Enterprise Blockchain
& Smart Contracts

A single, well-specified smart contract typically takes 3–5 weeks to develop, audit, and test — including a professional security audit by a third-party firm. A full-stack decentralised application (DApp) with multiple contracts, a web3 frontend, and oracle integrations typically spans 8–14 weeks. A private blockchain network with multi-organisation governance (Hyperledger Fabric) usually requires 10–16 weeks depending on the number of participating organisations and the complexity of the governance model.

Blockchain adds the most value to supply chains where multiple independent parties need to share a common record that none of them controls exclusively — and where the integrity and immutability of that record matters for compliance, recall management, or fraud prevention. If your supply chain data sits in a single organisation's ERP with no multi-party sharing requirement, a traditional database may be more practical. We help you evaluate during discovery whether blockchain genuinely solves your problem.

We work across major blockchain ecosystems: Ethereum and EVM-compatible chains (Polygon, Arbitrum, Optimism, BNB Chain) using Solidity; Solana using Rust and Anchor; Hyperledger Fabric and Besu for enterprise permissioned networks; and Cosmos SDK for sovereign application chains. For frontend integration, we use ethers.js, wagmi, and viem. Our team holds professional certifications across multiple platforms and stays current with protocol upgrades.

Smart contracts automate multi-party business logic that traditionally requires manual intervention, reconciliation, and intermediary fees. A trade finance smart contract can automatically release payment when shipping is confirmed — eliminating 3–10 days of manual reconciliation and bank fees. Insurance claims, loan origination, and supply chain settlement are other high-value applications. Clients typically see 40–70% reduction in processing time and 20–50% reduction in transaction costs.

A consortium blockchain is a permissioned network jointly operated by a group of pre-selected organisations. Unlike a fully private blockchain controlled by one entity, a consortium distributes control across members while keeping participation restricted. It is the right choice when: multiple independent companies need to share data; you need higher throughput than public chains offer; data must remain private from public view; and governance is shared rather than controlled by a single operator.

Yes. We build middleware layers that connect blockchain networks to SAP, Oracle, Salesforce, Microsoft Dynamics, and other enterprise systems via REST APIs, webhooks, and event-driven architectures. On-chain events trigger ERP actions; ERP events can automatically create or update on-chain records. We also implement Chainlink oracles to bring verified off-chain data (pricing, shipping confirmations, IoT data) into smart contracts, enabling end-to-end automation.