Capabilities

Engineered where standard models fall short

The constraints our customers operate under — air-gapped sites, regulated data, answers that have to be right — are the constraints we design against.

High accuracy

Built for environments where precision is non-negotiable. Our models are trained to prioritize factual correctness and logical consistency over conversational fluency when it matters most.

In practice this means a model that will decline, qualify, or ask for the missing piece rather than produce a confident answer it cannot support. For a general-purpose assistant that is a worse experience. For a research or defense deployment it is the entire point.

Low hallucination rate

Strict grounding protocols and closed-weight structures significantly reduce generated falsehoods, making the systems dependable for critical research and defense applications.

Grounding is enforced at training time rather than bolted on as a filter, so the behaviour holds up when a deployment is disconnected from any retrieval system.

Efficient context handling

Dynamic context windows designed to process and recall large datasets instantly. Whether it is an entire codebase or an extensive medical history, the system retains what matters.

Ongoing work on making long context affordable rather than merely possible continues in Labs, primarily through the WillMe GPT line.

Edge-optimized

Total infrastructure control. Models are heavily optimized to run locally on permanent installations, giving zero data egress and ultra-low latency in air-gapped environments.

This constraint shaped the whole lineup. It is why PolyCode is small by design, and why the internal tooling behind our training and inference stack was built in-house rather than assembled from hosted services.

What we do not claim

Not a general assistant

Our models are tuned for correctness over fluency. They will decline, qualify or ask for a missing detail where a consumer assistant would produce something plausible. If you want the plausible answer, we are the wrong supplier.

Not zero hallucination

Grounding protocols reduce fabrication substantially. They do not eliminate it, and no honest vendor will tell you otherwise. Deployments in critical settings should be built on that assumption.

Does your deployment fit?

Most of what makes these systems useful is decided before a model is chosen: where it runs, what data it may see, and what happens when it is unsure. If you are working through those questions, we are happy to be a sounding board.

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