Secure, production-ready smart contracts built by expert engineers for DeFi, NFTs, and enterprise applications.
We deliver audit-ready smart contracts on day one. Our development process is built on battle-tested patterns from OpenZeppelin and Solmate, ensuring security and gas efficiency are foundational, not an afterthought.
Reduce your time-to-audit by 40% with our standardized, well-documented codebase.
Our development lifecycle includes:
Proxy patterns), and cost.Solidity 0.8+, Vyper, or Rust for Solana.Hardhat/Foundry.Etherscan verification.We specialize in custom logic for complex applications:
Our platform provides the foundational identity layer for secure, scalable, and compliant communication between grid edge devices and distributed energy applications.
Implement attribute-based access policies (ABAC) using smart contracts. Define who can access what data or control which device under specific grid conditions.
Automated issuance, rotation, and revocation of Verifiable Credentials (VCs) for device attestation and operator permissions. Integrates with HSMs for key security.
Immutable, timestamped log of all identity and access events on-chain. Simplifies NERC CIP, FERC, and GDPR compliance reporting with provable data integrity.
Bulk provisioning and automated enrollment for thousands of devices (DERs, meters, sensors). Reduces deployment time from months to days with secure factory provisioning.
Our Grid Edge IAM platform delivers measurable improvements in operational efficiency, security, and compliance for modern energy infrastructure.
Secure device identity anchored on-chain prevents unauthorized DERs (solar inverters, EV chargers) from connecting to the grid, protecting against fraud and destabilization.
Immutable audit logs and automated policy enforcement for standards like IEEE 1547, NERC CIP, and FERC 2222, reducing manual reporting overhead.
Granular, permissioned access to device telemetry and control functions for grid operators, enabling dynamic load management and VPP orchestration.
Reduce time-to-grid for new assets with automated, cryptographically-verified provisioning. Integrates with existing SCADA and DERMS platforms via APIs.
Protocol-agnostic architecture supporting OpenADR, SunSpec Modbus, and emerging standards. Ensures long-term viability as grid technology evolves.
Automate manual security and compliance tasks. Eliminate costly middleware and reduce the attack surface, lowering total cost of ownership for grid security.
A technical comparison of identity management architectures for IoT and edge computing environments, highlighting the operational and security advantages of a decentralized approach.
| Architecture Feature | Traditional Centralized IAM | Chainscore Decentralized IAM |
|---|---|---|
Single Point of Failure | ||
Identity Verification | Manual Onboarding | Automated, On-Chain Attestation |
Device-to-Device Auth | Complex, Proxy-Based | Direct, Peer-to-Peer |
Data Sovereignty | Vendor-Controlled | User/Device-Owned |
Audit Trail | Centralized Logs (Mutable) | Immutable Blockchain Ledger |
Compliance Overhead | High (Manual Reporting) | Low (Automated Proofs) |
Scalability Cost | High (Infra Scaling) | Low (Distributed Network) |
Time to Deploy New Policy | Days/Weeks | Minutes (Smart Contract Update) |
Annual Operational Cost (10k devices) | $50K - $150K+ | $15K - $30K |
We deliver a structured, transparent process for integrating decentralized identity into your grid edge infrastructure, ensuring security, compliance, and rapid time-to-market.
We conduct a comprehensive security review of your device ecosystem and design a Zero-Trust architecture using IOTA Identity or Verifiable Credentials. This phase defines the trust model, credential issuance flows, and on-chain verification logic to prevent unauthorized access.
Our engineers develop and audit the core identity logic: custom smart contracts for credential revocation registries, on-chain verification modules, and secure wallet integration for edge devices using Solidity or Rust.
We provide a lightweight, certified SDK for your hardware (Raspberry Pi, industrial controllers) to handle secure key management, credential signing, and peer-to-peer attestations without compromising device performance.
Before mainnet deployment, we execute the system in a isolated staging environment identical to production. Our security team performs penetration testing focused on key compromise and Sybil attack vectors.
We manage the secure deployment of smart contracts to your chosen L1/L2 (Ethereum, Polygon, Arbitrum) and orchestrate the credential issuance bootstrap process for your initial device fleet.
Gain 24/7 visibility with our dedicated dashboard for credential issuance rates, revocation status, and device attestation health. We provide a 99.9% uptime SLA for critical on-chain verification services.
End-to-end blockchain solutions built for performance, security, and scale.
We architect and deploy bespoke blockchain networks and dApp backends tailored to your specific use case. Our full-cycle development delivers production-ready systems in weeks, not months.
EVM-compatible chains, ZK-rollup sidechains, and Cosmos SDK app-chains.Solidity 0.8+ contracts with OpenZeppelin security patterns.From a 2-week MVP to a mainnet launch, we handle the entire stack so your team can focus on product and growth.
Technical questions from CTOs and engineering leads evaluating identity management for distributed energy assets.
Standard deployments for a foundational IAM layer take 3-5 weeks from kickoff to production readiness. This includes protocol integration, smart contract deployment, and initial device onboarding. Complex integrations with legacy SCADA or multi-utility consortiums can extend to 8-12 weeks. We provide a detailed project plan within the first 3 days of engagement.
Our experts will offer a free quote and a 30min call to discuss your project.