Decentralised finance protocols — from lending pools to automated market makers.
Decentralised finance is building an open, permissionless alternative to traditional financial infrastructure. We engineer DeFi protocols — AMMs, lending markets, yield aggregators, staking, and treasury management — with the security rigour and economic design they demand. Whether you are launching a new protocol or integrating DeFi primitives into an existing product, we deliver battle-hardened on-chain finance.
Discuss Your ProjectTokenomics review and simulation to catch incentive misalignments before they reach mainnet.
Built on proven primitives from Uniswap, Aave, and Compound — no reinventing the wheel.
Protocol dashboards and on-chain analytics so teams can monitor health and liquidity in real time.
Define economic model, tokenomics, and incentive structures.
Implement protocol contracts with OpenZeppelin, Chainlink oracles, and price feeds.
Agent-based simulations to stress-test liquidity, slippage, and edge cases.
Internal and external security audit with full remediation.
Mainnet deployment, liquidity bootstrap, and real-time protocol monitoring.
Blockchain & Web3
Self-executing contracts that automate trust and eliminate intermediaries.
Blockchain & Web3
Full-stack decentralised applications that blend Web3 power with Web2 usability.
Blockchain & Web3
Strategic guidance to navigate blockchain technology with clarity and confidence.
Architectural BIM, scan-to-BIM, 3D visualisation, and automation — all under one roof.
Common questions about our DeFi Solutions service.
Yes — code audits catch implementation bugs, but not flawed tokenomics or incentive misalignments. We run agent-based economic simulations and adversarial scenario analysis before deployment to stress-test liquidity, slippage, and attack vectors like flash loan exploits.
Absolutely. Composability is central to DeFi. We integrate with Uniswap v3 for liquidity, Aave and Compound for lending primitives, Chainlink for price feeds, and Curve for stable asset swaps — building on battle-tested foundations rather than reinventing them.
We use price oracle manipulation protections (Chainlink TWAPs instead of spot prices), reentrancy guards on all state-changing functions, checks-effects-interactions patterns, and circuit breakers that pause the protocol if anomalous activity is detected.
An AMM (automated market maker) uses liquidity pools and a pricing formula to enable permissionless trading without a counterparty order. An order book DEX matches buy and sell orders like a centralised exchange. AMMs are more common on Ethereum due to lower gas requirements; order books are more viable on high-throughput chains.
A focused protocol — for example a single-asset staking contract with reward distribution — takes 4–6 weeks including testing. A full AMM or lending market with governance, multiple asset support, and economic simulation takes 12–20 weeks before mainnet readiness.
Chainlink Data Feeds are our default for established assets — they are decentralised, manipulation-resistant, and have the widest asset coverage. For less liquid assets or custom data, we evaluate Pyth, Band Protocol, or TWAP oracle implementations based on the security requirements.
Our team will scope your requirements and come back with a clear proposal within 48 hours.