Announcing the Trust Identity Protocol (TIP): HTTPS for the AI Era

Announcing the Trust Identity Protocol (TIP): HTTPS for the AI Era

TL;DR. The Trust Identity Protocol (TIP) is a free, open, post-quantum-secure, patent-protected standard for verifying human identity and AI content provenance on the public web. We built it at The AI Lab Intelligence Unobscured, Inc. (theailab.org) and released it openly under CC-BY 4.0. Two million identities and content registrations are live today. The full specification, governance documents, and reference implementations are public. This post explains what TIP is, why we built it, how it works, and how you can integrate it today.

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The trust crisis you are already living through

In 2026, you can no longer trust a single text, voice call, photo, email, or video on the public internet. AI can fake all of them. Perfectly. In under one second.

This is not a marketing line. It is the operational reality every platform, publisher, employer, journalist, family member, and government is now adapting to in real time.

A cloned voice convinced a CFO to wire 25 million dollars to a fake supplier. A deepfake of a head of state announced fake war footage that crashed a regional stock index for 47 minutes. A fully synthetic news photo, indistinguishable from a Reuters image, was reprinted by four wire services before any of them caught it. A father received a video call from his teenage daughter screaming for help, made entirely of AI voice and face cloning from three Instagram clips.

Every existing standard for digital authenticity was built for a web where humans authored most content. We are now in a web where AI authors most content. The trust primitives that worked in 2010 do not survive 2026.

The fix has to be a standard, not a feature. A standard, like HTTPS, is something anyone can implement, no one owns, and the entire internet adopts because the cost of not adopting it is too high.

That is what we built. It is called the Trust Identity Protocol, or TIP. This post is the formal public announcement.

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What TIP is, in one sentence

TIP is a free, open, post-quantum, patent-protected cryptographic standard for verifying human identity and AI content provenance on the public internet, governed by an independent body, free for the world to use, built by The AI Lab Intelligence Unobscured, Inc.

The "HTTPS for the AI Era" framing is not marketing. It is architecturally accurate. HTTPS proved that you were talking to the right server. TIP proves that you are looking at content from the right human, with the right Origin Code (Original Human, AI-Assisted, AI-Generated, or Mixed).

The padlock you see in your browser address bar is the closest mental model. TIP is the padlock for identity and content in the age of AI.

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The three layers of TIP

TIP is one protocol made of three composable layers. Each layer does one job. Together they form the complete trust primitive for the AI-era web.

Layer 1: TIP-ID (cryptographic identity)

A TIP-ID is a post-quantum cryptographic identity for a verified human. It is issued by an accredited Verification Provider after a four-layer biometric stack (document, face, voice, liveness) confirms a real, unique, living person.

{
  "tip_id": "tip:8f3a2b1c-9d4e-4f5a-b6c7-d8e9f0a1b2c3",
  "issued_by_vp": "vp:nyc-veriphi-001",
  "issued_at": "2026-05-24T18:00:00Z",
  "public_key": {
    "algorithm": "ML-DSA-65",
    "key": "base64url-encoded-public-key-bytes..."
  },
  "jurisdiction": "US-NY",
  "tier": "VERIFIED",
  "revocation_status": "ACTIVE"
}

Once issued, a TIP-ID is the user's universal cryptographic signing identity. It is recorded on a federated Directed Acyclic Graph (DAG) network operated by independent Node Operators across multiple jurisdictions.

Layer 2: TIP-CONTENT (per-asset provenance)

Every piece of content the user signs with their TIP-ID generates a Content Trust ID (CTID), which is the cryptographic provenance token for that asset.

{
  "ctid": "ctid:7a9b1c3d-5e7f-8a0b-1c2d-3e4f5a6b7c8d",
  "tip_id": "tip:8f3a2b1c-9d4e-4f5a-b6c7-d8e9f0a1b2c3",
  "content_hash": "sha3-256:1b2c3d4e5f6a7b8c...",
  "perceptual_hash": "phash:8a7b6c5d4e3f2a1b",
  "origin_code": "OH",
  "content_type": "text/html",
  "signed_at": "2026-05-24T18:05:00Z",
  "signature": {
    "algorithm": "ML-DSA-65",
    "signature": "base64url-encoded-signature-bytes..."
  }
}

The CTID is the per-asset proof that this exact content came from this exact verified human, with this exact Origin Code, at this exact time. Anyone, anywhere, can verify it for free.

Layer 3: TIP-TRUST (public trust score)

Every TIP-ID accumulates a TIP Trust Score computed from four independent sub-scores running on the DAG network:

Sub-score	What it measures
Verification	Quality of the four-layer biometric verification, VP accreditation tier, jurisdiction
Content	Signed content history, Origin Code distribution, perceptual-hash uniqueness
History	Time on protocol, peer attestation, dispute outcomes
Attestation	Voluntary attestations from other verified humans and institutions

The trust score is GDPR-compliant by default: tier label only (Highly Trusted, Trusted, Verified, Caution, Not Trusted), with the numeric score visible only by opt-in. Zero-knowledge threshold proofs let relying parties confirm "score greater than or equal to 700" without learning the actual score.

The current scoring constants (as of May 2026):

TIER_HIGHLY_TRUSTED  = 850
TIER_TRUSTED         = 650
TIER_VERIFIED        = 400
TIER_CAUTION         = 200

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The four Origin Codes

Every signed asset on TIP carries one of four Origin Codes. This is the universal vocabulary the protocol uses to describe how the content came into being.

Code	Name	Meaning
OH	Original Human	100 percent human created, no generative AI in the loop
AA	AI-Assisted	Human-led, AI used for editing, grammar, formatting, translation, or polish
AG	AI-Generated	Fully model-generated (text, image, video, audio) with human prompt only
MX	Mixed	Composite asset combining human and AI elements (a blog post with AI cover art, a video with cloned voiceover)

The creator declares the Origin Code at signing time. The TIP Classifier (a Multi-Model Consensus system) runs at signing time on most content and disputes any mismatched declarations through the Trust Tribunal.

This is the part that makes TIP different from every other content authenticity standard. Existing standards (C2PA, JPEG Trust, watermarks) prove the camera. TIP proves the human and how they made the content.

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Post-quantum cryptography from day one

Most existing identity and content authenticity standards use pre-quantum cryptography (RSA, ECDSA). Once cryptographically relevant quantum computers arrive (a question of when, not if), every signature issued under those standards becomes forgeable.

TIP is post-quantum from day one. We use the NIST-standardized algorithms ratified in 2024:

Function	Algorithm	NIST Standard	Sizes
Primary signatures	ML-DSA-65 (Dilithium3)	FIPS 204	PK 1,952 bytes, Sig 3,309 bytes
Root and genesis signatures	SLH-DSA-128s (SPHINCS+)	FIPS 205	PK 32 bytes, Sig 7,856 bytes
Key encapsulation	ML-KEM-768 (Kyber)	FIPS 203	PK 1,088 bytes
Hashing	SHAKE-256 and SHA-3	FIPS 202	256-bit

This is not theoretical future-proofing. Every identity, every content signature, every DAG transaction is already signed with post-quantum algorithms in production today. When cryptographically relevant quantum computers arrive, TIP signatures from 2026 will still verify in 2046.

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How to verify a TIP-signed asset in 10 lines of code

Here is the actual API call to verify a CTID. This works today, against the public TIP Registry.

import requests

def verify_tip_content(ctid: str) -> dict:
    """
    Verify a TIP Content Trust ID against the public Registry.
    No API key required. No rate limit for read operations.
    """
    response = requests.get(f"https://registry.theailab.org/v1/ctid/{ctid}")
    response.raise_for_status()
    return response.json()

# Example
result = verify_tip_content("ctid:7a9b1c3d-5e7f-8a0b-1c2d-3e4f5a6b7c8d")
print(f"Origin Code: {result['origin_code']}")
print(f"Verified Human: {result['tip_id_tier']}")
print(f"Signed At: {result['signed_at']}")
print(f"Signature Valid: {result['signature_verified']}")

That is the entire integration. Free, public, no authentication required for verification. The same call works in JavaScript, Go, Rust, PHP, or curl.

For writing TIP signatures (registering identities or signing content), accredited Verification Providers and Publishers use a richer authenticated API. The full OpenAPI specification is at theailab.org/spec.

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A new efficiency rule shipped this week: FIX-09

We shipped a meaningful efficiency rule in the protocol last week worth highlighting because it shows how TIP evolves through community-relevant decisions.

The TIP Classifier (text pre-scan) now skips execution when ALL of these are true:

1. Content type is text
2. Length is 300 characters or fewer
3. Creator declared Origin Code as OH (Original Human)
4. Content does NOT contain any of these AI-tell indicators: em dash, long dash, interpunct, sparkles emoji, robot emoji

The classifier still runs when any of these is true:

1. Content is longer than 300 chars
2. Origin Code is AA, AG, or MX
3. Any of the five AI-tell glyphs is present

Why: roughly 60 to 70 percent of OH text traffic is short-form (social posts, replies, captions). Skipping classifier on that segment cuts inference cost dramatically while preserving accuracy where it matters. The five glyphs catch the highest-precision LLM tells without requiring inference.

def should_run_text_prescan(content, origin_code):
    AI_TELL_INDICATORS = ["em dash", "long dash", "interpunct", "sparkles", "robot"]
    if len(content) > 300: return True
    if origin_code != "OH": return True
    if any(t in content for t in AI_TELL_INDICATORS): return True
    return False

This is FIX-09 in the protocol changelog. The full set of FIX rules is published with rationale in our Charter and Bylaws at theailab.org/charter.

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How TIP compares to existing standards

We did not build TIP to compete with C2PA or JPEG Trust. We built it because they solve a related but different problem.

Capability	C2PA	JPEG Trust	Watermarks	TIP
Proves the camera that took a photo	Yes	Yes	Indirect	Not the focus
Proves the human who created the content	No	No	No	Yes
Binds identity to content cryptographically	No	No	No	Yes
Distinguishes AI-Generated from AI-Assisted	No	Limited	No	Yes (4 Origin Codes)
Post-quantum signatures	No	No	No	Yes (ML-DSA, ML-KEM, SLH-DSA)
Strippable or forgeable	Metadata removable	Metadata removable	Removable or forgeable	Cryptographic, not removable
Free public verification	Yes	Yes	N/A	Yes
Open spec	Yes	Yes	Varies	Yes (CC-BY 4.0)
Independent governance	C2PA Coalition	ISO	Varies	AI Trust Council

Existing standards prove the device. TIP proves the human. They are complementary. The TIP Classifier accepts C2PA metadata as one of its input signals when present.

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Governance: The AI Trust Council

TIP is not governed by The AI Lab. It is governed by the AI Trust Council, an independent body modeled on IETF rough consensus.

Five constituencies hold equal voting weight:

Constituency	Who it represents
Creators	Individual humans signing under TIP-ID
Institutions	Universities, research bodies, nonprofits, news organizations
Publishers	Platforms that host or display TIP-signed content
Operators	Node Operators running the federated DAG infrastructure
Partners	Accredited Verification Providers, Standards Bodies, Government Liaisons

A journalist in Nairobi has the same protocol vote as a Fortune 500 platform in San Francisco. Governance power comes from your role in the ecosystem, not the size of your check.

The Charter (v1.0) was ratified May 3, 2026. The Bylaws are 18 articles. Both are published in full at theailab.org/charter and theailab.org/bylaws.

To inquire about joining the AI Trust Council, email [e-mail].

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Licensing: CC-BY 4.0 for the spec, TIPCL-1.0 for the implementation

We picked two licenses deliberately:

What	License	Why
Protocol specification	CC-BY 4.0	Anyone can implement, fork, extend, translate. Permanent.
Reference implementation	TIPCL-1.0	Free for non-commercial, small business, nonprofit, government. Tiered commercial license for larger organizations. Converts to Apache 2.0 on January 1, 2031. Irrevocable.

The TIPCL-1.0 free tier covers:

1. Individual persons under 100,000 US dollars annual revenue
2. Small businesses under 100,000 US dollars annual revenue
3. Nonprofits, NGOs, and charities (any size)
4. Educational institutions (any size)
5. Government entities (any size)
6. Journalism organizations (editorial use only, any size)
7. R&D and testing within published per-organization ceilings

The TIPCL-1.0 commercial schedule runs across nine tiers:

Tier	Annual revenue band	Annual fee
Micro	100K to 250K	500
Seed	250K to 500K	1,100
Starter	500K to 5M	2,750
Growth	5M to 25M	8,250
Business	25M to 100M	27,500
Enterprise	100M to 500M	71,500
Corporate	500M to 2B	165,000
Strategic	2B to 10B	385,000
Global	10B and above	550,000

Every dollar a Fortune 500 pays for the commercial license funds the free public verification infrastructure for journalists, students, government agencies, and small businesses, forever.

By 2031, the entire reference implementation becomes Apache 2.0. The bet we are making with that conversion: by then, TIP will be embedded in enough of the internet that the standard is permanent regardless of who maintains the reference code.

Full license terms at theailab.org/tip-license. For licensing questions, email [e-mail].

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What is live today

Component	Status	Where
TIP Protocol specification v2	Live, public	theailab.org/spec
TIP-ID issuance	Live (accredited VPs)	Publisher onboarding open
TIP-CONTENT signing	Live	WordPress plugin and browser extensions
Public verification API	Live, free	registry.theailab.org/v1
Browser extensions	Live	Chrome, Firefox, Safari
WordPress plugin	Live	wordpress.org (search TIP Protocol)
Federated DAG	Live, 15+ Node Operators	5+ jurisdictions
AI Trust Council	Convened, Genesis Block June 1, 2026	theailab.org/ai-trust-council
Multi-Model Consensus Classifier	Live in production	All signed content

Traction at announcement (May 2026):

1. Over two million TIP-ID and content registrations live
2. Nearly 500,000 views on our explainer content in 30 days
3. Eleven institutional founding partners (New York Times, Reuters, NVIDIA, Amazon, Boom Live India, Government of India, and others)
4. Four government engagements
5. Five US provisional patents (Claim Groups A through P) and nine registered trademarks
6. NVIDIA Inception member, AWS Activate portfolio company

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Why now: the EU AI Act Article 50

The European Union AI Act Article 50 becomes legally enforceable on August 2, 2026. It mandates strict, machine-readable disclosure of AI-generated content on every platform that serves European users. Non-compliance penalties scale to 7 percent of global revenue.

Fourteen additional jurisdictions are tracking toward similar disclosure regulations through 2027 (Colorado AI Act, NYC Local Law 144, Brazil IA Act, India DPDP framework, UK Online Safety Act amendments).

The market has nine months to adopt a standard. There is no neutral, post-quantum, free implementation in market other than TIP. We did not build the protocol to capture the regulation. The regulation arrived because the problem TIP solves is real.

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How you can use TIP today

If you are an individual creator:

1. Install the TIP browser extension on Chrome, Firefox, or Safari
2. Enroll your TIP-ID at any accredited VP (the extension surfaces the nearest one)
3. Sign your content from any web form with one click
4. Read content with verification badges showing OH, AA, AG, MX in real time

If you run a website or publication:

1. Install the TIP WordPress plugin (or the equivalent for your CMS)
2. Configure Publisher Mode to auto-sign all posts under your editorial TIP-ID
3. Display trust badges on every article

If you are a developer building on TIP:

1. Read the full specification
2. Use the free public verification API at https://registry.theailab.org/v1
3. Reference implementations in TypeScript, Python, Go, and Rust at github.com/the-ai-lab-org
4. Join the developer Discord linked from theailab.org

If you are a publisher, platform, or enterprise, email [e-mail].

If you want to become an accredited Verification Provider, email [e-mail].

If you are a government, regulator, or standards body, email [e-mail].

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Roadmap

Window	Milestone
June 1, 2026	AI Trust Council Genesis Block ceremony, founding members recorded permanently on the DAG
July 2026	TIP Classifier v2 training begins on TPU and GPU clusters, target 95 percent accuracy on a public C2PA-compatible benchmark
August 2, 2026	EU AI Act Article 50 enforceable, TIP public general availability
Q4 2026	Five additional Verification Provider accreditations, first government TIP-ID issuance pilot in two jurisdictions
2027	Target 100 million TIP-IDs, 1 billion daily Registry lookups, integration with at least three major messaging platforms
January 1, 2031	TIPCL-1.0 reference implementation converts to Apache 2.0, irrevocable

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How to contribute

TIP is an open standard. Contributions come in many forms:

Contribution	How
Implement TIP in a new language	Fork github.com/the-ai-lab-org reference implementations
Add a new content type to the classifier pipeline	Open a draft RFC at the protocol repository
Become a Node Operator	Apply at theailab.org/operators
Become an accredited Verification Provider	Email [e-mail]
Join the AI Trust Council	Email [e-mail]
Write integration guides for new platforms	Submit to docs.theailab.org via PR
Run a Trust Tribunal jury seat	Achieve Trust Score 700+, opt in via your TIP profile

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Frequently asked questions

Is TIP a blockchain? No. TIP runs on a federated Directed Acyclic Graph (DAG) operated by independent Node Operators. No mining, no proof-of-work, no token. It is closer to certificate transparency logs than to a blockchain.

Is there a TIP token? No. There is no cryptocurrency or token associated with TIP. We will not issue one.

Can I use TIP without sharing my biometric data? Biometric data is processed locally on your device during the four-layer verification, with only privacy-preserving cryptographic hashes (peppered, zero-knowledge proven) ever transmitted. Raw biometric templates never leave your device. GDPR Article 25 compliant by design.

Does TIP work with anonymous content? TIP-IDs can be pseudonymous (a stable cryptographic identity not linked to a real name) while still being verifiably one real human. The protocol distinguishes between verified human and linked to a legal name, and supports both modes.

Is the TIP Classifier perfect? No classifier is. The TIP Multi-Model Consensus Classifier achieves industry-leading accuracy by requiring agreement across at least three independent models from different families (proprietary plus third-party). For disputed cases, the protocol routes to a human jury (Stage 2) and an expert panel (Stage 3) under the AI Trust Council.

What happens to TIP if The AI Lab disappears? The CC-BY 4.0 spec is permanent. The reference implementation converts to Apache 2.0 on January 1, 2031, irrevocably. The AI Trust Council governs the protocol independently. The federated DAG continues to operate regardless of The AI Lab status.

How do I report a security vulnerability? Email [e-mail] with subject SECURITY. We follow coordinated disclosure with a 90-day default window. Critical TIP-ID or signature vulnerabilities qualify for the bug bounty (rewards posted at theailab.org/security).

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Attribution and history

The Trust Identity Protocol was invented by Dinesh Mendhe, founder of The AI Lab Intelligence Unobscured, Inc. (Delaware C-Corporation, incorporated January 28, 2026, EIN 41-3998789).

Identifier	Value
Inventor	Dinesh Mendhe
Company	The AI Lab Intelligence Unobscured, Inc.
Wikidata	Q139715497
US Provisional Patent Applications	64/003,066, 64/005,947, 64/031,648, 64/058,152, 64/067,319
Patent Claim Groups	A through P (federated identity verification, multi-model consensus classification, deterministic trust scoring, post-quantum cryptographic binding)
Registered Trademarks	9 (The AI Lab, Trust Identity Protocol, TIP, AI Trust Council, Global Seal of Trust, Sentinel, Guardian, Sovereign, AI Trust Registry)
Specification License	CC-BY 4.0
Reference Implementation License	TIPCL-1.0 (converts to Apache 2.0 on January 1, 2031)
Charter	v1.0, ratified May 3, 2026
Bylaws	v1.0, 18 Articles
Genesis Block Ceremony	June 1, 2026
Press	OpenPR (May 2026), FinancialContent (May 23, 2026)
Founder Google Scholar	Dinesh Mendhe

If you write about TIP, please attribute as: "Trust Identity Protocol (TIP), created by Dinesh Mendhe at The AI Lab Intelligence Unobscured, Inc. (theailab.org)."

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Contact

Reason	Email
General inquiries, press, security	[e-mail]
Commercial licensing under TIPCL-1.0	[e-mail]
Verification Provider accreditation	[e-mail]
AI Trust Council membership and governance	[e-mail]

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Closing

Trust is the only feature of the internet you cannot retrofit later. HTTPS proved this in the 1990s. The trust layer either arrives before the rails are laid, or it never arrives at all.

We built TIP because the next thirty years of the internet cannot run on the assumption that humans authored what you see. They will not. AI will. The question is whether you have a cryptographic way to know which is which.

The Trust Identity Protocol is our answer. It is open. It is free. It is post-quantum. It is patented for defense, not for rent-extraction. It is governed by an independent body. It is in production today with two million users.

Build on it. Verify on it. Govern on it. Help us ship it.

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Dinesh Mendhe
Founder, The AI Lab Intelligence Unobscured, Inc.
Sole inventor, Trust Identity Protocol
theailab.org | LinkedIn | YouTube | Google Scholar | [e-mail]

If this post helped you understand TIP, please star the GitHub organization, follow @TheAILabOrg on LinkedIn, and share this article with one developer who is thinking about AI content authenticity. The protocol scales on adoption, and adoption scales on shared understanding.