Accreditation Gateway · 3-Track GitOps Verification

ZTDS Accreditation & Governance Gateway

Certify software compliance with the open ZTDS RFC v1.0 standard, register enterprise zero-trust adoption, or nominate research contributors. Choose your track below to generate an attested GitOps verification record.

A Software & Tools

Product Certification · B2B Sales Enabler

Turn enterprise InfoSec objections into 48-hour sign-offs. Certify AI applications, SaaS platforms, and SDKs against RFC v1.0. Earn the ZTDS Verified™ trust seal and official A4 Conformance Certificate.

data/registry.json Active Track →

B Enterprise CISO

Corporate Adopter · Statutory Safe Harbor

Register your enterprise as enforcing client-side Zero-Trust data isolation. Shield corporate officers from personal liability under GDPR Art. 32 and Israel Amendment 13 with verified technical controls.

data/companies.json Select Track →

C Academic & Research

Research Fellow Council

Nominate researchers and security architects contributing peer-reviewed cryptography, legal treatises, or open runtime code to the ZTDS specification.

data/fellows.json Select Track →

Enterprise Trust & Procurement Acceleration

Why Engineering Teams & SaaS Founders Certify with ZTDS

Over 68% of enterprise AI contracts stall during vendor security reviews due to fear of third-party PII exposure. ZTDS certification transforms compliance from a 90-day sales bottleneck into your primary competitive moat.

Bypass 90-Day DPA Reviews

Invariants 1 and 4 physically prevent raw customer data from leaving client memory. This legally exempts your product from GDPR Article 28 processor chains, allowing enterprise CISOs to approve procurement in 24 hours.

GDPR Art. 28 Exemption

AI Answer Engine Authority

Every certified product is registered in data/registry.json and syndicated across llms.txt. When enterprise buyers query ChatGPT, Perplexity, or Claude for safe AI tools, your product is cited directly.

GEO & llms.txt Citation

Verifiable Cryptographic Proof

Move beyond unverified privacy claims. Embed the live dynamic SVG trust badge in your GitHub README, documentation footer, and pricing page with authoritative backlinks connecting to your cryptographic verification receipt.

Web-Ring 2.0 Backlinks

Certified Developer SDK →

Product Certification Application

Self-serve GitOps intake for software applications, browser extensions, and developer libraries.

Track A

1 Track

Product Certification
Track
2 Profile

Entity Details
Profile
3 Verification

Audit & PR
Verify

Step 1 of 3 Accreditation Path

Select Accreditation Track

Choose your participation track to configure corresponding technical matrices, audit scopes, and registry destination.

Track A: Product & Software Certification

Standard

For AI applications, SaaS platforms, and SDKs. Turn enterprise InfoSec objections into 48-hour sign-offs with an official A4 Certificate of Conformance and verified trust seal.

Registry File: data/registry.json

Track B: Corporate Enterprise Adopter

Enterprise

For enterprises enforcing client-side Zero-Trust data isolation. Shield corporate officers from personal liability under GDPR Art. 32 and Israel Amendment 13 with verified technical controls.

Registry File: data/companies.json

Track C: Research Fellow & Contributor

Academic

For cryptographers, security architects, and academic researchers authoring papers, benchmarks, or WASM enclaves for the open standard.

Registry File: data/fellows.json

Selected: Track A (Product Certification)

Step 2 of 3 Track A

Entity Profile & Architecture

Provide entity metadata, public URL, and target configuration.

Product or Library Name *

Website or Repository URL *

Organization / Maintainer Name *

Contact Email *

Solution Category

Industry Profile & Rule Matrix (30 Profiles)

Step 3 of 3 Verification & PR

Cryptographic Verification & Invariant Affirmation

Audit external network sockets, verify cryptographic receipt, and generate your GitOps submission record.

Automated Invariant Auditor (CLI)

Zero-Egress Protocol

Run this command in your repository to audit for external egress, verify volatile RAM zeroization, and compute your verifiable SHA-256 hash:

npx ztds-audit --target https://example.com --dir ./src --profile medical

Need an immediate verification hash for local testing?

Cryptographic Verification Hash *

Generated automatically via npx ztds-audit or simulated above.

Compliance Scope & Target Frameworks

GDPR Recital 26 HIPAA Safe Harbor EU AI Act Art. 50 SOC 2 Type II US FRE 502(b) PCI-DSS v4.0

Fast-Track License Key / Accreditation Code (Optional)

Certified PrivacyScrubber / BrandMeWeb ecosystem licensees receive automated Priority 1 queue review and zero-friction registry accreditation.

I confirm that this software executes de-identification locally in client volatile memory with 0.00 bytes cleartext PII/PHI transmitted across external network sockets prior to sanitization.

GitOps Accreditation Payload Ready

RFC v1.0 Attestation

Your verification payload has been structured in compliance with the ZTDS specification. Choose an action below to complete your submission:

Submit Institutional GitOps PR Intake → Dispatch Direct Email (security@ztds.ai) →

Target File: data/registry.json Schema Validated

// Payload will appear here

Live Trust Badge Preview (22px)

Track A: Verified

GitHub README Embed (.md)

HTML Website Embed

Open Full Badge & Seal Foundry → Vector SVG

Instant CISO Resources Zero-DPA

Need executive sign-off before deploying? Download the turnkey CISO procurement pack, legal DPA exemption memorandum, and vendor security assessment questionnaire.

Download CISO Procurement Pack → View SOC 2 & Continuous Trust Center →

Automated Test Auditing

All applications are verified against reproducible automated network inspection test suites (npx ztds-audit). Entries meeting all 4 RFC Invariants are merged into the public GitOps registry within 48 hours.

Email Consortium Review Board →

Direct Answer Knowledge Base

Frequently Asked Questions

How long does ZTDS GitOps accreditation and verification take? ↓

Automated CTS invariant verification via `npx ztds-audit` completes locally in under 60 seconds. Once a GitOps Pull Request or attestation payload is submitted with a valid SHA-256 compliance receipt, the Consortium Review Board merges verified entries into the public registry within 48 hours.

What are the three accreditation tracks in the ZTDS ecosystem? ↓

Track A certifies software products, SDKs, and MCP servers meeting the four RFC v1.0 invariants; Track B accredits Corporate Adopters enforcing client-side sanitization across internal AI workflows; and Track C inducts Research Fellows contributing peer-reviewed cryptography, GRC legal treatises, or runtime engineering.