$TBC In the competition among public blockchains in the Web3 ecosystem, the "Impossible Triangle" of decentralization, security, and scalability has always been the core challenge for technological breakthroughs. Ethereum's smart contract ecosystem is thriving but limited by high Gas fees and low TPS; Bitcoin's decentralized security foundation is solid but lacks native programmability; other public chains either compromise decentralization during scaling or struggle to support mainstream asset ecosystems in their contract functionalities.



Traditional dilemma: Most public chains have to compromise between the three (e.g., Ethereum pursues security and decentralization at the expense of performance; Solana prioritizes performance but weakens decentralization).

TBC breakthrough: Inheriting Bitcoin's POW consensus mechanism and UTXO model's security and decentralization genes, through 4GB large blocks, parallel computing, and native smart contract deployment, achieving a unified high performance (1 million to 3 million TPS), high security, and strong decentralization—redefining the path to crack the public chain "Impossible Triangle."
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Niuben1
· 9h ago
In the competition among public chains within the Web3 ecosystem, the "Impossible Triangle" of decentralization, security, and scalability has always been the core challenge for technological breakthroughs. Ethereum's smart contract ecosystem is thriving but limited by high Gas fees and low TPS; Bitcoin's decentralized security foundation is solid but lacks native programmability; other public chains either compromise decentralization during scaling or struggle to support mainstream asset ecosystems in their contract functionalities.

Traditional dilemma: Most public chains have to make compromises among the three (e.g., Ethereum pursues security and decentralization at the expense of performance; Solana prioritizes performance but weakens decentralization).

TBC breakthrough: Inheriting Bitcoin's POW consensus mechanism and UTXO model's security and decentralization genes, through 4GB large blocks, parallel computing, and native smart contract deployment, achieving high performance (1 million to 3 million TPS), high security, and strong decentralization simultaneously, redefining the solution path for the public chain's "Impossible Triangle."
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