Admissible Technologies

The trust & observability layer for quantum compute.

Vendor-agnostic software that measures, monitors, and — ultimately — certifies the world's quantum hardware.

The problem

Quantum hardware is powerful, unreliable, and unaccountable.

It drifts by the hour. Operators burn real money on wasted runs, constant recalibration, and opaque downtime.
Buyers can't verify what they pay for. Enterprises and governments procuring quantum capacity have no neutral way to check it.
Every vendor grades its own homework. There's no independent measure of whether a device performs to spec — or whether a result is even hard for a classical computer.

Why now

The data already exists. Nobody is using it.

Every QPU emits rich telemetry — calibration, syndrome, decoder, and error data, generated continuously and mostly discarded.
The question is shifting from "does it work?" to "can we operate it, trust it, and buy it at scale?"
Public access changes everything. IBM Quantum, AWS Braket, IonQ, and Rigetti are reachable today — a neutral party can start measuring everyone without owning a single machine.

The wedge product

Quantum-Hardware Observability — Datadog for QPUs.

Vendor-agnostic software that runs on the data machines already produce.

Live health & drift monitoring

Anytime-valid anomaly alerts — statistically sound at any stopping time, no p-hacking on when you looked.

Pre-failure prediction

Flag the regimes where a machine is about to fall out of spec — before a run is wasted.

Failure-mode diagnosis

Calibration drift vs. capacity exhaustion vs. structural fault — each mapped to a recommended action.

Per-device health report

The artifact a customer can hand to their own stakeholders — and the seed of a public benchmark.

The flywheel

Observability earns the right to certify.

Data

Cross-fleet, comparative measurement of how quantum hardware really behaves — the corpus no one else has.

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Trust

A track record of measuring quietly and accurately, built before anything rides on it.

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Install base

Every deployment becomes a distribution channel for the certificate later.

Observability now. Certification later. You cannot credibly certify hardware you have never measured.

The prize

Certification: the UL / Moody's for quantum compute.

An independent, math-backed attestation: is this device performing to spec — and is this workload doing something a classical machine can't cheaply reproduce?
A category nobody owns today. The field keeps fighting about trust; no one is the neutral reference.
Sold to both sides of the market — the makers, and the enterprises and government programs buying quantum capacity who have no neutral option.
The primitive is already in our filed IP — the classical-embedding audit inside AT-005.

The moat

Filed IP and a decade of physics underneath the software.

Intellectual property

Five patent families filed & assigned to the company (Mar–May 2026), 150+ claims, clean chain of title.

Two are vendor-agnostic software engines — AT-005 (characterization, monitoring & the certification primitive) and AT-003 (adaptive QEC runtime). Two more cover the gate-architecture line.

Science

The Admissibility Physics Framework — a published, constraint-first theory of physics: 10+ papers with permanent DOIs, behind a verification engine carrying ~3,375 machine-checked results.

This is what makes the certification stamp believable — and the methods hard to copy.

5

patent families filed & assigned

150+

claims across the portfolio

~3,375

machine-checked results

10+

published papers (Zenodo DOIs)

The model

Two engines in one company.

Near-term · recurring

Observability → Certification SaaS

Per-QPU / per-fleet subscription that expands up the stack to QEC analytics. Broad TAM — every operator and buyer of quantum compute. The revenue engine and the relationship builder.

Long-term · royalty

Gate-architecture licensing

The "ARM of quantum gates" — license winding-class gate & flux-bias designs to the companies that fabricate superconducting hardware. Deep-tech credibility and upside, de-risked by the relationships the software earns.

Pricing tiers: design-partner (free, for data rights + a logo) → per-device → fleet / enterprise + QEC analytics.

Traction & go-to-market

Bootstrapped on public data — already running.

The engine exists. The AT-005 characterization engine already lives inside the verification codebase — productization is consolidation, not invention from zero.
MVP is live. A daily collector runs against publicly accessible hardware and produces real per-device health output today.
Next: a public "State of Quantum Hardware" report — marketing, inbound, and proto-certification in one recurring artifact.
First customers — early/mid-tier vendors and cloud resellers feel fleet pain most and have the least internal tooling.

The vision

We make quantum hardware observable.
Then we make it accountable.

Become the neutral trust layer for quantum compute.

Quantum will be bought, sold, and regulated like critical infrastructure. That world needs an independent party that measures and certifies it — and the company that earns that seat owns the most durable position in the industry.

Ethan St John Brooke — Founder · sole inventor across the portfolio · author of the Admissibility Physics Framework
brooke.ethan@gmail.com