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Nuviric Pilot

Nuviric Pilot is a receiver-side execution layer for IBM Heron quantum processors: it characterizes the machine fresh, in the same sitting, plans against that live reading, and decodes what comes back with a grammar-constrained receiver whose ties are broken by corpus frequency. Like a pilot, it does not fly on yesterday’s weather or a stale chart — it reads its instruments as they stand right now and flies by the live reading. The method behind it is a trade secret; what it does is published, and the record is below.

The record — October 2026

Every result below comes from pre-registered tests on IBM Quantum hardware on 14–15 October 2026. Each run is timestamped in IBM’s own job ledger, and the preprint’s data-availability section lists the job IDs.

1. One receiver, three machines. On one identical fixed battery — 17-symbol messages, 36 message instances per machine — the receiver delivered 36 of 36 on ibm_kingston, in two independent campaigns, 36 of 36 on ibm_marrakesh, and 35 of 36 on ibm_fez. Same-session textbook-plan controls on the identical battery delivered between 2 of 36 and 30 of 36, depending on machine and session. The Fez result is stated as 35 of 36. It is not rounded up.
2. Two machines exchanged symbol streams. Kingston and Marrakesh each authored a self-introduction stream from its own fresh characterization, and the streams crossed every hop of a six-stage relay in both directions: 204 of 204 positions delivered, zero substitutions. The relay is a designed protocol with a classical bridge; the claim is delivered content, verified position by position.
3. The symbol structure survives to a stranger. An independent decoder given only raw counts from Marrakesh flights — no labels, no method, no shared codebook — recovered the structure of the symbol set: pooled grouping agreement 0.971 against a pre-registered 0.90 strong-pass bar. It overestimated the alphabet, reporting 8 against a true value of 6. Structure survives the channel; meaning does not transfer without a teaching package.
4. The deck reshuffles within hours. Across three Marrakesh characterizations taken on a single day, the 17 clearest wires overlapped by only 1–2 wires from sitting to sitting, while per-wire response quality moved by only about 0.01. The ranking churns; the wires themselves barely change. That is why the characterization is taken fresh, every sitting — and why a plan built on one machine, flown unchanged on another, delivered 0 of 36.

What it is not

• No speedup, no quantum advantage. This is channel reliability on today’s noisy processors. Nothing here is a comparison against classical machines, against IBM’s circuit-level resilience stack, or against any commercial mitigation product.
• No networking, no understanding. The two-machine exchange moved symbol streams through a designed relay protocol. The machines did not network, and no claim is made that any system understood the content it carried.
• Not a general benchmark. The battery is a fixed symbolic test set. It measures delivered-message survival under drift; it does not measure general quantum workloads.
• Not peer-reviewed. The preprint below is a timestamped public record, published so the claims can be checked. Independent reproduction is the next step, and it is the route offered under Licensing.

Published record

The full claims-and-limits statement — what is claimed, what is not, and the bar for “works” — is on the verification page.

Licensing and validation

Nuviric Pilot is licensed, not sold, and it is delivered as a hosted function: your jobs route through the Pilot, and the method itself never transfers — at any tier, to anyone.

The way in is a paid validation engagement: a fixed-fee run, on your backend or ours, with success criteria agreed in writing in advance and the verdict publishable by either party. The validation fee is credited in full against a first license. Contact: richardvigslist@nuviratechnologies.io

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Nuviric Pilot — Nuvira Technologies. Claims on this page are sized to the preserved record as of October 15, 2026. If the record changes, this page changes.