DID for Edge Nodes & Devices

Private keys are generated and secured within hardware security modules (HSM) or Trusted Platform Modules (TPM) on the edge device, eliminating single points of failure and preventing key extraction.

Devices can create, sign, and verify credentials without a constant network connection. Our lightweight resolver and local verification libraries enable true peer-to-peer trust in disconnected environments.

A high-throughput, globally distributed resolver network with sub-100ms latency for DID document lookups. Built for millions of concurrent device identities with 99.9% uptime SLA.

Cryptographically prove a device's integrity and software state before granting access. Integrates with secure boot and remote attestation protocols for supply chain security.

Enterprise-grade governance frameworks for DID issuance, with tamper-proof audit logs and instant revocation capabilities. Meets compliance requirements for regulated industries.

Automated, secure onboarding for thousands of edge devices with unique, self-sovereign identities. Eliminates manual key management and reduces deployment time from weeks to hours.

Cryptographically verifiable proof of device integrity and location. Enables trustless data sourcing and prevents Sybil attacks, ensuring only legitimate hardware contributes to your network.

Implement fine-grained, programmable permissions for device data and services. Create dynamic revenue streams by authorizing specific actions to verified identities via smart contracts.

Build on a portable DID standard (W3C) that works across chains and services. Future-proof your DePIN by avoiding vendor lock-in and enabling integration with other Web3 ecosystems.

Replace centralized user databases and manual credential resets with a decentralized, self-healing identity system. Drastically lower IT support costs and security risks associated with credential management.

Maintain an immutable, verifiable record of all device interactions and attestations. Build transparent reputation scores for nodes to facilitate slashing, rewards, and regulatory reporting.

We define the DID method, data models, and on/off-chain architecture tailored to your device constraints (e.g., W3C DID Core, IOTA Identity, Verifiable Credentials). This ensures interoperability and future-proofing from day one.

Development of lightweight, secure SDKs and identity agents for your edge environment (Rust/C++ for IoT, JS for browsers). Includes key management, selective disclosure, and zero-knowledge proof capabilities.

Deployment of audited, gas-optimized smart contracts for DID anchoring, revocation, and verification on your chosen L1/L2 (Ethereum, Polygon, IOTA). We ensure minimal on-chain footprint for cost efficiency.

Secure integration of the identity stack into your device firmware or OS. We establish secure provisioning pipelines for key generation and initial DID registration at scale.

Build the verifier backend with REST/GraphQL APIs for credential verification and status checks. Includes rate limiting, caching, and monitoring for high-throughput applications.

We manage the production deployment, establish real-time monitoring for DID issuance/verification metrics, and provide ongoing support with defined SLAs for incident response.