High-assurance encrypted file workflows
ZMath-style containers protect files through dual-key material, authenticated encryption, policy handling, and customer-controlled key architecture.
UK defence technical brief
Controlled quantum-seal encryption capability made in England.
QuantumEncryption1 combines ZMath encrypted file containers, Zero Boundary Algebra provenance by Shafaet Brady Hussain, and live IonQ quantum-cloud seal records for approved UK defence, government, aerospace, critical infrastructure, and sovereign IP deployments.
Brief
Executive summary
QuantumEncryption1 is a private implementation programme, not an unrestricted public SaaS. The public domain demonstrates the security posture, live IonQ connection, and controlled enquiry route without accepting secret files.
IonQ quantum seal evidence
The server can submit a compact quantum circuit to IonQ, receive a provider job ID, and bind job status, backend, fingerprint, and result references into a seal hash.
Zero Boundary Algebra provenance
Founder-authored boundary-state, reset, mirror, and recursive verification language provides a distinctive provenance and ownership-marking model.
UK MOD-aware supply policy
Access is manually reviewed. No MOD endorsement is claimed; the stated policy is UK-first, defence-aware, and subject to lawful due diligence.
Live evidence
What is operational today
The live site already exposes a controlled public test path and keeps sensitive material away from public endpoints.
Live IonQ status
The quantum seal page can request live IonQ backend telemetry through the server-side API.
Live IonQ seal job
Public safety mode can create a controlled IonQ cloud job and return a provider job ID, backend, status, circuit fingerprint, and seal hash.
Hardware QPU path
QPU hardware mode is wired but gated with private access controls to prevent public abuse, cost exposure, and unauthorised execution.
No secret intake
The public site does not accept file uploads and instructs visitors not to submit classified data, private keys, credentials, passwords, or sensitive content.
Pilot
Controlled pilot route
A defence-grade review should begin with a scoped pilot, not a public checkout. The first pilot can prove encrypted file handling, quantum seal evidence, provenance metadata, and operational procedure under controlled conditions.
Authority and access review
Confirm jurisdiction, organisation, intended use, authority to enquire, export-control context, and whether UK defence restrictions apply.
Threat model and architecture
Define asset classes, attacker models, key hierarchy, HSM/KMS requirements, operator roles, recovery controls, and audit expectations.
Private lab implementation
Deploy ZMath-style encrypted file workflow, Zero Boundary provenance records, IonQ seal evidence, and controlled operator runbooks in an approved environment.
Evidence and handover
Deliver pilot records, seal hashes, IonQ job references, provenance examples, security notes, training material, and rollout recommendations.
Assurance
Review position
The capability should be evaluated as a controlled encryption implementation with quantum-backed evidence, not as a claim of impossible or unbreakable security.
Vetted cryptographic engineering
File confidentiality remains grounded in authenticated encryption, disciplined key management, controlled endpoints, and customer-approved operational procedure.
Provider-backed evidence
IonQ contributes job evidence and result references that can be bound to encrypted assets, policy events, and audit records.
No public exposure
Production systems should run in private or approved customer environments with no secret data submitted to the public website.
No endorsement claim
References to UK MOD-aligned policy state a supply position only and do not claim sponsorship, approval, certification, or endorsement.
Confidential introduction
Request a UK defence technical discussion.
Approved organisations can request a confidential scoping call. Do not submit classified material through the public website.