Projects
Protocols, experiments, and primitives exploring the design of cryptoeconomic systems and decentralized financial infrastructure.
01
Vault & Escrow Primitives
primitive
Composable smart contract primitives for programmable custody, conditional settlement, and secure asset flows in decentralized financial systems.
Goals
- →Design reusable escrow primitives
- →Enable programmable custody flows
- →Support conditional settlement mechanisms
- →Provide secure asset vault abstractions
Technologies
Smart ContractsSolidityRustProtocol Design
02
Bonding Curve
experiment
Implementation and analysis of bonding curve pricing mechanisms for token issuance, automated liquidity provisioning, and programmable market design.
Goals
- →Explore pricing curve behaviors
- →Analyze liquidity efficiency
- →Model supply-driven price discovery
- →Study incentive dynamics
Technologies
AMM DesignMathematicsSimulationSmart Contracts
03
Encrypted Orderbook
experiment
Privacy-preserving on-chain orderbook exploring encrypted trade execution using fully homomorphic encryption.
Goals
- →Enable private order placement
- →Explore encrypted matching mechanisms
- →Study execution privacy in decentralized markets
- →Evaluate performance tradeoffs
Technologies
FHECryptographyOrderbooksMarket Design
04
Lending Protocol
protocol
Experimental decentralized lending system exploring collateral models, interest rate dynamics, and risk management in on-chain credit markets.
Goals
- →Model decentralized credit systems
- →Study collateral efficiency
- →Design interest rate mechanisms
- →Evaluate liquidation dynamics
Technologies
DeFiLendingSmart ContractsMechanism Design