AMMs & liquidity
Swap and pool mechanics with slippage, fee, and impermanent-loss behavior modeled before they go live.
Financial mechanism design on-chain: AMMs, lending, staking, and token economics modeled and stress-tested against adversarial market conditions while changing them is still cheap.
Most DeFi failures are not a Solidity bug; they are an economic one: an oracle that can be nudged, a pool that can be drained with a flash loan, an emission schedule that pays mercenaries to leave.
The mechanism is the product, and it has adversaries with capital and patience. A design that looks balanced on a whiteboard can unravel the first time a rational actor is paid to break it.
We design the mechanism as an economic system, not just code: incentives, invariants, and failure modes modeled explicitly, and stress-tested against the adversary who is trying to extract from it.
Oracles, liquidity, and parameters are chosen against simulated conditions, thin markets, price shocks, coordinated attacks, so the protocol behaves under stress the way it does in the pitch deck.
Swap and pool mechanics with slippage, fee, and impermanent-loss behavior modeled before they go live.
Collateral, liquidation, and reward systems engineered so incentives stay aligned under market stress.
Supply, emissions, and vesting designed for durable incentives rather than a first-week mercenary spike.
Agent-based and scenario simulation of attacks and shocks, so parameters are chosen on evidence.
Full-stack development of a decentralized finance application featuring wFIL staking and a token swap mechanism. The platform allows users to earn yield by staking the wFIL token and provides a liquidity pool interface for seamless, trustless token swaps. All core logic, including staking rewards and automated market maker calculations, is managed by secure Solidity smart contracts.
View case studyBlockchain & Web3Engineered and deployed Myst, a high-yield BUSD staking platform. Users can securely lock their BUSD to earn passive rewards, with all vesting and reward distribution logic governed by an audited Solidity smart contract. The user interface is highly intuitive and responsive, built with React/Next.js, and blockchain connectivity is handled using wagmi and ethers.js.
View case studyMechanism and token design, AMMs, lending, staking, and yield protocols, plus the economic simulation that stress-tests incentives and parameters against adversarial market conditions before launch.
Contract development makes the code correct; DeFi development makes the economics survivable. The hard problems are incentives, oracle safety, and market behavior, on top of a sound contract layer.
Yes. Supply, emissions, and incentive simulation come before implementation, so the token design is tested against attacker and market scenarios while changing it is still cheap.
Directly. Oracle manipulation and flash-loan attacks are modeled as first-class threats in the design, and mitigations are chosen against simulated attacks rather than added after an incident.