Take verified claims into everyday apps.
Reuse verified claims to open another financial account, access a marketplace, or prove age and residency in an app, sharing only the information required for that interaction.
Complete KYC with a bank or wallet, then carry verified claims into your next interaction. Share what a service needs across supported Web2 and Web3 applications, without repeating the full verification process each time.
The animation contrasts repeated identity checks at two banks with a reusable credential flow. After verification, a passkey protects the credential, with an encrypted cloud backup and a copy on the device. At the next service, the user unlocks the credential and shares a version scoped to that service instead of starting verification again.
Reuse verified claims to open another financial account, access a marketplace, or prove age and residency in an app, sharing only the information required for that interaction.
Use cases include access to regulated DeFi pools, eligibility for tokenized funds, and stablecoin payment services. Reusable credentials also provide a foundation for authorizing an agent to transact on your behalf.
The passkey approach shown in the video points toward easier return visits across supported devices and services: less onboarding friction for users, and more continuity for businesses.
Each service decides which credentials it accepts and whether additional checks are required.
Most identity solutions are built on decades-old assumptions: that users must sacrifice privacy for convenience, that businesses must choose between security and user experience, that compliance must be painful for everyone involved.
Onflow starts from first principles. We've rebuilt the entire identity stack, from cryptographic foundations to user interfaces, with a single question in mind: what would identity verification look like if it were designed today, with today's technology and tomorrow's privacy expectations?
The result is a fully customizable identity solution with granular control over what gets shared, when, and with whom. A business can request only the exact information it needs, or ask for the full record when a workflow requires it. That optionality is the point: more control for businesses, less unnecessary exposure for users, and a system built on modern privacy-preserving technology, including zero-knowledge proofs as well as other novel solutions developed in-house.
Identity is no longer just a checkpoint. It is becoming part of the underlying infrastructure behind modern digital products.
The opportunity now is to move beyond rigid verification flows and toward infrastructure that is reusable, privacy-preserving, and programmable across products, institutions, and trust environments. Identity is becoming a long-term layer of digital infrastructure, which means the systems behind it need to be more flexible, more secure, and far better suited to how modern products actually operate.
As AI changes what can be forged online, identity systems need stronger signals and more durable trust infrastructure.
Products now operate across jurisdictions, counterparties, and user types, making flexible identity infrastructure more important than ever.
Teams want verification they can shape around policy, UX, and trust requirements instead of forcing every workflow into the same rigid process.
Verifying someone through a picture, video call, or scanned document is no longer reliable. AI can convincingly forge all of them, and it is getting better every month. Onflow is built to stay ahead.
AI-generated faces and voices bypass selfie-based checks in real time. Onflow stays ahead with trust signals that go beyond visual liveness.
Fraudsters blend real and fake data to create identities that pass legacy checks. Onflow stays ahead with harder-to-fake data and proof layers.
Fake IDs and financial documents can now be generated in seconds. Onflow stays ahead by moving beyond screenshots to stronger sources of truth.
The gap between what can be faked and what can be verified keeps widening. Onflow is built to stay ahead while legacy systems fall behind.
Onflow is not just a cleaner onboarding flow. It is a verification infrastructure stack for extracting trusted data, generating privacy-preserving proofs, and moving compliance information securely across products and institutions.
A highly optimized patented implementation of zkTLS and MPC-TLS that acts as a secure oracle, enabling direct verification from 11,500+ financial institutions, fetching private data from web servers such as banks or government portals, and generating cryptographic proofs of authenticity without revealing the underlying data.
Onflow can generate complex privacy-preserving proofs on constrained devices by distributing prover workload without handing over raw user data. That makes selective disclosure and reusable compliance checks practical inside real products, not just research demos.
Proofs and sensitive compliance data move through quantum-proof Kyber tunnels built for demanding environments and future-facing threat models. The transport layer is designed to reduce raw data exposure while supporting auditable exchange across products, institutions, and cross-border workflows.
Onflow is designed for standards alignment, interoperability, and cross-border data sharing in demanding identity environments. The stack follows frameworks such as GDPR, MiCA, FATF, ISO 27001, ISO 20022, SOC 2, and W3C standards, while supporting one of the most extensive biometric passport keyrings seen to date.
Direct coverage across major institution networks gives Onflow access to stronger systems of record.
Support for hundreds of passport authority keys strengthens high-trust document and identity workflows.
Turn selected website data into cryptographic proof that it came from the source. Blind Witness helps verify the facts that matter while keeping unrelated information private.
Explore Blind WitnessThe animation shows that facts verified on a website, such as a bank balance or a job offer, lose their value once they leave the site as screenshots or documents. Blind Witness turns any fact on any site into one shareable proof, revealing only the selected detail while everything else stays private. A proof still shows what a page displayed after the page changes, and it needs no API or integration with the website. Users can self-report data such as video views, and AI agents can prove what they saw. The witness holds part of a session key split using multi-party computation, so it never reads the private connection, yet it can prove the data came from the website's own certificate.
Prove a balance or account fact from its source without sharing an entire statement or exposing unrelated financial details.
Capture verifiable evidence of a listed price or message, so another party can check what the website showed instead of relying on a screenshot.
Preserve proof of what a page showed at a specific moment, even when the underlying information later changes.
Our vision for AI agents extends Onflow's identity and proof infrastructure to automated workflows, linking who an agent acts for, what it can do, and the conditions it must prove before acting.
Bind persistent and temporary agent identities to verified users or institutions, so delegated actions remain connected to the people and organizations behind them.
Let agents prove that specific real-world or digital conditions have been met before access is granted, a payment is released, or an operation is executed.
Define what each agent may do and under which conditions. Connect those permissions to verified identity and proofs, enabling accountable execution and automated transactions.
An agent requests a payment. Required conditions are verified. The payment can proceed within the agent's permissions.
Onflow is not limited to financial infrastructure. The same verification, selective disclosure, and reusable credential primitives can improve high-trust workflows across defense, government, enterprise, platforms, and everyday digital interactions.
Improve KYC, KYB, transaction eligibility, and counterparty verification across domestic and cross-border financial workflows without repeating the same document-heavy checks.
Support citizen onboarding, benefits access, border-adjacent checks, and cross-agency data exchange with stronger auditability and selective disclosure.
Verify personnel, contractors, suppliers, and access eligibility in sensitive environments without moving full identity files between every system and operator.
Verify sellers, merchants, drivers, hosts, creators, and users without forcing every platform to repeat the same document-heavy onboarding from scratch.
Check employee, contractor, and vendor identity and role eligibility for onboarding, privileged access, site entry, and trusted business workflows.
With Verify.now, even a simple question like whether an online friend is really from the country they claim can be verified without exposing their full passport or identity payload.
A quick overview of where Onflow fits, why the legacy model is breaking, and how privacy-preserving verification changes the economics of trust.
Onflow provides privacy-preserving identity and compliance infrastructure. It helps teams verify users, issue reusable credentials, request exact proofs, and move trusted compliance information through workflows that do not require a full identity data dump every time, built using not only today's technologies but also forward-thinking technology designed for where trust infrastructure is going.
Because AI is rapidly reducing the reliability of picture-based, video-based, and document-upload verification. Identity is now core digital infrastructure, and legacy methods were not built for a world of deepfakes, synthetic identities, and instant document forgery.
Onflow is not just a smoother KYC flow. It is a more advanced verification stack built with frontier cryptography, novel in-house methods, secure data handling, and deeply customizable compliance infrastructure. That gives teams far more control over what gets verified, what gets shared, and how workflows behave, while making the system more secure, more private, and far more adaptable than traditional vendors.
Yes. The goal is not to weaken compliance, but to make it more precise, privacy-aware, and adaptable. Teams can build around the requirements they actually need to satisfy while reducing unnecessary exposure of user data across systems and counterparties.