Description
En-Tan-Mo is an advanced blockchain initiative designed around the concept of SHD completeness, with its foundation rooted in achieving consensus via Nash Equilibrium. This platform prioritizes a three-dimensional blockchain ecosystem, emphasizing game theory and economic strategies. It incorporates the Value Transport Protocol (VTP) and Value Interaction Protocol (VIP) to ensure secure, high-speed, and low-fee transactions. En-Tan-Mo's architecture blends proof of work (PoW) and proof of stake (PoS) for its consensus mechanism, alongside smart contracts, aiming to establish a decentralized web3 environment. It targets seamless integration across finance, entertainment, and e-commerce through its scalable and versatile blockchain infrastructure. The project’s distinctiveness is enhanced by a multi-chain and parallel chains structure, addressing congestion and concurrency by interfacing with various blockchain systems. It includes a blockchain device driver for optimizing contract interactions, a Turing complete virtual machine for security, and support for the high transaction per second (TPS) demands of decentralized applications (DApps). Cross-chain technology facilitates val...
En-Tan-Mo is an advanced blockchain initiative designed around the concept of SHD completeness, with its foundation rooted in achieving consensus via Nash Equilibrium. This platform prioritizes a three-dimensional blockchain ecosystem, emphasizing game theory and economic strategies. It incorporates the Value Transport Protocol (VTP) and Value Interaction Protocol (VIP) to ensure secure, high-speed, and low-fee transactions. En-Tan-Mo's architecture blends proof of work (PoW) and proof of stake (PoS) for its consensus mechanism, alongside smart contracts, aiming to establish a decentralized web3 environment. It targets seamless integration across finance, entertainment, and e-commerce through its scalable and versatile blockchain infrastructure. The project’s distinctiveness is enhanced by a multi-chain and parallel chains structure, addressing congestion and concurrency by interfacing with various blockchain systems. It includes a blockchain device driver for optimizing contract interactions, a Turing complete virtual machine for security, and support for the high transaction per second (TPS) demands of decentralized applications (DApps). Cross-chain technology facilitates val...