Evidence-grade AI. For work where the bar is not "useful" but defensible — every answer traceable to its sources, every derivation replayable, every step on a signed record that survives an auditor, a regulator, or a court.
Legal, regulatory, and audit work has a question generic AI cannot answer. Enkidu systems are built so that question always has a complete answer: every trust claim is an assurance case — claim, argument, evidence — bound to a policy with an explicit threshold; every evidence item carries a citation resolvable to a specific document; and every inference is recorded in a signed, hash-linked chain of custody that makes tampering visible and every result reproducible.
The central rule: determinism where it matters, reasoning where it helps. Scores, thresholds, and rubrics are code-enforced ground truth. The language model interprets, extracts, and drafts — it never assigns the verdict.
A multi-agent system that assesses business-capability maturity and assembles branch Digital Roadmaps from a large body of internal documentation — interview transcripts, process documents, incident reports, audit findings — delivered January to June 2026, running entirely on local infrastructure.
The agent that extracts evidence is not the agent that scores, which is not the agent that writes the narrative — and an independent critique agent can force a rescore. No component both proposes and commits.
The roadmap pipeline is a continuum of bounded zones, each with explicit entry and exit conditions and a coverage gate. Failures are designed-in error zones with a structured route back — never silent drops.
Nothing an agent produces is trusted by default. Ingress sanitisation, per-agent tool allow-lists and budgets in flight, and schema, citation, groundedness, and PII checks before a word reaches the report. High-stakes checks fail closed.
"The system maintained a complete chain of custody over the source material it analyzed and generated a provenance record for every inference… this emphasis on evidence traceability and auditability was unusually rigorous for a proof of concept and gave us confidence in the integrity of the system's outputs."
"…the proof of concept met the objectives we set for it. I am glad to recommend him."
The goal is not maximal trust but calibrated trust — reliance matched to demonstrated trustworthiness, because over-reliance and under-reliance are both failures. Every output is decision support: the final report is reviewed and released by an accountable human, and the question "who granted this agent the power it used?" is always answerable from the trace.
Book a walkthrough of the ECCC case study and see a committed result traced, claim by claim, back to its evidence.