One human.
One
unique human.
Yanez delivers proof of humanhood and proof of uniqueness. Cryptographically verifiable. Hardware agnostic. Fully decentralized.
Built for the age of autonomous agents.
// WHY YANEZ.AI
Is this a real human?
Is this human being duplicated?
These are the conditions required for trust in open systems. They form the foundation for how systems verify human participation. Yanez answers both with cryptographic proofs that do not require disclosure or centralized control.
01 / Agentic delegation
Humans delegate with accountability
As AI agents act on your behalf, Yanez creates verifiable delegation chains. Every action can be traced back to an authorized human.
02 / Privacy first
Zero-knowledge by design
We prove you are a human and that no duplicate exists, without revealing who you are. No biometric data leaves your device. Two proofs. Zero exposure.
03 / Hardware agnostic
Any device, any platform
Works across the full device spectrum, from secure enterprise hardware to consumer mobile.
04 / Fully decentralized
04 / Fully decentralized
No single point of trust
Built on open, auditable infrastructure. No central authority can revoke, surveil, or monetize your data.
Built on
Yanez is built on Bittensor, a decentralized network designed to train and validate machine intelligence through open competition. This plays a critical role in two areas:
Adversarial model training
Deepfake and liveness detection models are continuously stress-tested against evolving attack vectors, improving robustness across devices and environments.
Decentralized proof of uniqueness
Verification is not controlled by a central authority. The network enforces that each human can only operate a single valid instance within the system, preventing duplication and Sybil-style attacks.
// PRODUCT
Programmable levels of assurance.
Matched to real-world risk.
Not all contexts require the same proof. Yanez uses a tiered model so applications can set the level of assurance required, from casual participation to delegated financial actions.
LIVENESS
Basic proof of human presence.
Suitable for airdrops and polls. Low friction, high throughput.
L1
UNIQUENESS
One person, one credential.
Cryptographic proof that each participant is unique. Used for DAO voting, Sybil resistance, and fair token distribution.
L2
L3
DELEGATION
Authorized agent chains.
Humans grant bounded authority to AI agents with verifiable consent, non-repudiation and full auditability. Used for payments, automation, and delegated decisions.
L4
CONTEXTUAL BINDING
Context-specific proofs.
Credentials can be scoped to a specific application, value range, or time window, preventing misuse.
Context-specific proofs.
// Integration
Designed to integrate with existing trust and payment infrastructure.
Google PST
Extends humanhood proofs into web-native trust signals via Private State Tokens
VISA TAP
Enables agent-authorized payments with verifiable human consent
STRIPE MMP
Verifiable authorization across multiple parties and payment flows
W3C DIDs / VCs
Native compatibility with decentralized identity standards (DIDs, VCs)
EVM
Enables Sybil-resistant participation across DAOs and token ecosystems
MPC / Secure Enclaves
Supports secure key generation with or without dedicated hardware
Designed to integrate with existing
trust and payment infrastructure.
// DIFFERENTIATION
Built from first principles.
Every architectural decision prioritizes user control, operator flexibility, and agent readiness.
Privacy-Preserving Proofs
Zero-knowledge attestations confirm humanhood and uniqueness without exposing any personal data. The verifier learns only that both proofs are valid. Nothing more.
Levels of Assurance
A graduated trust spectrum maps directly to real-world risk, from lightweight proof of personhood for airdrops to high-assurance delegated authority for financial transactions.
Agentic Delegation
As autonomous AI agents proliferate, Yanez provides the non-repudiable delegation primitive that regulators and counterparties require. Bounded authority, auditable chains.
Fully Decentralized
No trusted central issuer. Credentials are anchored on-chain with open, auditable cryptographic roots.
Hardware Agnostic
Deploy on bare-metal TPMs, mobile secure elements, or pure software stacks. No proprietary hardware tax. Yanez works across the devices your users already have.
Standards Interoperable
Native compatibility with W3C DIDs, Verifiable Credentials, VISA TAP, Stripe MMP, and Google PST. Plug into existing trust infrastructure rather than replace it.
// SOLUTIONS
Two industries.
One trust primitive.
Yanez addresses the emerging trust gap in both decentralized communities and regulated financial infrastructure.
WEB3 & DECENTRALIZED COMMUNITIES
Sybil-proof participation for
the open web
Token ecosystems and DAOs operate on the assumption of one person, one vote. But Sybil attacks undermine both. Yanez provides separate, composable proofs: proof of humanhood (you're real) and proof of uniqueness (no duplicate exists), verifiable without KYC friction or centralized gatekeepers.
Sybil-resistant airdrops
DAO governance (1-person-1-vote)
Quadratic funding integrity
NFT allowlist fairness
On-chain reputation systems
PAYMENTS & FINANCIAL INFRASTRUCTURE
Non-repudiable delegation
for the agentic economy
As AI agents execute payments, manage subscriptions, and authorize transactions, financial institutions require cryptographic proof of human authorization. Yanez bridges autonomous agent actions back to verified human principals, with full interoperability with existing payment rails.
VISA TAP — agent-authorized tap payments
Stripe MMP — multi-party money movement
Delegated spending limits & controls
Regulatory audit trails for AI actions
Cross-border agent authorization
// BETA ACCESS — Q2 2026
Apply for early
beta access
We are onboarding a small number of partners in Web3 infrastructure and payments to shape the system in real-world use.
If you are building systems where human trust matters, we should talk.
No spam. Just a conversation about fit.