INTERNATIONAL ACCREDITATION · IETF · WIPO · CAB

ZTDS Standardization & Certification Authority IETF, WIPO & CAB Accreditation Hub

Unified institutional authority for Zero‑Trust Data Sanitization across IETF Internet‑Drafts, WIPO IP registrations, security audits, and CAB governance.

IETF Internet-Draft WIPO Patents & Trademark CAB & Track D Governance Verification Tools →

IETF INTERNET-DRAFT · STANDARDS TRACK

draft-sibiryakov-ztds-protocol-02

Zero-Trust Data Sanitization (ZTDS) Protocol Architecture for Artificial Intelligence

Live on IETF Datatracker → Plaintext Draft xml2rfc v3 XML

Formal Specification Vocabulary

Adheres strictly to RFC 7991 (xml2rfc v3), validated via xmllint with 0 errors. Formatted in standard 72-character plain text complying with IETF Secretariat requirements for publication in the IETF Datatracker.

Standardized Invariants

Formally specifies Invariants 1 through 4: Zero socket transmission prior to sanitization, deterministic reversible tokenization, cryptographic isolation in volatile RAM, and continuous zero-subprocessor compliance.

Mathematical Protocol Bounds

Establishes linear time complexity O(N) with catastrophic backtracking immunity, sub-2.0ms latency guarantees, and Ed25519 digital signature minting (RFC 8032).

WIPO International Intellectual Property Anchors

Secured under the Paris Convention for the Protection of Industrial Property and international filing channels through the World Intellectual Property Organization.

PATENT PORTFOLIO · PCT IPC G06F 21/62

U.S. & International Patents Pending & PCT Specification

U.S. & International Patents Pending · Paris Convention Priority Window

Statutory Architecture & Claims Scope: Enforces 5 independent patent claims covering volatile client-side memory isolation, reversible attention-preserving surrogate tokenization, multi-agent zero-trust delegation, and cryptographic conformity verification.

Statutory Prosecution Deadlines: Protected under Paris Convention 12-Month International Priority & WIPO Patent Cooperation Treaty (PCT) International Phase (Targeting USPTO, EPO, ILPO, UKIPO, JPO).

Request Claims Tree & Due Diligence Dossier via Counsel NDA → Certified WIPO Priority Exchange

TRADEMARK · MADRID SYSTEM Nice Classes 9 & 42

ILPO Order #182655957 & Madrid Filing Dossier

Registered Word Mark ZTDS™ & Certification Mark ZTDS VERIFIED™ · Nice Classes 9 & 42

Nice Classification Coverage: Class 9: Software for data sanitization, WASM, SDKs, MCP interceptors, cryptographic receipts.
Class 42: SaaS, testing, analysis, evaluation, and certification of software goods and services.

Designated Contracting Parties (WIPO Form MM2): United States (USPTO + Form MM18 Intent to Use), European Union (EUIPO), United Kingdom (UKIPO), Japan (JPO), Canada (CIPO), Switzerland (IPI), Australia (IP Australia), Singapore (IPOS).

Review Trademark Terms & Guidelines → WIPO Madrid System International Scope

Master IP Portfolio & Statutory Prosecution Calendar: Priority locked under Paris Convention Art. 4 & 35 U.S.C. § 119 across US, EU, UK, and JP.

Request Legal Dossier via NDA →

CONFORMITY ASSESSMENT BODY (CAB)

ZTDS Conformity Assessment Policy & Invariants

The ZTDS AI Consortium functions as the neutral open Conformity Assessment Body (CAB), governing accreditation tracks, invariant certification standards, and zero-day revocation procedures.

Invariant 1

Zero External Egress

0.00 bytes of sensitive cleartext transmitted across network interfaces prior to sanitization.

Invariant 2

Reversible Tokenization

Syntactic bracketed surrogates preserve attention weights; private mapping tables stay strictly in client RAM.

Invariant 3

Volatile RAM Isolation

Execution confined to non-swappable volatile RAM (mlock) with explicit cryptographic zeroization.

Invariant 4

Zero Subprocessors

Software operates as a local utility, excluding vendor from GDPR Article 28 and eliminating DPA chains.

Track A: Automated CTS (Level 1)

Continuous AST and socket inspection via npx ztds-audit --cert and GitHub Actions. Mints an Ed25519 digital certificate for reproducible open builds.

Track B: Third-Party Lab (Level 2)

Independent white-box code audit and dynamic socket trapping conducted by accredited security laboratories (Cure53, Trail of Bits, NCC Group).

Track C: Hardware Enclave (Level 3)

Hardware-attested cryptographic isolation executed inside AWS Nitro Enclaves or secure isolated enterprise virtualization boundaries.

Track D: Forensic & AML FRE 901/902

Cryptographic chain of custody for blockchain investigations. Requires topological surrogate mapping, amount binning, and Ed25519 docket receipts.

View Forensic Spec →

0-Day Network Egress Revocation Protocol: In the event of a verified socket transmission violation (Severity Critical), the CAB executes automated certificate revocation within 24 hours.

Read CAB Policy →

INDEPENDENT CODE AUDIT · CLEAN BILL OF HEALTH

Third-Party Security Audit & Attestation

White-box evaluation of reference sanitization core · 0 Critical · 0 High Vulnerabilities

Read Full Audit Report → RFP & Testing Spec

Module A: Sockets

0.00 bytes socket egress confirmed via OS network interception traps.

Module B: In-RAM

Volatile memory scoping and explicit zeroization verified without swap persistence.

Module C: ReDoS

Linear time DFA regexes immune to catastrophic backtracking attacks.

Module D: Ed25519

RFC 8032 digital signature verification with zero telemetry dependencies.

Module E: AST Clean

Abstract syntax tree parsing confirms zero subprocessor cloud telemetry.

Verification & Accreditation Toolset

Self-serve cryptographic verification and automated testing tools for enterprises, developers, and compliance auditors.

Certificate Validator

Browser-based Ed25519 validator executing in client-side RAM. Paste token or drag .cert file.

Open Validator →

Perimeter Scanner

Real-time browser-based zero-trust network inspector with Airplane Mode disconnection audit protocol.

Launch Scanner →

Verified Registry

Public directory of 11 accredited AI tools and reference implementations with downloadable .cert tokens.

Explore Registry →

GitOps Accreditation

Self-serve application portal for software vendors and developers submitting pull requests for verification.

Get Certified →

Direct Answer Knowledge Base

Standardization & Certification Authority FAQ

What are the three official accreditation tracks governed by the ZTDS Certification Authority? ↓

The ZTDS AI Consortium governs three accreditation tracks: Track A for Verified Software & AI Implementations (/registry/), Track B for Corporate Adopters standardizing internal AI governance (/companies/), and Track C for Research Fellows contributing peer-reviewed academic and legal scholarship (/fellows/).

What are the four mandatory technical invariants required for ZTDS RFC v1.0 certification? ↓

Certified systems must satisfy: (1) Zero External Egress Prior to Sanitization (0.00 bytes cleartext WAN leakage), (2) Deterministic Reversible Surrogate Tokenization in local memory, (3) Verifiable Volatile RAM Isolation and Post-Session Zeroization (Theorem 2), and (4) Continuous Compliance with Zero Subprocessor Chain.

How does ZTDS certification accelerate enterprise B2B security and DPO procurement reviews? ↓

By proving mathematically that sensitive customer data is tokenized in local volatile RAM prior to network serialization, ZTDS certification establishes GDPR Article 28 processor path elimination and GDPR Article 32 technical safe harbor, compressing 90-day vendor security audits into rapid cryptographic verification.

How is certification maintained when a software vendor releases a new version? ↓

Accredited vendors integrate the GitHub Action (.github/workflows/ztds-audit.yml) and npx ztds-audit --strict into their CI/CD release pipeline, binding each semantic version to an updated SHA-256 build receipt and Ed25519 conformance certificate.