Gateways to language models
A single entry point for every service in the company: routing by task, failover between providers, rate limits and spend accounting.
02 / DEV
We build systems that survive a provider outage, a load spike and a model change. Monitoring ships with the release, and every change has a rollback plan.
The difference between a demo and a working system is what happens when something breaks. A provider hits its rate limit, a model returns garbage, a service goes down. At that moment the demo shows an error; the working system fails over and continues.
We build the second kind from the start, because we operate what we build, and nobody wants to be woken at night by their own mistakes.
A single entry point for every service in the company: routing by task, failover between providers, rate limits and spend accounting.
A vector database and a model answer questions from your own materials: procedures, knowledge base, correspondence, documentation. On your hardware if the data must stay inside.
Systems that carry out multi-step tasks: collect data, prepare drafts, watch the state of things and report what matters.
We connect AI to what already works: CRM, ad platforms, databases, messengers, internal services.
Our own gateway serves several products at once. When a provider refuses on a rate limit or returns a server error, the request goes to the next one in the list, and the failing provider is excluded for a while so it does not drag the rest down. Local models on our own hardware sit at the end of the chain as a free reserve. The user never sees the failure.
If the task is not for us, we say so in the first conversation and, where we can, point you to someone who fits.
The request goes to the next provider in the list. The failing one is excluded for a while and then checked again. Local models sit at the end of the chain, so a complete failure would mean your own server is down.
Only if you want it to. Where confidentiality matters more than the last few percent of quality, we run models on your hardware and the data never leaves your network.
We can, or you can. In the second case we leave documentation and hand over the knowledge: how it is deployed, what breaks most often, what to do when it fails.
From the metrics that ship with it. A system whose outage you learn about from a customer counts as broken.
We will look at where AI pays off and where it would cost more than it returns.