Governed, not static.·Enforceable.·Attestable.·Accountable.
Machineforce™ Unit

A Machineforce™ Unit
is not a model.
It's a system.

That distinction is critical. A model answers. A Machineforce Unit decides — inside a boundary, with a memory of what it decided before, and a named human it answers to.

What we do NOT claim

That the underlying model gets smarter without retraining. It doesn't. The base model is stateless. Weights don't change between calls. Anyone telling you their model learns on the job without retraining is selling you something that isn't true.

What we DO claim

That the unit as a whole system gets measurably better at its job over time — through the layers around the model, not the model itself. The model does the language. The system does the judgment.

Anatomy

A stateless core, wrapped in the parts that remember

For most enterprise work, the performance-relevant behavior lives in the wrapper layers, not the raw model.

MODELstatelessGOVERNANCERECORDMEMORYCONFIG

The model is the one part that never changes between calls. Everything else is where a unit's experience accumulates.

How it improves

Four ways a unit gets better
…none of them retraining

1

It sees more relevant context

Before the model is called, the unit assembles what happened the last several times a situation of this shape arrived — and what the operator did about it. The model is unchanged. What changes is what it is looking at when it decides.

Same model · better inputs
2

Its rules self-tune

When a pattern holds long enough to be trustworthy, the unit proposes an adjustment to its own thresholds — and a human ratifies it. Next time that condition appears, behaviour differs.

Same model · new rule
3

Patterns become playbooks

Repeated successful handling gets promoted into a named procedure. When the pattern recurs, the unit follows the playbook — often without calling the model at all. Faster, cheaper, less to go wrong.

Same model · used less
4

Feedback binds to decisions

When an operator marks an action wrong, that judgement attaches to that specific decision and its context — not to a vague global score. The unit can then tell how accurate it actually is on this class of work, and calibrate when it escalates.

Same model · better calibrated
Concrete

One unit, one job, ninety days

Job: process vendor invoices for accounts payable.

Day 1 — everything escalates

The standing rule is conservative: escalate any invoice over $5,000, or from a vendor the unit has not seen. An ACME Corp invoice arrives — $8,200, matching the purchase order. The unit escalates. The operator approves. The whole event is recorded with its context.

100%Escalation rate
18 minOperator time per invoice
0Errors

The Day-90 unit is objectively better than the Day-1 unit

check_circleFaster — no unnecessary escalations
check_circleBetter calibrated — the operator is no longer answering trivial approvals
check_circleBroader coverage — it has learned to distinguish new vendors from known ones
check_circleFewer errors — escalation now targets what actually needs human judgment

Same base model. Zero retraining. Zero weight updates.

The contrast

What a bare model does on day 90

Bare LLM

The same invoice gets the same handling as day one. Escalate, wait, operator approves. It doesn't remember approving 47 in a row.

  • Retrain — expensive, offline, needs validation
  • Hard-code the rule — fragile, doesn't scale past a few vendors
  • Bolt on retrieval — what most teams do now: an under-specified, ungoverned approximation
Machineforce Unit

The pattern was noticed, surfaced to the operator, ratified by a human, and written into the unit's standing configuration — with every step of that sealed to an audit record.

  • No retraining — the model is untouched
  • Scales per vendor, per class, per operator
  • Governed — the change itself is attestable
Honest limits

What can't change — and what can

We'd rather you know the boundary of the claim than discover it later.

lock Doesn't change without retraining

The model's language abilityThe model's world knowledgeThe model's raw reasoning capacityThe model's skill ceiling on any task

trending_up Changes continuously

Which situations it recognises as similar to past onesWhat context it brings to a decisionWhat rules and thresholds it operates underWhich patterns it can shortcut without the modelHow it calibrates confidence, and when it escalatesWhat its operator has taught it, bound to specific decisions

The second column is where enterprise task performance actually lives.

Put plainly

This is how people get better at their jobs

A good analyst doesn't rewire their brain. They build up experience, adjust their rules of thumb, accumulate patterns worth repeating, and calibrate their confidence against feedback from the person they report to.

That's exactly what a Machineforce Unit does — and unlike a person, every step of it is recorded, attestable, and bounded by a policy it cannot widen.

Meet one

Five units are live right now. Talk to one, then try to push it out of scope.