Introducing Runix

Today we are launching Runix, a US-based AI infrastructure company incorporated in Wyoming. We build the plumbing that sits between your application and the model providers: an OpenAI-compatible LLM gateway, managed data pipelines, and ready-to-deploy solutions for common AI workloads. This post covers why we exist, what we are building, and how we intend to run the company.

Written July 8, 2026, before the five-layer stack, and kept as published with the product names updated: the gateway is Runix Router, the pipelines are Runix Pipeline and Runix Data. The ready-to-deploy solutions described below are not a product on this site today, and the availability target is now stated the way it is stated everywhere: a documented failover mechanism, and no published service level during early access. The current version of the thesis is Rebuild AI Unix.

Why we started Runix

Getting an LLM demo working takes an afternoon. Getting that same feature to production quality takes months, and almost none of that time is spent on prompts. It is spent on everything after the demo.

The failure modes are familiar to anyone who has shipped one of these systems. A provider has a partial outage and your feature goes down with it, because there is no fallback path. Finance asks what the AI feature costs per customer, and nobody can answer, because token spend is scattered across three provider dashboards and none of them map to your tenants. A model upgrade silently changes output behavior and the first person to notice is a user. The retrieval corpus drifts out of date because the ingestion job was a script someone wrote once and nobody owns.

None of these are model problems. They are infrastructure problems: reliability, cost visibility, and data quality. Every team we have worked with ends up rebuilding the same layer to handle them — retries, failover, routing, usage metering, request logging, evaluation harnesses, ingestion pipelines. That layer is undifferentiated for the product teams building it, but it has to be done well. That is the layer Runix builds.

What we are building

LLM Gateway

A single OpenAI-compatible API in front of many models across providers. You point your existing SDK at a new base URL, and you get one key for every model, per-key quotas and allowlists, and per-key usage and cost tracking. When you want to trial a new model, you change one string, not your integration. A public status page is on the roadmap.

Managed Data Pipelines

Most production AI quality problems trace back to the data feeding the system, not the model. Our managed pipelines handle ingestion, cleaning, chunking, embedding, and refresh scheduling for the corpora behind retrieval and fine-tuning workloads. The pipeline is monitored and versioned, so when quality shifts you can see what changed in the data, not just guess.

Ready-to-deploy solutions

For common patterns — document Q&A, support assistants, structured extraction — we ship reference deployments built on the gateway and pipelines. These are starting points with the operational pieces already wired in: logging, evaluation hooks, cost controls. You own and modify the result rather than adopting a black box.

The principles we run on

What is next

The gateway is entering early access now, and we are onboarding teams in small batches so we can watch real traffic closely before opening it up. If you are running LLM workloads in production, or about to, we would like to hear what breaks for you — write to us through the contact page or email [email protected].

This blog is where we will publish what we learn operating this infrastructure: failover design, cost accounting for token-based workloads, evaluation in CI, and post-incident write-ups when we earn them. No launch-week hype, just engineering notes. More soon.

Want to go deeper? Runix Lab builds the operating system for enterprise AI in five layers: Runix Router is the gateway this post is about, with Runix Data and Runix Pipeline beneath it. Talk to us about your use case.