u/OpenSourcesAI_

I’ve been building a side project for people running AI models locally with Ollama, and I just released it publicly.

It’s called OpenSourcesAI Command Center.

The goal is simple: give you one local dashboard where you can see what Ollama and your computer are actually doing.

It can show you:

• Your GPU, VRAM, RAM, CPU, temperature, power use, and other live stats
• Which Ollama models are installed and currently loaded
• Whether a model is running fully on your GPU or falling back to the CPU
• Which models should fit your hardware
• Controls to load or unload installed models
• Local AI chat with speed measurements for each response
• Performance benchmark results
• Local MCP tools and their status

One thing I learned while building this is that hardware detection is surprisingly messy. Different parts of Windows can even report different amounts of VRAM.

Instead of hiding those disagreements, Command Center shows them so you can see what your system is actually reporting.

Everything also stays local. The dashboard runs on 127.0.0.1 and communicates only with AI runtimes running on your own machine.

I just released v0.2.0, including the new interface shown in the screenshot.

Easy to try:

1. Open PowerShell or your terminal:
2. Paste the code:

​

npx @opensourcesai/cmdcenter serve

3. Then open the Command Center in your browser:

   http://127.0.0.1:7717

GitHub Repo:

https://github.com/endoftheline818/opensourcesai-cmdcenter

It’s free, open source, and MIT licensed.

I’d love feedback, especially from people testing it on different hardware. AMD, Intel, Apple Silicon, NVIDIA, multi-GPU systems, and home servers are all useful test cases.

This has been one of the hardest integrations I've done with HA so far. This build is based off of floor3d-card.

The screen recording doesn't really do it justice, and it would be a much longer video if I showed absolutely everything I have configured, but here are the main features:

• Interactive Lighting: Lights turn on and off just by clicking them on the floor plan.
• Live RGB: All of the RGB lights in the model perfectly match the current colors of the physical bulbs.
• Real-Time Doors: All of the doors on the floor plan swing open and closed based on whether the security contact is safe or shows intrusion.
• Dynamic Environment: The image changes brightness based on the time of day to reflect day vs. night.
• TV States: The TVs show an overlay of on vs. off based on their actual state.
• Working Fans: All of the ceiling fans actively rotate when turned on.

The absolute best part is running this on my Echo Show 15 as my main home control center.

It's still not exactly where I want it to be, but as we all know, it's a never-ending build honestly. I'm really curious to hear what the community thinks!