Secure, audited smart contracts built for your specific business logic and deployment needs.
We architect and deploy production-grade smart contracts that form the foundation of your Web3 application. Our development process is built for security and speed.
EVM-compatible chains.OpenZeppelin libraries and formal verification patterns.Deliver a secure, auditable, and performant contract suite in as little as 2-4 weeks.
Our engineers specialize in token standards (ERC-20, ERC-721, ERC-1155), DeFi primitives (AMMs, lending pools), and custom governance systems. We ensure your logic is future-proof and upgradeable using established patterns like TransparentProxy or UUPS.
Our smart contracts deliver automated, trustless maintenance workflows, reducing operational downtime and costs for industrial IoT and asset-heavy enterprises.
Smart contracts that autonomously execute maintenance actions based on real-time sensor data thresholds, eliminating manual oversight delays.
Integrate with decentralized oracles to source replacement parts and schedule service technicians, with payments released automatically upon job verification.
Immutable, on-chain record of all asset history, sensor data, and service events for compliance, auditing, and resale value verification.
Dynamic smart contracts that adjust warranty terms and insurance premiums based on real-time asset health data and maintenance compliance.
Define complex approval flows involving OEMs, operators, and insurers for major maintenance events, ensuring transparency and reducing disputes.
Contracts engineered for cost-efficiency, handling high volumes of sensor pings and micro-transactions without prohibitive on-chain costs.
Predictive maintenance smart contracts deliver more than just automated workflows. They create measurable financial and operational advantages that directly impact your bottom line.
Shift from scheduled to condition-based maintenance, cutting unnecessary service visits and parts replacement by up to 40%. Smart contracts trigger work orders only when sensor data predicts failure.
Minimize unplanned downtime by predicting failures before they occur. Our contracts integrate with IoT data streams to schedule proactive maintenance, maximizing equipment availability and production output.
Enforce warranty terms and regulatory compliance automatically. Contracts execute payouts, track service history immutably, and generate audit trails, reducing administrative overhead and dispute resolution time.
Transform equipment health data into actionable insights for capital expenditure. Predict end-of-life and performance degradation to optimize refresh cycles and budget allocation with precision.
Automate just-in-time parts ordering and technician dispatch based on predictive alerts. Reduce inventory carrying costs and ensure the right resources are available precisely when needed.
Provide verifiable, on-chain maintenance histories to increase asset liquidity and resale value. A transparent ledger of all service events builds trust in secondary markets.
Our phased methodology ensures predictable delivery, controlled costs, and continuous validation for your predictive maintenance smart contracts.
| Phase & Deliverables | Starter | Professional | Enterprise |
|---|---|---|---|
Architecture & Specification | |||
Core Smart Contract Development | Basic Logic | Advanced Logic + Oracles | Custom Protocol + Oracles |
Security Audit Scope | Automated Tools | Manual Review + Automated | Full Audit + Formal Verification |
Testnet Deployment & Simulation | Single Chain | Multi-Chain (2) | Multi-Chain (3+) |
Mainnet Deployment Support | Guidance Only | Full Deployment | Full Deployment + Monitoring Setup |
Post-Launch Monitoring & Alerting | 30 Days Basic | 90 Days Proactive | 12 Months SLA (99.9%) |
Incident Response Time | Best Effort | < 24 Hours | < 4 Hours (SLA) |
Smart Contract Upgrade Mechanism | Not Included | Basic Upgrade Pattern | Governance-Enabled Upgrades |
Typical Timeline | 4-6 Weeks | 8-12 Weeks | 12+ Weeks |
Typical Investment | $15K - $30K | $50K - $100K | Custom Quote |
A structured, transparent workflow designed to deliver secure, production-ready predictive maintenance smart contracts with seamless integration into your existing systems.
We conduct a deep technical discovery to define your data sources (IoT sensors, maintenance logs), failure prediction logic, and on-chain incentive mechanisms. We deliver a detailed technical specification and system architecture diagram.
Our engineers build custom Solidity/Vyper contracts for data oracles, prediction validation, and automated payouts. We implement gas-efficient patterns and OpenZeppelin libraries, focusing on audit-readiness from day one.
Every contract undergoes unit, integration, and scenario testing (Foundry/Hardhat). We facilitate third-party audits with firms like CertiK or Quantstamp and implement all critical findings before deployment.
We manage the full deployment lifecycle on Ethereum, Polygon, or your chosen EVM-compatible network. This includes contract verification on Etherscan, front-end integration support, and final configuration.
We provide 24/7 monitoring dashboards for contract health, oracle uptime, and transaction success rates. Our team offers SLA-backed support for upgrades, maintenance, and scaling.
Secure, production-ready smart contracts built by Web3 experts to power your protocol.
We architect and deploy custom smart contracts on Ethereum, Solana, and EVM-compatible L2s. Our development process is built for security and speed, delivering a production-ready MVP in 2-4 weeks.
We write code that protects your assets and your users, with zero critical vulnerabilities in our audited deployments.
ERC-20 tokens and ERC-721 NFTs to complex DeFi logic and DAO governance systems.OpenZeppelin standards, with internal audits and formal verification before deployment.Get clear answers on timelines, security, costs, and our development process for industrial IoT smart contracts.
A standard predictive maintenance MVP with core sensor data ingestion, threshold-based alerts, and automated work order generation typically takes 3-5 weeks from kickoff to testnet deployment. Complex systems with custom machine learning inference on-chain, multi-signature governance for maintenance approvals, or integration with legacy ERP systems can extend to 8-12 weeks. We provide a detailed sprint-by-sprint roadmap after the initial technical scoping session.
Our experts will offer a free quote and a 30min call to discuss your project.