Prove who you are without revealing what you are. Harness zero-knowledge proofs, W3C verifiable credentials, and advanced cryptographic primitives to verify identity while keeping personal data private.
A comprehensive privacy stack built on proven cryptographic foundations, enabling compliant identity verification without compromising user data.
Zero-knowledge identity verification that proves compliance status without exposing personal documents. Users complete KYC once and generate reusable ZK proofs for future verifications.
Privacy-preserving data structures that enable efficient proof of membership and data integrity without revealing the full dataset. Anchor proofs on-chain for public verifiability.
Non-transferable on-chain attestations that bind credentials permanently to an identity. Perfect for certifications, compliance status, and reputation that should not be sold or transferred.
W3C-standard verifiable credentials that enable portable, tamper-evident digital identity. Issue, hold, and verify credentials across platforms with cryptographic assurance.
Enterprise-grade key management using Shamir's Secret Sharing for key sharding and HSM integration for hardware-backed security. Split private keys across multiple custodians with configurable threshold recovery, ensuring no single point of compromise.
M-of-N threshold key recovery with configurable shard distribution
Hardware Security Module support for tamper-resistant key storage
Automated key lifecycle management and rotation policies
Advanced cryptographic protocols that let users prove statements about their data without revealing the underlying information.
Allow trusted third parties to generate proofs on a user's behalf without accessing raw data. Enables institutional verification workflows while preserving individual privacy.
Cryptographically demonstrate that funds are not associated with sanctioned addresses or illicit activity, all without revealing full transaction history or account balances.
Structured Reference String manifests that define the parameters for zero-knowledge proof generation. Manage trusted setup ceremonies and proof circuit configurations transparently.
A layered trust architecture that establishes verifiable chains of authority from root certificate authorities to individual credential holders.
Built-in Certificate Authority for issuing and managing digital certificates. Supports hierarchical PKI with root and intermediate CAs, certificate revocation lists, and OCSP responders for real-time status checking.
Establish cryptographically verifiable chains of trust from issuers to holders. Every credential can be traced back through a chain of signed attestations to a trusted root authority, enabling instant verification.
Export verifiable credentials in interoperable formats including JSON-LD, JWT, and CBOR. Credentials are portable across platforms and can be verified offline with embedded proof chains.
Self-signed root of trust
Domain-specific signing authority
User-held portable credentials
Privacy-preserving verification
Account abstraction eliminates the gas barrier for users. Sponsored transactions, smart accounts, and meta-transactions make blockchain interactions seamless.
Contract-based accounts with programmable logic for spending limits, multi-signature requirements, social recovery, and session keys. Users operate smart accounts instead of basic externally-owned accounts.
Social Recovery
Spending Limits
Session Keys
Multi-sig
Sign user operations with biometric JWT authentication for mobile-first transaction authorization. The signing pipeline validates biometric proofs, constructs ERC-4337 UserOperations, and submits them to bundlers.
Biometric JWT
Bundler Submit
Paymaster Integration
Nonce Management
A production-ready paymaster service that sponsors transaction gas fees for users. Supports policy-based sponsorship rules, per-user gas budgets, and real-time gas price optimization across networks.
Fee Sponsorship
Gas Budgets
Price Optimization
Multi-Network
Users sign transaction intents off-chain while relayers submit and pay gas on-chain. This decouples the signer from the gas payer, enabling gasless user experiences and batch transaction processing.
Gasless UX
Batch Processing
Relayer Network
EIP-712 Signing
Built on battle-tested cryptographic libraries and standards, every component is designed for production-grade security and performance.
Groth16 and PLONK proving systems
Decentralized identifier support
Threshold key recovery with M-of-N
Hardware security module integration
Mobile biometric proof tokens
UserOperation bundling and submission
On-chain anchored inclusion proofs
Reveal only required attributes
Real-time status list management
Configurable gas sponsorship rules
JSON-LD, JWT, and CBOR outputs
Immutable verification event logs
Experience the next generation of digital identity where privacy and compliance coexist. Zero-knowledge proofs, verifiable credentials, and gasless transactions -- all in one platform.