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case study · CS·04

Models on metal we own.

Language models, image generation, speech, and private search — served from our own AI hardware, with cloud models pulled in only when a task earns it.

in productionself-hosted LLMsimage genspeechinfrastructure
the problem

What we were handed.

Building AI products on rented APIs means per-token bills, rate limits, and data leaving the building on every request. That's fine for a prototype; it's a poor foundation for products that run around the clock.

We wanted to build AI features where the economics and the privacy are ours — and where an experiment that runs all night doesn't show up as an invoice.

what we built

The system.

A dedicated AI compute node serving open-weight language models behind one API, plus an image-generation studio, speech-to-text and text-to-speech, and a private meta-search engine.

On top of it, a hybrid routing layer: local models handle the volume, and frontier cloud models are pulled in only for the tasks that genuinely need them. Running it for real also taught us the failure modes — the stack now has memory guardrails so one heavy job can't take the box down.

LLM serving

Open-weight models behind one consistent API for every product.

Image & speech

Generation, transcription, and voice — all on-prem.

Hybrid brain

A router that picks local vs cloud per task, so cost follows value.

Guardrails

Memory and load protection earned the hard way, in production.

the outcome

What changed.

Every AI feature we ship — Voxelburg's residents, the ops fleet, the assistants — runs on this stack. Fixed costs, no rate-limit surprises, and data that stays home by default.

your project

The next study could be yours.

Bring us the problem — the messy, manual, “there has to be a better way” kind. We'll design the system, build it, and run it.