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Michael Roberts
Michael Roberts

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Building NeonAIX: Or How I Accidentally Learned How AI Actually Works

How This Started (aka Mild Annoyance)
I’ve been building things on the web for a long time. Servers, tools, dashboards, scripts, systems that exist because something bothered me enough to fix it myself.

NeonAIX fits right into that category.

It didn’t start as a big plan. It started because I was tired of juggling multiple AI tools, all of which were almost useful. One did this well, another did that well, and none of them worked together in a way that didn’t interrupt my train of thought every five minutes.

So instead of being productive, I did the reasonable thing and decided to build my own.

The Moment You Realize AI Isn’t Magic
Once you start building anything AI-related, the illusion fades fast.

At first it feels impressive. Then you realize it’s just very confident about things, whether they’re correct or completely made up. That’s when you learn about context limits, memory, retrieval, and why the same question can get a great answer one time and absolute nonsense the next.

AI turns out to be less like a genius and more like a very fast intern with excellent grammar.

Good results don’t come from clever prompts. They come from structure, guardrails, and deciding what the system should and should not be allowed to know.

“Learning” Sounds Cool Until You Have to Manage It
Everyone loves the idea of AI that learns.

Then you try to build one.

Learning means deciding what to store, what to ignore, what to verify, and what to throw away. If you don’t do that, your system slowly turns into a confident mess that remembers everything except the things that matter.

This felt very familiar. It’s the same problem you run into with logs, metrics, security alerts, and data pipelines. Too much noise, not enough signal.

Turns out AI doesn’t fix that problem. It just inherits it.

Limits, Everywhere
NeonAIX also introduced me to a long list of limits. Hardware limits. Model limits. Time limits. Budget limits. Patience limits.

Running AI locally is great until your GPU starts sounding like it’s questioning its life choices. Running it in the cloud is great until you do the math.

Every setup is a compromise. Faster usually means more expensive. Cheaper usually means slower. There is no magical configuration where everything works perfectly, and nothing breaks.

If someone tells you they’ve found that setup, they’re either lying or they haven’t used it long enough yet.

What NeonAIX Is Actually Doing
NeonAIX is not polished. It’s not finished. And it’s definitely not ready for anyone who expects things to “just work.”

What it is doing is teaching me how these systems are actually built. Not the surface-level stuff, but the decisions underneath. The tradeoffs you only see once something breaks and you have to figure out why.

That alone makes the project worth it.

I still don’t know what NeonAIX will end up being. A public tool, a personal system, or something else entirely. But I do know that building it has made AI feel a lot less mysterious and a lot more manageable.

Which is probably the healthiest outcome.

What’s Next (Probably More Breaking Things)
I’ll keep writing about this as I go. The wins, the mistakes, and the moments where everything works perfectly right up until it doesn’t.

Because even with AI involved, building things is still the same process it’s always been. Try something. Break it. Learn why. Repeat.

Powered by curiosity, caffeine, and a questionable number of late nights at Neon Arc Studio.

If you're into stuff like this, the original rant and more can be found on My Blog Page

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