The operating layer for governed screen and spatial media

The operating layer for governed screen and spatial execution, proof, and rollout.

EnfinitOS gives serious media, screen, and spatial operators a modern system for controlled pilots, runtime governance, AR placement discipline, operational proof, metering, and a disciplined path into rollout — without undocumented manual workarounds, and without a backend rebuild once you outgrow the pilot.

23: Substrates governed — DOOH, CTV, mobile, AR, robotics, drone, satellite, aviation, maritime, and more.
28: SDKs in 15 languages — operator, brand, auditor, render, and environment.
MIT: Open-source verifier — no need to trust EnfinitOS to check the proof.

Reserve a pilot slot See the operating model

Ideal buyers

Who this is for

EnfinitOS is for operators who need execution, proof, rollout, and commercial accountability to be governed by a real operating system — not dependent on ad hoc intervention or hidden founder knowledge.

DOOH networks operating real screen estates
Retail media operators coordinating stores, estates, and partner surfaces
Venue, arena, and cinema groups with multi-site execution complexity
Transit, mobility, aviation, and maritime estates that need governed rollout posture
Spatial, AR, glasses, and HUD operators extending governed execution into immersive surfaces
Robotics, drone, and autonomous-fleet operators that need geofencing, Remote ID, and BVLOS proof
Compliance, audit, and regulator teams that need a defensible operating record under NIST AI RMF and the EU AI Act
Multi-screen operators that want deterministic execution plus grounded explanation, not black-box decisions

Pilot path

How the first engagement works

Qualification

We assess fit, urgency, operational reality, and whether the first deployment should be bounded around real screens, real controls, and a credible operating scope.

Operator review

Pilot approval is explicit. Scope, controls, success conditions, and rollout guardrails are agreed before activation rather than improvised later.

Bounded pilot

The pilot runs with policy, proof, operational review, and accountable metering so performance can be judged credibly rather than theatrically.

Governed rollout

Rollout is a deliberate promotion decision with entitlement, audit, and operating posture — not a silent unlock triggered by optimism.

Six layers

Designed to hold operational reality together

EnfinitOS is strongest when control, runtime, spatial, proof, metering, and settlement are designed as one operating system instead of stitched together later.

Control

Define who can run what, under which rules, and with which explicit rollout and promotion permissions.

Runtime

Operate execution across screen estates through a disciplined runtime instead of ad hoc orchestration and manual intervention.

Spatial

DOOH is the production launch substrate. Visual screens, spatial and wearable, streaming and audio, vehicle and home, mobile and aerial, and broadcast surfaces are first-class in the type system — extension by configuration on the multi-year roadmap, governed by the same runtime and metering discipline.

Proof

Make delivery, activity, and critical operating actions inspectable instead of inferential or post-rationalised.

Metering

Track the usage and operational signals required for accountable commercial, operational, and customer review decisions.

Settlement

Support a path from verified activity into finance, invoicing, and settlement discipline without bolting it on later.

What makes it distinctive

Five things serious operators will not find elsewhere

The six layers are the operating model. These are the capabilities that make the model real on day one — the deterministic rights gate, the Governance Copilot that explains every decision, the open-source verifier, substrate-ready architecture, and the integration adapter suite.

Rights registry

Every exercise is checked against a first-class authority model — civic, property, trademark, contractual — with an engineering budget of p99 < 20ms on the resolve hot path, enforced by an automated load-test gate in CI. Conflicts surface before they reach the screen rather than in a post-incident dispute.

Governance Copilot

The deterministic engine still decides; the Copilot explains. Every refusal, suspension, or upheld challenge gets a plain-English explanation grounded in the underlying audit log, signed and reconcilable byte-for-byte. NIST AI Risk Management Framework and EU AI Act human-in-the-loop posture by construction — not retrofit.

Open-source verifier

The auditor / verifier trio is published under MIT. Regulators, auditors, courts, and third-party compliance tools can verify the proof we issue without trusting EnfinitOS as a vendor. Reproducible by anyone with the public key and the canonical-JSON re-projection rules.

Substrate-ready by design

The control spine is substrate-agnostic. DOOH is the production launch substrate today; visual screens (CTV, mobile, social, gaming), spatial and wearable (glasses, AR contacts, HUD, volumetric, hologram, ambient, neural), streaming and audio, vehicle and smart home, robotics and drone, and broadcast surfaces are first-class in the type system — so adding the next substrate is configuration on the multi-year roadmap, not a rewrite.

Integration adapters

Plug in existing delivery systems — Broadsign, VIOOH, Hivestack, PlaceExchange, Vistar, or a custom CSV / JSON feed — through a shared conformance suite. Same proof, metering, and settlement discipline regardless of the vendor behind the screen.

Built for governed execution, not disconnected point tools

What EnfinitOS is not

Not just a CMS or media asset library

EnfinitOS is not simply a place to store files or publish media. It governs execution posture, rollout discipline, proof, metering, and operating control.

Not just an analytics dashboard

It is built to control, prove, meter, and govern activity — not just visualise results after the fact.

Not an ad server clone

The platform is designed for policy-driven execution, entitlement, proof, metering, and disciplined rollout across serious screen networks.

Pilot package

A bounded pilot designed to become a rollout

The operating and commercial path is explicit from the start: pilot fee, rollout fee, per-screen fee, and usage posture aligned to controlled execution rather than a demo-only exercise.

Structured qualification and operator review
Controlled pilot scope with proof and audit posture
Explicit readiness criteria before rollout promotion

Reserve a pilot slot

Build on EnfinitOS

28 SDKs, an open-source verifier, and an API governed by the same proof chain operators bet on

Every render, brand, operator, robotics, and broadcast SDK is a thin client over the same governed HTTP API. The auditor that verifies our proof packs is open source under MIT — no operator has to trust EnfinitOS as a vendor to verify what the platform issues.

Read the docs

Twenty-eight SDKs across 23 substrates — install commands, READMEs, and a live OpenAPI 3.1 reference for the HTTP API behind every client.

Open the developer hub

Verify the chain

The auditor / verifier trio (TypeScript, Python, Rust) is open source under MIT. Fork it, fuzz it, ship it inside your own compliance pipeline.

github.com/enfinitos/auditor

Sandbox · live

A real signed tenant in your browser tab — provision, run a delivery batch, verify every proof yourself. Twenty minutes start to finish.

Open the sandbox