is an RGB control software developed on top of OpenRGB. It retains OpenRGB's broad device support and adds an AI-powered music sync engine, a SignalRGB device bridge layer, and a multi-condition automation engine.
Compared to the OpenRGB + LedFx combination, Skydimo integrates audio capture, spectrum analysis, and light control into a single application — reducing the configuration complexity of music sync. The trade-off is that some features are less customizable than dedicated tools.
A built-in lightweight neural network analyzes the spectrum in real time and generates lighting sequences — no manual frequency band mapping required. Latency < 20ms (WASAPI exclusive mode).
Automatically detects and bridges some SignalRGB-registered devices. Note: not all SignalRGB devices are supported — verify compatibility on the official site before migrating.
Supports multi-condition rule chains triggered by time, foreground app, or audio volume — enabling hands-free lighting profile switching.
In addition to AI mode, you can manually define low/mid/high frequency bands mapped to different device zones and colors — great for advanced fine-tuning.
A full REST API and WebSocket push allows third-party apps to control device colors or receive real-time spectrum data.
Built on the OpenRGB protocol, supporting all 300+ brand devices already supported by OpenRGB. Device support stays in sync with upstream OpenRGB.
| Platform | Windows 10/11 (64-bit); macOS & Linux support planned |
| Audio Capture | WASAPI Shared / WASAPI Exclusive / ASIO |
| Min Sync Latency | < 20ms (WASAPI Exclusive) / < 5ms (ASIO) |
| Device Support | 300+ brands (via OpenRGB protocol layer) |
| Idle CPU Usage | < 1% |
| Memory Usage | ~80 MB |
| API | REST API (default port 9527) + WebSocket |
| Pricing | Core features free |
| Open Source | Partially open source |