Decentralized Identifier (DID) Method Development

Architected for high-throughput applications with sub-second DID resolution, leveraging optimized indexing and caching layers to support millions of identities.

We build DID methods where you control the protocol rules, governance model, and upgrade paths. This eliminates reliance on third-party standards that may not align with your business logic or compliance requirements.

Custom methods are engineered for specific performance profiles—high-throughput KYC/AML checks, low-latency gaming logins, or privacy-preserving credential verification—ensuring efficiency where it matters most.

We design DID methods that integrate natively with your existing stack—wallets, dApps, and backend systems—reducing development friction and accelerating user onboarding.

From the cryptographic primitives to the resolver logic, every component is built with security-first principles and can undergo formal verification and third-party audits (e.g., Trail of Bits, Quantstamp).

Our DID methods are built with modularity in mind, allowing you to add new credential types, privacy features (ZK-proofs), or governance modules without breaking existing implementations.

A proprietary DID method becomes a core IP asset and a market differentiator, enabling unique user experiences, trust models, and business partnerships that generic solutions cannot offer.

We define your DID method's core components—identifier format, CRUD operations, and verification methods—ensuring compliance with W3C standards and interoperability with major verifiable data registries.

Implementation of the DID method resolver, driver, and on-chain registry logic (e.g., on Ethereum, Polygon, or Solana) using audited libraries like did-resolver and did-jwt-vc.

Comprehensive review of smart contracts and API endpoints. We conduct internal audits and facilitate third-party reviews with partners like CertiK or Halborn before mainnet deployment.

We deliver client SDKs (JS/TS, Python) with documented APIs for creating, resolving, and updating DIDs, accelerating your team's integration timeline.

Deployment to a test environment with your application stack. We conduct end-to-end integration testing for credential issuance, presentation, and revocation flows.

Managed mainnet deployment with ongoing monitoring for resolver uptime, transaction success rates, and gas optimization. We provide a 99.9% uptime SLA for critical resolver services.