MGR · Mathematically Governed Runtime

Your hardest capability, as a runtime you can prove.

Take the one workflow stuck in pilot because nobody can prove what it will and will not do. We prove it in math during the engagement and compile it into a governed, deterministic runtime. It runs in your environment, and it is yours to keep.

Closes F1 · F3 · F5 · Specify · compounding error, eval-set rot, and the missing proof object

Governed RuntimeYours to keep
Built by MAE · run by you
capabilityclaims_adjudication
invariants proven14 · Lean 4
inferencedeterministic
runs inyour environment
receiptson every decision
Provensigned · replayable without us
The failure it closes

The capability works in the demo. You cannot prove what it will do.

That is the cluster that keeps the hardest use case in pilot: errors compound across steps, the tests that proved it go stale, and there is no single record of what one decision actually did. MGR closes all three. The behavior is specified in math, proven before it runs, and compiled into a runtime that produces a signed receipt for every decision.

01

Specified in math

The capability is defined as invariants the runtime must hold, not a prompt and a hope.

02

Proven before it runs

Every invariant is checked in Lean 4 during the build, so the guarantees are structural, not observed after the fact.

03

Deterministic by construction

The same input returns the same governed output, which is what makes every decision replayable.

04

A receipt on every decision

Each run writes a signed Decision Receipt your auditor can replay on a clean machine. See one.

05

Runs in your environment

Your compute, your keys. The runtime ships into your stack and answers to your Operation Center.

06

Yours to keep

Proven during the engagement, then handed over. You own and run the runtime, not a hosted black box.

Bring the one that will not ship.

We prove it, you run it, the regulator can check it.