Consortium Governance & Charter
The ZTDS AI Consortium is an independent, vendor-neutral standard-setting body dedicated to zero-trust data sanitization in generative AI and automated agent systems. Governed under open consensus, academic peer review, and irrevocable royalty-free patent covenants.
01. Executive Charter & Architectural Mission
The primary purpose of the ZTDS AI Consortium is to establish, maintain, and verify provable industry standards that guarantee unmasked personally identifiable information (PII), protected health information (PHI), and confidential secrets are mathematically incapable of crossing runtime execution perimeters.
Architectural Neutrality
The ZTDS standard operates independent of specific cloud providers, AI model vendors, or SaaS intermediaries. Specifications are formal mathematical contracts, not proprietary product lock-ins.
Empirical Reproducibility
Every specification requirement MUST be auditable via verifiable network telemetry interception, cryptographic checksum validation, or reproducible unit benchmarks.
Public Domain Integrity
All normative specification documents are published under Creative Commons Attribution 4.0 (CC-BY-4.0) with immutable DOI anchors registered via Zenodo, OSF, and CERN registries.
Institutional Demarcation & Legal Shield
Boundary Definition per ZTDS Legal TreatiseUnder international jurisprudence (United States, European Union, United Kingdom, Israel), technical standard-setting is an exercise of technical publishing and academic peer consensus (following the precedent of W3C, IETF, and OWASP). To preserve absolute legal safety, ZTDS.ai maintains strict boundary demarcations:
| Institutional Capacity | What ZTDS.ai Is | What ZTDS.ai Is NOT (Strict Boundary) |
|---|---|---|
| Standard Setting | Open Technical Consortium & RFC Maintainer (W3C / IETF model). | Not a statutory state standards body (e.g. NIST, DIN, ISO national member). |
| Verification & Seals | Git-backed automated code linter & zero-egress packet inspector. | Not an accredited Conformity Assessment Body (ISO/IEC 17025/17065) or EU Notified Body. |
| Audit & Assurance | Objective runtime telemetry & cryptographic hash receipt generator. | Not a commercial CPA firm issuing AICPA SOC 2 Type II or financial audit opinions. |
| Legal Compliance | Technical invariant verification mapping to statutory safe harbors. | Not legal counsel; does not sign Data Processing Agreements (DPAs) or BAAs. |
02. Active Working Groups (WGs) & Charters
Consortium activities are partitioned into three domain-specific working groups. Each working group is co-chaired by an accredited ZTDS Fellow and an industry member representative, operating under open consensus and public GitOps tracking.
Architecture & Cryptography
Formulates mathematical proof definitions for Zero External Egress (ΔEgress ≡ 0.00 bytes) and hardware enclave isolation (AWS Nitro, Apple Secure Enclave, sandboxed WebAssembly). Enforces bijective mapping entropy and auto-purge volatile memory guarantees.
- RFC v1.0 Mathematical Core & Formulations
- WASM Sandbox Isolation Test Harness
- Asymmetric Ed25519 Audit Receipt Schema
- AES-256-GCM Ephemeral Vault Spec
/docs/rfc-v1-crypto-proofs.mdGRC & Regulatory Compliance
Maintains cross-jurisdictional compliance cross-mappings between technical invariants and international privacy statutes. Drafts formal legal memorandums demonstrating why local in-memory execution renders vendor Data Processing Agreements (DPAs) legally superfluous.
- Executive Memo ZTDS-CISO-2026-V1
- GDPR Recital 26 / Art. 28 Exemption Matrix
- EU AI Act Article 10 Data Governance Guide
- HIPAA Safe Harbor 45 CFR §164.514 Protocol
/docs/ciso-procurement-pack.mdDeveloper Ecosystem & Tooling
Builds and standardizes open-source client-side developer SDKs, Model Context Protocol (MCP) stdio gateways, and automated CI/CD verification harnesses. Validates real-world AI pipelines against sub-2ms latency performance ceilings.
- Automated CLI Auditor (
npx ztds-audit) - MCP Stdio Sanitization Gateway Protocol
- 10 Canonical Architectural Blueprints
- Dynamic SVG Trust Badge Generator (
/badge/)
/packages/ztds-sdk-core03. Multi-Stakeholder Consensus & Voting
To prevent vendor capture and maintain strict neutrality, consortium decisions adhere to the RFC-8821 consensus protocol with cryptographically signed ballots.
Ratification of new RFC versions or deprecation of existing standards requires a 66.7% affirmative vote of all accredited Voting Fellows.
Corporate affiliates, subsidiaries, and related holding companies share a single collective vote to prevent hyperscaler domination.
All plenary votes are cast via GPG or Ed25519 cryptographically signed commits on the public consortium repository for auditability.
Every candidate RFC undergoes a mandatory 30-day public comment window prior to ratification, with all objections publicly addressed.
04. RFC Specification Lifecycle
All changes to the ZTDS technical specification progress through five formal lifecycle states modeled after IETF RFC procedures, requiring peer consensus and empirical proof.
Initial GitOps RFC pull request opened with invariant impact statement.
Active technical refinement under relevant Working Group oversight.
Requires 2+ independent, interoperable implementations passing benchmarks.
Consortium 2/3 supermajority consensus vote & immutable DOI allocation.
Superseded specifications permanently archived for backward auditability.
RAND-Z Royalty-Free Patent Covenant
All specification contributors and working group members are bound by the RAND-Z (Reasonable and Non-Discriminatory with Zero Royalties) patent covenant to ensure the ZTDS standard remains unencumbered and accessible to all developers worldwide.
Irrevocable Worldwide Patent Grant
Every contributor unconditionally grants an irrevocable, worldwide, perpetual, royalty-free, non-exclusive patent license to any individual or organization implementing software conforming to the normative requirements of the ZTDS specification.
Defensive Termination Shield
If any entity asserts patent infringement claims against a conforming ZTDS implementation regarding technology covered by the specification, all patent rights granted to that asserting entity under the ZTDS covenant are automatically and immediately terminated.
git commit -s (Signed-off-by).
06. Join a Working Group via GitOps
The ZTDS AI Consortium maintains zero bureaucratic barriers. Any engineer, CISO, or researcher can propose technical revisions, participate in working group deliberations, or submit code implementations through our GitOps workflow.