Smart contract development
iSmart Contract Development Services
Signoff Agreements, Without The Middleman
Managing contracts by hand can cause confusion, delays, and problems. Approvals take too long, middlemen make it more expensive, and security risks put everything in danger. Mistakes, disagreements, and fraud can disrupt your work and lead to losses. You need a solution that makes agreements happen quickly, safely, and without too many steps.
At Codewave, we build smart contracts that automate transactions, eliminate errors, and enforce compliance. We use Ethereum, Hyperledger, Solana, and Polkadot to build blockchain-based smart contracts that execute terms the moment conditions are met.
You get faster transactions, lower costs, and zero contract disputes—so your business runs smoothly and securely.
50%
Faster transactions
99.9%
Data Integrity
0
Middlemen / Intermediaries
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Automate Your Agreements - No Intermediaries, No Hassles.
Traditional contracts create bottlenecks with manual approvals, third-party verifications, and lengthy legal processes. Smart contracts solve this by automating agreements and executing them instantly when predefined conditions, such as payment confirmation or delivery validation, are met.
We develop self-executing smart contracts on Ethereum, Hyperledger, Solana, and Polkadot that handle payments, asset transfers, compliance, and business automation without intermediaries. Solidity and Rust power our contracts, making them secure, efficient, and cost-effective.
For example, imagine a supply chain company with vendors across multiple countries. Without smart contracts, payments to suppliers take days to verify, delaying the supply chain. With a custom smart contract, payment is triggered automatically once the supplier delivers the goods and confirms receipt.
A flaw in a smart contract can cost you millions. Even small vulnerabilities can lead to major financial losses. We use MythX, Slither, and OpenZeppelin to ensure your contracts are secure and flaws-free.
We scan contracts with MythX for known vulnerabilities. Slither helps us analyze code quality and find issues that could affect performance. OpenZeppelin provides secure libraries that we use to strengthen your contracts, ensuring they are resistant to hacks and exploits.
Imagine a DeFi platform using smart contracts to handle transactions. Without proper auditing, a flaw could allow hackers to exploit the system, costing the platform millions. After using MythX and Slither, we identified and fixed vulnerabilities before deployment, saving the platform from a massive financial loss.
Traditional contracts are set in stone and require manual updates when conditions change, creating delays and potential risks. AI-driven smart contracts solve this by automatically adjusting terms based on real-time data, reducing manual work and ensuring contracts stay up-to-date.
We use machine learning tools like TensorFlow and PyTorch, and Natural Language Processing (NLP), to build smart contracts that adapt to market changes, transaction data, and regulatory shifts. This automation ensures accuracy, efficiency and keeps contracts aligned with the latest information.
For example, in supply chains, an AI smart contract can adjust payment terms automatically when raw material prices change. This protects both parties from market fluctuations and reduces the need for manual adjustments, keeping everything in sync.
We design custom AI models that integrate seamlessly with smart contracts, providing context-aware automation, predictive analytics, and real-time decision-making.
We use TensorFlow, PyTorch, and Hugging Face to AI models that improve fraud detection, optimize pricing, and automate contract approvals directly within the smart contract.
Imagine a banking system where AI detects suspicious transactions in real-time. The smart contract automatically flags these transactions, preventing fraud while ensuring legitimate activities go unimpeded, securing your assets without delays.
Smart contracts on a single blockchain limit flexibility and block interoperability. Cross-chain smart contracts let blockchains communicate, transfer assets, and share data without manual steps.
We use Chainlink Oracles to build cross-chain smart contracts integrating Ethereum, Polkadot, and Solana, enabling businesses to operate efficiently across multiple blockchain ecosystems.
For instance, a global payment system can process transactions in Ethereum while settling funds in Solana, reducing conversion fees and speeding up transfers.
Build DAO smart contracts that enable transparent, automated governance without intermediaries. DAOs rely on smart contracts to automate voting, decision-making, and fund management. We use Solidity to design contracts that support transparent governance and secure fund allocation.
We use Rust to create smart contracts for DAOs that ensure smooth operations by automating decision-making processes, reducing administrative overhead, and promoting community participation.
Imagine a crowdfunded investment DAO where members vote on startups to fund. The smart contract collects votes, verifies majority approval, and releases funds automatically, ensuring fair and tamper-proof decision-making.
Staking in DeFi should be secure, automated, and transparent. Poorly designed contracts can lead to fund mismanagement, delayed payouts, or security risks, reducing user trust.
Staking in DeFi should be secure, automated, and transparent. Poorly designed contracts can lead to fund mismanagement, delayed payouts, or security risks, reducing user trust.
We develop staking smart contracts that automatically distribute rewards, ensure fund security, and support flexible staking periods. We use Solidity to create secure staking pools with real-time reward calculations, automatic payouts, and penalty mechanisms for early withdrawals.
Imagine a DeFi platform where users stake tokens to earn rewards. The smart contract tracks staking duration, calculates rewards instantly, and distributes payouts without delays, ensuring a seamless and secure staking experience.
Yield farming platforms struggle with high gas fees, inefficient reward distribution, and security vulnerabilities. Poorly optimized contracts can lead to unfair APY calculations, liquidity drain risks, and farming inefficiencies.
We use Hardhat and Foundry to develop gas-efficient yield farming contracts with automated reward calculations and secure liquidity pooling. Chainlink oracles ensure real-time price updates, preventing exploits, while OpenZeppelin libraries add security against flash loan attacks.
Imagine a yield farming platform where users stake LP tokens. Without optimized contracts, early stakers drain rewards unfairly. A secure contract balances payouts and ensures fair APY for all users.
Crypto wallets must be secure, user-friendly, and resistant to hacks. Weak smart contracts can lead to unauthorized access, lost funds, or high transaction costs.
We use Gnosis Safe to develop multi-signature and non-custodial wallet contracts, ensuring secure transaction approvals and fund protection. OpenZeppelin libraries add role-based access control, while EIP-4337 smart accounts enable gas-efficient transactions and automated approvals for seamless wallet management.
Imagine a business wallet that requires multi-signature approval for large transactions. The smart contract blocks unauthorized transfers, ensuring only verified team members can approve and execute payments securely.
Industry-Specific Smart Contract Applications
| Industry | Use Case |
| Education | Automating credential verification, student admissions, and course certifications using smart contracts for transparency and efficiency. |
| Energy | Manage energy transactions, renewable energy credits, and grid management with automated smart contracts to improve efficiency and security. |
| Healthcare | Automate patient records, claims processing, and medical billing while ensuring data privacy and compliance with smart contracts. |
| Fintech | Automate peer-to-peer lending, insurance claims, and financial transactions to reduce fraud and speed up processes. |
| Insurance | Simplify policy issuance, claims processing, and underwriting with smart contracts to improve accuracy and reduce operational costs. |
| Transportation | Automate ticketing, fleet management, and payment processing for logistics and transport services, ensuring real-time updates and efficiency. |
Our Smart Contract Development Process
Blockchain isn’t just technology - it’s a trust engine for businesses.
The Tools We Use for Smart Contract Excellence
| Technology | Purpose | Use in Smart Contracts |
| Solidity | Smart contract programming language for Ethereum. | Building secure, scalable smart contracts for decentralized apps (DApps). |
| Rust | Programming language for Polkadot and Solana blockchains. | Developing fast, secure smart contracts and decentralized applications. |
| Chainlink Oracles | Provides real-world data to blockchain applications. | Ensures smart contracts can make decisions based on real-time data. |
| MythX | Security analysis tool for smart contracts. | Detecting vulnerabilities in smart contracts to ensure security. |
| Slither | Static analysis tool for Solidity. | Scanning Solidity code for potential bugs and inefficiencies. |
| OpenZeppelin | Framework for secure smart contract libraries. | Provides pre-built, audited smart contract components for security. |
| IPFS | Decentralized file storage system. | Storing contract data, documents, and assets in a decentralized way. |
| Truffle Suite | Smart contract development framework. | Developing, testing, and deploying smart contracts with ease. |
| Ganache | Personal blockchain for Ethereum development. | Running a local blockchain to test smart contracts before deployment. |
| Web3.js | JavaScript library for interacting with the Ethereum blockchain. | Connecting decentralized applications with smart contracts. |
What to expect
What to expect working with us.
We transform companies!
Codewave is an award-winning company that transforms businesses by generating ideas, building products, and accelerating growth.
Frequently asked questions
Smart contracts are self-executing agreements with the terms directly written into code. They can automate processes, reduce intermediaries, increase transparency, and enhance security for various business operations. Benefits include cost savings, increased efficiency, reduced errors, and improved trust between parties.
We apply a design thinking methodology to smart contract development, focusing first on understanding your business needs and objectives. Our approach emphasizes creating innovative, user-centric solutions that deliver real business value, not just technical implementations.
We have experience developing smart contracts for a wide range of industries, including finance, supply chain, healthcare, real estate, insurance, and government. Our global expertise allows us to tailor solutions to specific industry requirements and regulations.
The timeline can vary depending on the complexity of the project. A simple smart contract might take 2-4 weeks, while more complex systems could take several months. During our initial consultation, we’ll provide a more accurate estimate based on your specific requirements.
Security is paramount in our development process. We follow best practices for secure coding, conduct thorough testing, and perform multiple rounds of audits. We also offer ongoing monitoring and maintenance to address any potential vulnerabilities that may arise.
Yes, we specialize in seamlessly integrating smart contracts with existing business systems and processes. Our full-stack capabilities allow us to create comprehensive solutions that work harmoniously with your current infrastructure.
We have expertise in developing smart contracts for multiple platforms, including Ethereum, Hyperledger Fabric, Binance Smart Chain, and others. We’ll recommend the best platform based on your specific needs and use case.
Costs can vary widely depending on the complexity of the project, the chosen blockchain platform, and the level of customization required. We offer flexible engagement models, including fixed-price projects and time-and-materials contracts. Contact us for a personalized quote based on your requirements.
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Tired of slow, costly contract processes?
Let Codewave automate your agreements with secure, smart contracts.