The value of TBC lies in its unique ability to combine the unparalleled security of Bitcoin with the programmability of smart contract platforms. This lays a strong foundation for building scalable DApps and financial systems. Its core advantages include:
BVM for Turing-complete execution
UTXO-based smart contracts model (parallel, secure, auditable)
Huge scalability (4GB+ blocks, 10,000+ TPS)
Interoperability between BTC wallets and Layer 1 Bitcoin
TBC also brings value by enabling Bitcoin to truly function in real-world decentralized finance, NFTs, content platforms, and enterprise data syst

The future envisioned by TBC is that Bitcoin not only becomes the most trusted means of value storage globally but also a programmable financial infrastructure. Its long-term goal is to transform Bitcoin into a universal foundational layer that can support Web3 innovations without compromising its original purpose. By achieving high-speed, low-cost smart contract execution through BVM, TBC aims to bring developers, businesses, and users back into the Bitcoin ecosystem and promote the widespread adoption of decentralized applications.

The core goal of TuringBitChain (TBC) is to unlock the full potential of Bitcoin by building a scalable Layer 2 blockchain that supports smart contracts. TBC introduces the Bitcoin Virtual Machine (BVM) and programmable infrastructure, enabling developers to create decentralized applications (dApps), DeFi protocols, NFT platforms, and cross-chain bridges—while maintaining the decentralization, security, and simplicity that Bitcoin is known for.

#TBC# The main features of TBC BVM:
1. New operation codes and function extensions
The BVM of TBC adds various new instructions based on the original operation codes of Bitcoin, allowing smart contracts to handle more complex logic and operations. This makes it possible to implement contract conditions that were previously unattainable on the Bitcoin network.
2. Support for multiple data types
The BVM of TBC supports a wider range of data types, allowing smart contracts to handle more diverse forms of data and manage more complex conditions, thereby significantly improving the efficiency of st

#TBC# EVM (Ethereum Virtual Machine) and BVM (Bitcoin Virtual Machine) are both virtual machines designed to execute smart contracts on blockchain networks, but their architecture and design goals differ.
EVM: The Ethereum's EVM aims to simplify the development of smart contracts and support the creation of various decentralized applications ( DApp ). It is a general-purpose Virtual Machine capable of handling complex computations and conditional logic.
BVM: BVM is a Virtual Machine developed specifically for running TBC smart contracts. It extends the Bitcoin UTXO model, and unlike Ethereum, i

#TBC# Introduction to TBC (Turing Bit Chain)
1. Economic Model: A total issuance of 2.1 billion coins, of which 93.3% are permanently locked. The remaining 6.7% (142 million) will be produced through mining, which will take 100 years to complete, currently producing 42,500 coins daily. The current market circulation is about 17.5 million, while the actual circulation is only about 12 million coins. The mining mechanism is the same as Bitcoin, halving every 4 years, with a total circulation of approximately 65 million coins by 2028, and no further issuance.
2. Technical Features: TBC is the wor

#TBC# #TBC# standard elements of Public Blockchain
1. Mainnet Launch
2. Independent Open Source
3. Blockchain Explorer
4. Independent Wallet
5. Mining Mechanism
The launch of the Public Blockchain is enough to outshine 99% of the projects on the market. The native coin issued by the Public Blockchain is one of the most valuable types of coins, similar to the original shares of a company, with huge appreciation potential. Currently, over 99% of the projects on the market are using token models issued via Ethereum or Waves. Genuine native coins of the Public Blockchain are extremely rare; public

#TBC# What is Turing Txid?
The Turing Txid is a technology used in the TBC smart contract to uniquely identify transactions and handle complex logic!
Transaction Tracking: Assign a unique ID to each transaction for precise management.
Supports complex contracts: easily handle various conditions and repetitive operations.
Enhance Security: Improve the security and reliability of smart contracts.
Thanks to this, TBC can support secure and complex smart contracts!

TBC
Turingbitchain (TBC)
Core Advantage
1. The creator of the Bitcoin Virtual Machine (BVM), which has implemented a more scalable BTCLayer2 solution based on BVM. The current mainnet is running stably with an initial TPS of 13K, and it is expected that the TPS can increase by an order of magnitude to reach 100K within a year.
2. Implement a seamless cross-chain solution based on BVM and BTCLayer2. TBC and BTC share the same origin; importing BTC's private key into the TBC wallet generates the same receiving address. The relationship between TBC and BTC is similar to that of ARB and ETH.
3. Th