x · y = k · trustless liquidity
Liquidity pool
$28.4M
total value locked
Pool depth · 24h volume
Most DeFi exploits aren't broken code — they're broken economics and manipulable oracles. We engineer AMMs, lending markets, staking, and yield systems where the incentives, the price feeds, and the contracts are all hardened before a dollar of liquidity is at risk.
TVL secured on a launched protocol
Swap slippage vs forked AMM
Oracle-manipulation incidents
Protocols third-party audited
Code, economics, and oracles
A safe protocol survives flash loans, bank runs, and oracle games — not just a clean unit-test run. We engineer for the bad day, because that's the one that ends protocols.
AMM curves, fee tiers, and incentive design tuned so liquidity providers stay — not mercenary capital that flees the first epoch.
TWAP and multi-source price feeds (Chainlink, Pyth) so flash-loan attacks can't move your price — the failure mode behind most DeFi hacks.
We simulate emissions, fees, and incentives under stress and attack so the protocol stays solvent when markets get violent.
Invariant testing, fuzzing, and a third-party audit before a dollar of TVL is at risk — security is the product, not a feature.
What you get
Audited contracts, a hardened oracle design, and an economic model you can hand to governance with confidence.
From mechanism to mainnet
We model the AMM curve, interest-rate model, or yield strategy and simulate it under normal and adversarial conditions before any code.
Security-first Solidity with invariant tests, plus oracle and liquidity integration designed to resist manipulation.
Fuzzing, invariant checks, and attack simulations (flash loans, oracle moves, bank runs) to prove the protocol stays solvent.
Third-party audit, incentivized testnet, then a staged mainnet launch with TVL caps and monitoring that ratchet up safely.
DeFi, in production
A DeFi team had a forked AMM bleeding liquidity to slippage and a single oracle one flash loan away from disaster. We re-engineered the mechanism, the oracle, and the economics from scratch.
Meridian Markets
DeFi lending & AMM · Global
TVL at 90 days
Slippage vs old AMM
Exploits since launch
Sustained LP APY
“Our forked AMM was leaking liquidity and our oracle was a flash loan away from being drained. They rebuilt the mechanism, hardened the price feeds, and modeled the economics under attack. We crossed twenty-eight million in TVL with zero exploits — that's the whole game.”
Straight answers
DeFi (decentralized finance) protocol development is the engineering of on-chain financial systems — automated market makers, lending and borrowing markets, staking, and yield strategies — that run on smart contracts instead of banks. It combines contract security with economic design (incentives, liquidity, and oracle pricing) so the protocol stays solvent and attack-resistant under real market conditions.
We build AMM/DEX systems, lending and borrowing markets, liquid staking, yield aggregators and vaults, stablecoin mechanisms, and on-chain perpetuals or options. Each is engineered with the same audit-first rigor and modeled economically before launch.
Most DeFi hacks come from oracle manipulation, re-entrancy, and flawed economic assumptions — not just code bugs. We threat-model all three: TWAP and multi-source oracles, re-entrancy guards, invariant and fuzz testing, economic simulation of attack scenarios, and an independent third-party audit before mainnet.
We integrate Chainlink and Pyth where available and design time-weighted average price (TWAP) feeds or multi-source aggregation to resist flash-loan manipulation — a leading cause of DeFi exploits. Oracle design is treated as a security-critical part of the protocol, not an add-on.
Yes. We simulate liquidity, emissions, fees, and incentive flows under stress and adversarial scenarios so the protocol's economics hold up — not just its code. You get the model, the assumptions, and the parameters documented for governance.
Send us your protocol design or your forked codebase. We'll come back with an economic and security read — and a fixed quote.
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