Aptos/Sui Move-Based Credential Verification

Secure, formal-verification-ready smart contracts built in Move for Aptos and Sui. We leverage the language's inherent safety features—linear types, resource-oriented design, and bytecode verification—to eliminate entire classes of vulnerabilities common in other ecosystems.

Decentralized, tamper-proof registry for issuing, revoking, and verifying credentials. Built as a custom Move module, it provides immutable proof of issuance and status, enabling trustless verification for KYC, memberships, and attestations.

Integration of zk-SNARKs and zk-STARKs with Move smart contracts for privacy-preserving verification. We enable users to prove credential ownership (e.g., age > 18, accredited status) without revealing the underlying data, ensuring compliance with privacy regulations.

Optimized for Aptos' Block-STM and Sui's parallel execution. We design credential operations (issue, batch verify, revoke) to leverage parallel processing, achieving sub-second finality and scaling to thousands of verifications per second to meet enterprise demands.

Secure bridges to port credential proofs between Aptos/Sui and other networks (EVM, Cosmos). Using optimistic or light client verification, we enable verifiable credentials to be used across ecosystems while maintaining the root of trust on Move-based chains.

Comprehensive security review using Move Prover for formal verification and manual auditing by our in-house experts. We deliver a certified audit report guaranteeing functional correctness and the absence of critical security flaws before mainnet deployment.