Vault · Encrypted, Secure, Access-Controlled

Sealed by default. Opened by decision.

Protects canonical artefacts, critical evidence, and institutional authority.

Protejează artefactele canonice, dovezile critice și autoritatea instituțională.

cidavault.com holds the material within the Central Intelligence Data Architecture that must never be casually reachable: credentials, executed contracts, intellectual property filings, signing keys and regulated correspondence. Nothing here is accessible because someone is logged in. Access requires an authorised decision, a stated purpose and a permanent record.

Powered by RONOR — Sovereign Intelligence Operating Runtime operating under constitutional and operational control.
Vault · Chamber state Sealed
SEALED CORE CREDENTIALS CONTRACTS IP FILINGS SIGNING KEYS
AES-256At rest
HSMKey custody
0Standing access
Custody model

Secrecy is an operating discipline,
not a storage tier.

Most breaches are not cryptographic failures; they are governance failures. Credentials outlive the person who created them, contracts are copied into shared drives, and privilege accumulates silently. The Vault is built to make each of those outcomes structurally impossible rather than merely discouraged.

Deny by default

No identity holds standing access to Vault material. Every read requires an authorisation decision evaluated at the moment of request, and that decision expires.

Time-bounded elevation

Sensitive operations require elevation with a named approver and an explicit window. When the window closes, access ends without action or reminder.

Split responsibility

Key custody, policy authorship and operational access are held by distinct roles. No single actor can both change the rules and exercise them.

Rotation as routine

Credentials and keys carry scheduled rotation from creation. A secret that cannot be rotated automatically is not accepted into custody.

Contracts and filings

Executed agreements, IP filings and priority documents are held with integrity proofs, so authenticity can be demonstrated years later without relying on institutional memory.

No plaintext egress

Secrets are injected into authorised workloads at runtime rather than handed to humans. The default path exposes a reference, never the value.

Encryption

Layered, so one failure
is not total.

Encryption is applied at multiple independent layers with separate key hierarchies, so compromise of any single layer or key does not yield plaintext. Envelope encryption binds each object to a data key that is itself sealed by a hardware-held master key.

  • AES-256-GCM at rest with per-object data keys and authenticated encryption.
  • Hardware-held master keys. Master material never leaves the security module boundary.
  • TLS 1.3 in transit with mutual authentication for workload-to-Vault paths.
  • Integrity proofs on every object, verified continuously rather than on read alone.
vault.policy.hcl
path "vault/contracts/*" {
  capabilities   = ["read"]
  require        = ["elevation", "named-approver"]
  max_ttl        = "15m"
  purpose        = ["legal-review", "audit"]
  jurisdiction   = ["EU", "UK"]
  egress         = "reference-only"   # never plaintext
}

path "vault/credentials/*" {
  capabilities   = ["inject"]
  consumers      = ["workload:ronor-runtime"]
  human_read     = false
  rotate_every   = "720h"
}

audit {
  mode           = "append-only"
  record         = ["identity", "purpose", "decision",
                     "approver", "jurisdiction"]
  denials        = true            # denials are evidence
}
Access control

Every opening has a
name attached.

The Vault does not recognise anonymous or automated privilege escalation. A request presents an identity, a purpose and a jurisdiction; the Control Plane evaluates policy; and if elevation is required, a human approver is recorded alongside the decision.

Denials are retained with the same permanence as approvals. A pattern of refused requests is a security signal, and discarding it would remove the evidence that matters most.

Continuous seal verification · integrity intact
Custody · Chamber inventory Sealed
Credentials & API keysinjection only · human read deniedSealed
Executed contractsintegrity proofs attachedSealed
IP filings & priority docstimestamped custodySealed
Signing keyshardware boundaryHSM
Regulated correspondencelegal-hold awareSealed
Standing access grantsby designNone
Sealed chamber Integrity verified
Audit

Append-only, including the refusals.

The audit log is the Vault's most important artefact. It is append-only, tamper-evident and retained independently of the material it describes, so that the history of access survives even the removal of the underlying object.

ChamberContentAccess pathElevation
CredentialsAPI keys, service secrets, tokensRuntime injection onlyHuman read prohibited
ContractsExecuted agreements and amendmentsReference with scoped viewNamed approver, 15 minutes
Intellectual propertyFilings, priority documents, disclosuresRead with integrity proofNamed approver, 30 minutes
Signing keysCode, document and transaction signingOperation only, never exportDual control required
Regulated recordsCorrespondence under obligationCompliance role, purpose-boundLegal-hold aware

Tamper-evident

Records are chained so that any modification or excision of history is detectable, and detection is automated rather than dependent on review.

Independently retained

Audit history is stored apart from Vault material with its own retention policy, surviving object deletion and account changes alike.

Queryable evidence

Auditors can reconstruct who accessed what, under which purpose and on whose approval, without requesting an export from the team under review.

CIDA · Central Intelligence Data Architecture

Assurance beneath the architecture.

The Vault is the assurance component of CIDA. It secures what the Data Lake must not expose, protects the credentials the Control Plane uses to orchestrate, safeguards the agreements the Archive references, and ensures the Cortex can cite sensitive material without disclosing it.

Custody review

Tell us what must never leak.

Vault provisioning begins with a custody review: what material is held, who may open it, under which purposes and jurisdictions, with which approvers, and what the audit obligation is. Access follows the review, never precedes it.

Request Custody Review Request a Briefing

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