ελΘ's programmable blockchain infrastructure lets you build, deploy and execute self-executing agreements with trustless security and Greek-inspired efficiency.
contract TokenExchange {
address public buyer;
address public seller;
uint public price;
uint public expiration;
constructor(
address _buyer,
address _seller,
uint _price,
uint _duration
) {
buyer = _buyer;
seller = _seller;
price = _price;
expiration = block.timestamp + _duration;
}
function executeSwap() public {
require(msg.sender == buyer || msg.sender == seller);
require(block.timestamp >= expiration);
// Swap tokens between parties
// Smart contract guarantees atomic execution
}
// Additional logic with advanced validation
}
Automated execution of contract terms without intermediaries using ελΘ's native VM.
Leverage Greek architectural patterns for fast and secure execution through ελΘ's optimized consensus.
Advanced cryptographic guarantees through ελΘ's unique Byzantine fault tolerance mechanism.
Smart contracts can inherit from modular Greek-inspired libraries for common use cases like asset management or DAO governance structures.
Access real-time data via ελΘ's decentralized oracle network while maintaining atomicity between on-chain and off-chain operations.
Implement transparent governance structures with voting systems that execute autonomously.
Create and manage fractionalized ownership of physical assets through standardized smart contract templates.
Automate complex supply chain agreements with timestamped, auditable execution guarantees.
Build next-generation financial protocols with quantum-resistant guarantees.
Implement secure cross-chain interoperability protocols using ελΘ's modular bridge architecture.
Create trustless marketplaces with customizable royalty structures encoded directly in contract logic.