AI Governance

Built to optimize AI capital and control.

NACD's Q2 2026 private-company survey shows AI is now the top board agenda item for Q3, cited by 74% of respondents and tied directly to cybersecurity, workforce planning, capital allocation, and economic uncertainty. Autonomakers gives boards and management teams one evidence base for AI investment and control—then converts approved workflows into owned autonomous runtimes.

Capital control. Runtime governance. Defined autonomy levels. Enterprise ownership.

Owned autonomous runtimeoperating within certified authority
Workflow policy
Enterprise data
Approved actions
Human escalation
Specialist runtimereliable · auditable · owned
Models used to manufactureRuntime owned by enterprise

The problem

Capital control and operational governance are now the same board problem.

Directors and management teams must decide which AI investments deserve funding while also proving those systems operate with accuracy, privacy, cybersecurity, IP, compliance, data-quality, reputational, and autonomous-agent controls. Both duties require the same operational evidence.

Dependency

Core operations inherit an external control point.

Pricing, availability, behavior, and policy remain tied to a provider the enterprise does not control.

Value leakage

Learning compounds outside the balance sheet.

Workflow improvements and operating data strengthen the rented platform rather than an asset owned by the enterprise.

Governance gap

Prompts are not an operating control system.

Production autonomy requires explicit authority, certification, auditability, reversibility, and escalation.

The third way

Owned autonomous runtimes.

A runtime is a specialist intelligence an enterprise owns outright. It is manufactured using rented general models, then packaged into an independent, reliable operating asset rather than a permanent model dependency.

The model is manufacturing equipment—not the finished asset.

Frontier models help interpret policy, generate workflow artifacts, test edge cases, and accelerate engineering. Production authority is transferred into a controlled runtime the client owns.

Build

Use frontier models

Compile policies, historical cases, schemas, and operating knowledge into reviewed artifacts.

Certify

Define autonomy level

Each workflow receives bounded authority, evidence requirements, intervention rules, and release criteria.

Transfer

Own the runtime

The enterprise receives the operating asset, governance system, source artifacts, and improvement loop.

What we do

A contract manufacturer for enterprise autonomy.

Think Honeywell or ABB for owned AI: financing and governance make autonomy investable; contract manufacturing turns workflows into reliable assets.

Financing

AI operations infrastructure

tlacap.com provides financing and governance structures that make AI operations investable, auditable, and accountable.

  • Capital structure and underwriting
  • Governance and control architecture
  • Auditability and performance measurement
  • Portfolio-level operating discipline

Contract manufacturing

Custom runtime production

milli.run converts AI use and priority workflows into reliable autonomous runtimes clients own.

  • Workflow and autonomy-level design
  • Runtime engineering and integration
  • Validation, deployment, and operation
  • Build-operate-transfer ownership

Autonomy levels

Every priority workflow receives a defined, certifiable level of autonomy.

Using the logic of NHTSA L0–L5 autonomy, authority advances only as evidence, controls, and operating reliability justify it.

L0

Manual

Human execution with instrumentation and workflow capture.

L1

Assist

Runtime prepares analysis or recommendations; people decide.

L2–L3

Bounded autonomy

Runtime executes defined cases and escalates exceptions.

L4

High autonomy

Runtime manages the workflow under certified operating conditions.

L5

Full domain autonomy

Runtime operates across the approved domain with continuous governance.

Why us

Investors, inventors, consultants, and engineers with a decade of owned AI experience.

2014

Founded a safe, explainable AI company.

Built specialist intelligence for law and commerce before the current generative AI cycle.

2017

Recognized for AI at scale in litigation funding.

Applied explainable AI to a high-stakes financing workflow with institutional requirements.

Pre-ChatGPT

Built a specialist conversational agent.

Developed for one of the world’s largest commerce data providers three years before ChatGPT.

2023

Acquired into the EQT portfolio.

Operating experience carried into a global private-equity portfolio environment.

Today

Industrializing owned autonomy.

Combining transaction discipline, governance architecture, and runtime manufacturing.

Outcome

Enterprise economic power remains with the enterprise.

Clients own the runtime, operating knowledge, improvement loop, and resulting asset value.

Entry engagement

Owned Runtime Design

Identify a priority workflow, assign its target autonomy level, define the governance and financing structure, and produce a decision-ready manufacturing plan.

  • Workflow and value map
  • Target autonomy level
  • Governance and certification plan
  • Runtime architecture
  • Financing and ownership structure
  • Build-operate-transfer roadmap