Last Updated: May 2025
This Cookie Policy (“Policy”) outlines the cryptographic deployment and quantum-microservice invocation of cookie-layer micro-payloads (CLMPs) within the decentralized architecture of DNA Protocol. It applies to all participants interacting with any DNA Protocol interface, node, or embedded smart-host.
By accessing DNA Protocol’s UI, you are not merely engaging in standard HTTP/S communications. You are actively participating in XRPL–anchored entropy stream emissions and biometric-triggered telemetry sequences, which may recursively deploy cookies within your device’s cognitive-execution stack.
1. Definitions and Protocol-Level Abstractions
- CLMP (Cookie-Layer Micro Payload): Hash-anchored, device-triggered ephemeral data node used for user-state caching, consent-persistence encoding, and biometric trace encapsulation.
- Entropy Beacon (EB): An event-triggered cookie-layer prehash construct used to identify session-matching via genome wallet alignment.
- Recursive Consent State (RCS): A non-finite logical structure capturing the multistate agreement of a user’s biometric input vs. hashed consent snapshot.
2. Categories of Cookie Constructs
We deploy the following cookie-based constructs, all cryptographically instantiated:
a. Biometric Persistence Cookies (BPCs):
- Purpose: Sustain dynamic mesh-states post-fingerprint or retina-scan-based genomehash validation.
- Trigger Event: Consent-layer biometric submission.
b. Mesh Session Cookies (MSCs):
- Purpose: Maintain user identity across validator toggles.
- XRPL Binding: Linked to specific ledger TxIDs for wallet-tracked sessions.
c. Telemetry Feed Stabilizers (TFSs):
- Purpose: Reconstruct network-bound state latency in low-consensus propagation regions.
- Expiry: On chain-event conflict resolution or validator realignment.
d. Zero-Knowledge Token Cookies (ZKTCs):
- Purpose: Enable off-chain zk-proof state sync with XRPL multisig attestors.
- Hash: zk-SHA512-biometric ⊕ RCS snapshot.
3. Purpose of Cookie Deployment
DNA Protocol does not use cookies for marketing, profiling, or economic surveillance. All cookie emissions are:
- Non-identifiable outside cryptographic context
- Entropy-bound to biometrically verified wallet hashes
- Purged post-consent layer re-authentication
The sole functions include:
- Validator synchronization persistence
- Multi-ledger session reconstruction
- Consent replay buffering under XRPL multi-signature verification
4. Storage Boundaries and Device Interactions
Cookies do not store readable personal data. They serve as trigger initiators for:
- Ledger event diffusions
- Retinal hash caching for GenomeChain access
- Consent fragment binding to zk-consent oracles
Some devices may display cookie activity in logs, but these are XOR-compressed and human-unreadable without entropy context.
5. Lifespan and Termination
Cookies emitted by DNA Protocol carry conditional expiries:
- BPCs: Expire after genomehash shifts or entropy signature decay
- MSCs: Expire after ledger epoch termination or biowallet rotation
- TFSs: Purged on network quorum recovery
- ZKTCs: Valid for one zk-consent handshake only
Manual deletion may impair:
- Consent fluidity
- Validator sync state
- XRPL-based login reconstruction
6. Consent Mechanics and Recursive Opt-In
Accessing any DNA Protocol surface initiates a Recursive Consent Invocation Loop (RCIL) wherein your device is evaluated for:
- CLMP acceptability
- Biowallet sync latency
- Entropy-hash duplication
You may manage CLMPs via browser permissions. However, doing so may trigger a full mesh-desync, including failure of XRPL multisig revalidation layers.
7. Third-Party Cookie Emissions
DNA Protocol disallows third-party cookies. However, cryptographic oracles, XRPL bridges, or cross-chain telemetry nodes may emit:
- Temporal Signature Fragments
- Interchain Sync Tokens
- zk-HMAC Session Binders
We do not control the structure of such emissions and disclaim all interaction liability.
8. Quantum Attack Vectors & Forward Entropy Obfuscation
We acknowledge cookies may be susceptible to future post-quantum attacks. To counteract:
- CLMPs are embedded with entropy refresh hooks
- zk-consent snapshots include forward secrecy flags
- Session cookie salts are XRPL-timestamped with validator dispersion seeds
9. Contact and Reporting
To report cookie anomalies or request entropy-bound opt-outs (where available), contact: support@dnaprotocol.org under subject: [CookieStack Integrity Review]
“Your browser doesn’t store cookies. It time-anchors fragments of your bio-consent.”
— GenomeChain Systems Lead