EVM IoT Identity Protocol Development

Deploy a secure, on-chain identity protocol for your IoT fleet using audited ERC-6551 or ERC-725 standards. Each device gets a non-custodial smart contract wallet, enabling autonomous transactions and verifiable provenance.

Manage and attest device identities across EVM chains (Ethereum, Polygon, Arbitrum) from a single dashboard. Our relayers handle gas abstraction, so devices operate without native tokens.

Integrate hardware-secure attestation (TPM, SGX) with on-chain verification. Prove device integrity and data authenticity for DePIN rewards, insurance claims, or compliance audits.

Programmable compliance modules for regulatory requirements (MiCA, data sovereignty). Whitelist jurisdictions, enforce data usage policies, and generate audit trails automatically.

Handle millions of device events daily with our optimized indexer and off-chain compute layer. Achieve sub-second finality for state updates and DePIN reward distributions.

Go from concept to mainnet in 4-6 weeks with our battle-tested deployment framework. Includes 24/7 monitoring, incident response, and a 99.5% uptime SLA for core services.

We design your protocol's core logic, tokenomics, and governance model, ensuring seamless integration with IoT hardware and existing enterprise systems. This upfront clarity prevents costly refactors later.

Implementation in Solidity 0.8+ using OpenZeppelin libraries. We focus on gas efficiency for IoT micro-transactions and build with upgradeability patterns (Transparent Proxy) for future-proofing.

Every line of code undergoes internal review followed by a formal audit from a top-tier firm like CertiK or Quantstamp. We provide a verifiable security certificate for your stakeholders.

We build the off-chain relayers, oracles, and device SDKs that bridge your hardware to the EVM chain. Comprehensive testing includes simulated device networks and mainnet fork environments.

Managed deployment to your chosen EVM chain (Ethereum, Polygon, Arbitrum) with verified source code. We provide launch support, monitoring dashboards, and incident response playbooks.

Post-launch, we offer SLA-backed monitoring, performance optimization, and upgrade management. We ensure your protocol scales with your device network and adapts to new standards.

We develop the core identity logic using Solidity 0.8+ with OpenZeppelin libraries, ensuring gas efficiency, upgradeability via transparent proxies, and seamless integration with the broader Ethereum ecosystem.

Implementation of W3C-compliant DIDs anchored on-chain, providing devices with self-sovereign, cryptographically verifiable identities that are portable across platforms and applications.

Engineer a system for issuing, holding, and verifying machine-readable attestations (like manufacturing specs, compliance certificates) as W3C Verifiable Credentials, enabling trusted device-to-device communication.

Architect a hybrid data solution using IPFS or Ceramic Network for storing large credential payloads, with only content identifiers (CIDs) and proofs committed on-chain for cost-efficiency and privacy.

Build secure, audited bridges or leverage LayerZero/CCIP to enable your IoT identity protocol to operate across multiple EVM-compatible chains (Polygon, Arbitrum, Base), maximizing network reach.

Every protocol core undergoes rigorous testing, including formal verification with tools like Certora and comprehensive security audits by third-party firms, before mainnet deployment.