Bus-interposed
A discrete admission gate electrically interposed on the system bus, upstream of the host's instruction-fetch port. Retrofit path for boards you already ship — including an FPGA realization (claim 19).
HARDWARE · RETROFIT
NGA-UNIFIED-U1 · PACKAGE REV. 8 · AUGUST 2026
Compute that can't
run unproven.
NextGenAlpha's proof-gated compute fabric admits every kernel only after a machine-checked formal proof — enforced by a default-inert hardware gate, on the processor's own die, or as a virtualized runtime on the machines you already own.
- Claims
- 0
- Lean 4 theorems
- 0
- Verification checks
- 0/61
- Timing margin
- 0×
- Prior-art refs distinguished
- 0
Secure boot checks once, then trusts everything that follows. Attestation tokens say who you are — not whether the code you're about to run is correct. NextGenAlpha closes that gap: a single affine compliance token, emitted only when formal proof obligations are satisfied, gates every kernel, every epoch, across every subsystem. This gate re-arms for every kernel.
THE FABRIC
One token. Five gates.
Zero unverified execution.
- 01
Prove
A physically segregated proof domain evaluates formal proof obligations for each kernel — per kernel, per epoch, in fixed-point integer arithmetic. Never released, never bypassed.
- 02
Sign
On unanimous prover-quorum acceptance, the domain emits a compliance token: a post-quantum ML-DSA-65 signature (FIPS 204) under a 2-of-3 threshold — one compromised module can never emit it alone.
- 03
Admit
The token is affine — consumable at most once. The admission gate is default-inert (>50 MΩ off-state) and conducts only on token assertion. No token, no execution. No replay, ever.
- 04
Distribute
One token structurally reaches five subsystem gates over mutually independent unidirectional lines — or a universal channel lattice spanning bus, shared-memory, packet, and wireless media.
- 05
Observe & fail closed
Every authorization is epoch-bound and confirmed through a sensor path or a cryptographic state observer (ZK / Merkle proofs) independent of the command. Discrepancy or timeout → revocation and fault latch.
THREE WAYS IN — ONE INVARIANT
Deploy it where your silicon lives.
Rev. 8 proves — by machine — that all three placements enforce the identical token-conditioned admission invariant. Pick the disposition that fits your product; the guarantee doesn't change.
On-die
Integrated within the host processor's own die, in series with the internal instruction-fetch enable path. No bus interposition required — proof-gating as a native feature of your next tape-out.
SILICON · NATIVE
Virtualized runtime
New in rev. 8: a proof-carrying runtime confining execution at a software-fault-isolation boundary on unmodified commodity hosts — and claimed as an article of commerce (CRM claim 20). Ship it as software, today’s fleet included.
SOFTWARE · ZERO HW CHANGE
WHAT YOU GET
Built for the threats that are coming,
not the ones that already happened.
Post-quantum by construction
ML-DSA-65 compliance tokens per FIPS 204 — 3,309-byte lattice signatures, not RSA promises.
Affine authorization
Each token is consumable at most once. Replay attacks aren't mitigated — they're unrepresentable.
Heterogeneous execution
Admitted kernels are classified and routed: matrix/convolution work to a photonic tensor path (MZI waveguide crossbar), everything else to electronics. Neither path runs without the token.
Universal channel lattice
Token distribution over bus, shared-memory, packet, and wireless media — machine-proven channel-agnostic, with channel loss failing closed.
Cryptographic state observer
Resulting state confirmed by ZK or Merkle proofs that are not derived from the command itself. A mismatched proof is rejected, always.
Append-only non-regression ledger
A capability-table admission controller governs an immutable ledger in dedicated protected memory. Audit export exclusively through a unidirectional data diode.
POSITIONING
Secure boot checks once.
Attestation says who. This proves whether.
| Secure boot | Trust attestation | Proof-gated fabric | |
|---|---|---|---|
| When it checks | Once, at power-on | At enrollment or session start | Every kernel, every epoch — the gate re-arms |
| What it verifies | Boot-image integrity | Platform identity and configuration | Machine-checked formal proof of the kernel's obligations |
| Token semantics | — | Bearer tokens, reusable and replayable | Affine — consumable at most once, replay unrepresentable |
| Signature basis | Typically RSA / ECDSA | Typically RSA / ECDSA | Post-quantum ML-DSA-65 (FIPS 204), 2-of-3 threshold |
| Result confirmation | None | None | Command-independent observer (sensor or ZK/Merkle), fail-closed |
The rev. 8 prior-art search distinguishes the closest references element-by-element — local SFI verifiers, thin hypervisors, compiler proof-carrying code, attestation tokens, bearer tokens, and Merkle entities. None combines proof-gated admission, a single-token multi-subsystem interlock, and an epoch/observer method — on a bus, on-die, or virtualized.
THE CLAIM SET — 20 CLAIMS, $0 EXCESS FEES
Three independent claims.
One special technical feature.
Every claim shares the parallel structural coupling of heterogeneous subsystem gates to one proof-derived token. Explore the genus/species architecture of the rev. 8 set.
Claim detail is protected until filing
The full genus/species claim architecture is published for direct review — no sign-in required. Licensing questions: hello@nextgenalpha.ai.
Open the claim architectureEVIDENCE, NOT ADJECTIVES
Every guarantee is machine-checked
and hash-pinned.
30theorems
Lean 4 formal model compiles clean — zero sorry, zero admit, no axioms beyond core type theory. Soundness, quorum safety, dispatch totality, fail-closed epochs, and physical/virtual gating equivalence — all proven, all third-party reproducible.
12/12adversarial scenarios
RTL survives 12 adversarial simulations; 12 formal properties hold by unbounded induction; equivalence proven RTL ≡ netlist ≡ routed layout with 0 DRC violations. The virtualized gate passes 12/12 pinned-seed attacks.
375×timing margin
The 8-line radial-star interlock bus is placed and routed at 0.4 ps pairwise skew against a 150 ps budget. Independent unidirectional lines, matched propagation — by construction.
SHA-256pinned exhibit
The proof corpus is pinned at aa1f62a0…8486ca across the specification, compilation record, and claim chart. Anyone can recompile it and check.
HONEST POSTURE
Everything verifiable is machine-checked and hash-pinned; everything not executed is labeled as specification. NGA-UNIFIED-U1 is a filing-ready draft under counsel review — no silicon, tape-out, or certification is asserted.
WHY NOW
The market is pricing in exactly
what this fabric provides.
$604B
AI accelerator market by 2033, from $116B in 2024 — with custom ASICs growing at 27% CAGR.
BLOOMBERG INTELLIGENCE ↗
$3.5T+
Hyperscaler and Tier-2 cloud AI capex through 2030 — compute nobody can afford to run unverified.
BLOOMBERG INTELLIGENCE ↗
$39B
Co-packaged / near-packaged optics by 2030 — the photonic dispatch path rides the steepest curve in silicon.
TRENDFORCE ↗
42% CAGR
Photonic computing, $151M (2025) → $5.1B (2035) — AI/ML inference is the dominant application.
ASTUTE ANALYTICA ↗
Four demand drivers, one answer
- Post-quantum migration. FIPS 204 is final and procurement deadlines are real. The token is ML-DSA-65 from day one.
- Verified AI execution. Regulators and insurers are converging on provable controls for autonomous compute. Attestation says who — proof-gating says whether.
- Sovereign & regulated compute. Medical, industrial, energy, and defense workloads need fail-closed guarantees, not best-effort policy.
- Zero-trust silicon supply chains. The same invariant holds bus-interposed, on-die, or virtualized — machine-proven equivalent — so the guarantee survives any sourcing strategy.
LICENSING
Non-exclusive, field-of-use.
Your stack, our invariant.
Standard terms: non-exclusive field-of-use license at a 1.3–3.5% royalty, with an FPGA retrofit path for fleets already in the field. Independent claims cover the fabric, the method, and the runtime as an article of commerce.
Secure boot & hardware root of trust
AI accelerators & photonic compute
Industrial & energy control systems
Confidential computing & digital assets
Autonomy & satellite communications
Medical & safety-critical RTOS
Frequently asked
Do we need new hardware to adopt this?
No. The same machine-proven invariant is available three ways: a bus-interposed gate (with an FPGA retrofit path under claim 19), native on-die integration, or the rev. 8 virtualized proof-carrying runtime that installs on unmodified commodity hosts.
How is this different from a TPM or secure boot?
Secure boot verifies one image once at power-on; attestation verifies identity. The proof-gated fabric evaluates formal proof obligations for every kernel, in every epoch, and the affine token it emits cannot be replayed. Confirmation is fail-closed and independent of the command.
Can our team verify the claims independently?
Yes. Exhibit A (30 Lean 4 theorems) is hash-pinned and recompiles from source with zero errors under Lean 4.33.0 with no external libraries. The RTL exhibit's adversarial scenarios and equivalence checks are reproducible from the package sources.
What is the filing status?
NGA-UNIFIED-U1 rev. 8 is a filing-ready draft under counsel review — 20 claims, Track One compliant, PCT election intended. No application has been filed yet, and no silicon or certification is asserted.
What does a license look like?
Non-exclusive, field-of-use licenses at a 1.3–3.5% royalty with integration support, including the FPGA retrofit path for deployed fleets. Exclusive field arrangements are considered case by case.
Get the technical licensing brief
A field-mapped brief covering claim coverage, integration points for your stack, and evidence you can hand to your own verification team.
hello@nextgenalpha.aiWEBAR · HOLD THE FABRIC
Put the die on your desk.
Literally.
A stylized model of the radial-star interlock fabric — the five subsystem gates, the token ring, and the die it lives on. Spin it here, or tap the AR button on your phone to set it on the table in front of you. Rendered on your device; nothing streams.
Radial-star interlockClaim 18's bus topology — five gates, one token ring, time-division distribution.
On-die dispositionThe same invariant shown here in its claim 15 placement — on the processor's own silicon.
Nothing leaves your deviceThe model, the search, the inference — all client-side. The posture is the product.
FOUNDER HOURS
Thirty minutes,
straight to the inventor.
One link, no gatekeepers — the calendar below belongs to the person who wrote the claims. Bring licensing terms, diligence questions, or your hardest technical objection; that's what the slot is for. Availability is live, in Central Time (Chicago).