Streampli uses zero-knowledge cryptography to prove identity facts without exposing personal data. The math is complex. The result is simple: verification without vulnerability.
Every time you share KYC data, you create risk. Documents get copied. Databases get breached. Vendors get compromised. The more institutions that touch customer data, the higher the probability of exposure.
Bank A verifies customer → Shares documents with Bank B → Bank B stores copies → Documents now exist in 2 places → Breach surface doubled
Zero-knowledge proofs let us confirm facts without revealing data.
We can prove "this person passed KYC at a licensed institution" without ever seeing their passport, address, or photograph.
Imagine proving you know a password without ever typing it. That's zero-knowledge.
Institution A performs full KYC — documents, biometrics, liveness. Standard process.
Streampli generates a zk-SNARK that encodes the verification result. The proof confirms "Verification Passed" without containing the underlying data.
When Institution B queries the network, they receive a cryptographic confirmation. If the math checks out, the verification is valid. No trust required.
Streampli isn't a database of customer records. It's a protocol for verification confirmation.
Where original KYC happens. Documents, biometrics, sanctions screening. This stays with the originating institution — we never touch it.
Cryptographic confirmations generated by Streampli. Stored on our infrastructure. Queryable by network participants. Contains zero PII.
Customer-controlled permissions. Who can query their verification status. Revocable at any time. Full audit trail.
RESTful API for network participants. Sub-200ms response times. Instant verification confirmation.
Redundant infrastructure across multiple availability zones. We guarantee uptime because your onboarding flow can't afford downtime.
Optimized for real-time user experiences. Verification checks return result instantly.
Serverless architecture that scales automatically with load to handle peak volumes.
All data in transit is TLS 1.3 encrypted. Data at rest (proofs only) is AES-256 encrypted. Keys managed via HSM.
We did the hard work so your risk team can sleep at night.
Typed SDKs, instant sandbox environments, and clear documentation. Built by developers, for developers.