Multi-Chain Sybil-Resistant SDK Development

A unified identity layer that works seamlessly across Ethereum, Polygon, Arbitrum, and other EVM chains. Developers integrate once to support any chain, eliminating the need for per-network logic.

Real-time, gas-efficient reputation algorithms that analyze wallet history, transaction patterns, and asset holdings to generate a tamper-proof sybil-resistance score.

Built-in support for zk-SNARKs and zk-STARKs, allowing users to prove reputation or eligibility without revealing underlying data, enhancing both privacy and security.

Pre-built, audited smart contract modules for token-gated access, weighted voting, and proposal execution. Customize governance logic without writing security-critical code from scratch.

Continuous monitoring layer that flags suspicious patterns like wallet clustering and flash loan attacks, providing actionable alerts to protect your application's economy.

Complete suite with TypeScript/Go SDKs, local testnet environments, comprehensive documentation, and CI/CD templates to reduce integration time from months to weeks.

Every SDK undergoes internal security review and formal audit by our partners. We provide a comprehensive audit report and implement all critical recommendations before deployment.

We deliver the final, audited SDK package with comprehensive documentation, monitoring dashboards, and a 30-day post-launch support window to ensure a smooth go-live.

Integrate privacy-preserving verification with zk-SNARKs and zk-STARKs via Circom and Halo2 circuits. Enable anonymous credentials and private transactions without compromising on-chain verifiability.

Implement seamless user onboarding with smart contract wallets. Support gas sponsorship, batch transactions, and social recovery, abstracting away Web3 complexity for your end-users.

Build a portable, sybil-resistant identity anchored to Ethereum, Polygon, Arbitrum, and Base. Our SDK abstracts chain-specific logic, providing a unified identity API across ecosystems.

Core smart contract modules are built with OpenZeppelin libraries and follow security best practices. Our audit trail and formal verification processes minimize protocol risk.

Leverage EAS (Ethereum Attestation Service) and Verax compatible schemas for creating, managing, and verifying trustless credentials. Ensure data integrity and user sovereignty.

Every interaction is engineered for cost-efficiency. Our SDK uses optimized Solidity patterns and state management to keep transaction fees minimal, even during high network congestion.