Demand for ZK proofs is growing but verification remains fragmented and expensive.
@ZKVProtocol solves this by becoming the universal proof layer.
By partnering with high volume proof generators, zkVerify is capturing demand across DeFi, verifiable compute, and more. Here are examples of real integrations.
@OpenDID_io is integrating national level credential systems in Singapore, Hong Kong, and Vietnam. Every government issued digital ID, age verification, and residency proof generates an onchain proof event that zkVerify verifies and settles.
@singularityzk is building institutional grade dark pools where each order match and settlement generates a proof verified through zkVerify. Even a fraction of crypto's trading volume flowing here would create massive proof density.
@PhalaNetwork TEE integration enables confidential compute for AI inference, RNG, and game logic. Phala's enclaves produce cryptographic attestation reports that zkVerify verifies directly, eliminating the need for expensive proof conversions. This lowers proof generation costs and cuts gas fees dramatically compared to Ethereum verification.
ShadowML enables verifiable Machine learning inference with zkVerify handling proof verification. Every model prediction generates a ZK proof verified through zkVerify, allowing model providers to monetize predictions while keeping weights confidential.
Beyond this, zkVerify has also partnered with @StormbitX for privacy preserving lending, @CallScanXYZ for trading verifications within the DeFi domain, and Unwallet for stealth transactions.
As proofs proliferate across a variety of use cases, zkVerify is positioning itself as the neutral verification layer the ecosystem will depend on.
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