#TBC TBC, as the first large public chain adopting the UTX0 smart contracts architecture, demonstrates distinct advantages at the underlying technical level.
✅The UTXO model of TBC is inherently resistant to MEV #TBC miner extractable value ( attacks, supporting efficient parallel transaction execution with a throughput exceeding 10,000 TPS, and the transaction cost is only 1/10003 of Ethereum, significantly lowering the barrier to user participation.
✅In contrast, account-based public chains like Ethereum must maintain global state synchronization, which can easily lead to the "state ) explosion" issue -- just like in the case of CryptoKitties, which once caused serious network congestion.
🚀 On the other hand, TBC utilizes the UTXO++ protocol to "shard" the contract states, with each UTXO carrying an independent execution container, thus achieving true parallel computation – this is the technical realization of the scalability vision of Bitcoin scripts.
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#TBC TBC, as the first large public chain adopting the UTX0 smart contracts architecture, demonstrates distinct advantages at the underlying technical level.
✅The UTXO model of TBC is inherently resistant to MEV #TBC miner extractable value ( attacks, supporting efficient parallel transaction execution with a throughput exceeding 10,000 TPS, and the transaction cost is only 1/10003 of Ethereum, significantly lowering the barrier to user participation.
✅In contrast, account-based public chains like Ethereum must maintain global state synchronization, which can easily lead to the "state ) explosion" issue -- just like in the case of CryptoKitties, which once caused serious network congestion.
🚀 On the other hand, TBC utilizes the UTXO++ protocol to "shard" the contract states, with each UTXO carrying an independent execution container, thus achieving true parallel computation – this is the technical realization of the scalability vision of Bitcoin scripts.