Proof & Receipts · Quantum Swarm

Every number, has a receipt.

In plain English: these figures are measured, not marketing. Each maps to a real IBM Heron quantum job and a tamper-evident WORM-sealed receipt. The job IDs below are recorded provenance — confirm the seals yourself at attest.q-routed.com.

● Live worker epochcore-hndl — 7 live operations · v3.3.0 (read live, not a snapshot)

Proven advantages

What Quantum Swarm measures.

The headline figures, read from the agent's canonical config (the same source IBM Partner Center is fed from).

Post-quantum standards covered

NIST FIPS 203 / 204 / 205 (ML-KEM / ML-DSA / SLH-DSA)

Real quantum hardware

913 physical qubits across 6 IBM Quantum Heron processors

HNDL break-year scenarios

2029 conservative / 2031 moderate / 2035 optimistic (per NIST IR 8547)

FREE crypto discovery

Unlimited at all tiers — no auth, no quota (hndl_crypto_discovery)

Quantum canary tiers

5 (64-bit → 96-bit → 128-bit → 192-bit → 256-bit ECDSA wallets)

GPU-accelerated workload share

90%+ at zero per-qubit surcharge (EpochCore RTX 5090 cluster)

Compliance regimes

8 (NIST + FedRAMP Moderate + CMMC L2 + HIPAA + PCI-DSS + 21 CFR Part 11 + SOC2 + ISO 27001)

Deployment channels

7 (Slack / SMS / Webchat / Teams / Facebook / WhatsApp / Genesys)

Total tools

6 across discovery, risk, audit, key exchange, signing, canary monitoring

Federal migration deadline

2030 (federal agencies must complete PQC migration)

Live IBM Heron attestations

9 real quantum jobs on IBM Heron.

Each advantage module was executed on real IBM Heron silicon. Every row carries its IBM Job ID, χ²-vs-uniform separation from noise, and a vault content hash — independently sealed.

Advantage module	Backend	IBM Heron Job ID	χ² vs uniform	Top p	Vault hash
hndl_canary_detector	ibm_kingston · Heron R2	d7pbnms3lfgs73ffoba0	3576.57	0.21216	5319b9f299521ee7c5…
hndl_risk_classifier_qsvm	ibm_boston · Heron R3	d7pe9867g7gs73ceqqv0	25069.8	0.50562	e3f72a89c1edef1854…
quantum_hash_chain_oscl_meta	ibm_kingston · Heron R2	d7pe6c1oagoc73fi4kog	1027.16	0.03662	b5a6e8834418023795…
zero_knowledge_proof_grover	ibm_marrakesh · Heron R2	d7pe6dm7g7gs73ceqn00	1095.4	0.10864	06f5dd0f1c2c9fd4b4…
canary_entropy_estimator_qae	ibm_kingston · Heron R2	d7pefeu7g7gs73cer370	8101	0.32202	0d14e3ae3bd9b62986…
swarm_validator_consensus	ibm_marrakesh · Heron R2	d7pefjk3lfgs73ffrumg	1836.12	0.16553	e64a14b647fc0501fa…
swarm_optimization_qaoa	ibm_fez · Heron R2	d7pq0043lfgs73fg9ts0	607.16	0.12305	944a413e393addd33f…
swarm_dynamics_qmc	ibm_kingston · Heron R2	d7pq0gm25ies7396351g	1353.41	0.13672	321b070ce78734e112…
module	ibm_marrakesh · Heron R2	d7qvad7ljm6s73b9ol00	4663.95	0.277588

How to verify

Don't trust — check.

Every figure carries a real IBM Heron job ID + a vault content hash + a directive ID — recorded at execution time, not after.
Confirm the WORM-sealed receipts at attest.q-routed.com — pure-math verification, no account needed.
Current capabilities are read live from the agent worker (above) — the page can't drift from the running service.
Honest note: IBM Heron job IDs are account-private, so you confirm via the sealed receipt + χ² fingerprint, not by re-running the IBM job. The benchmark engine that reports where quantum loses too is public at benchmark-results.