The relationship between TBC and BTC
TBC is a public chain developed based on the Bitcoin (BTC) ecosystem, with the core positioning of inheriting the advantages of BTC and addressing its limitations. The relationship between the two is mainly reflected in the following aspects:
1. Inheritance of the Core Mechanism
TBC retains the underlying technical architecture of BTC to ensure network stability and security, specifically including:
- UTXO (Unspent Transaction Output) model: Adopts a transaction accounting mechanism that is completely consistent with BTC, ensuring the consistency of asset c

#TBC# Parallel Processing under UTXO Model (TBC Technical Solution)
The TBC parallel processing model based on UTXO is an innovative technology that breaks through the limitations of traditional blockchain, with the core being the upgrade and transformation of the UTXO model to achieve more efficient transaction processing.
1. What is UTXO parallel processing?
- Upgrade the traditional UTXO model to support the simultaneous processing of multiple transactions, changing the traditional blockchain's "single-thread" transaction processing model.
- Avoid transaction conflicts through technical des

#TBC#
The advantages of the TBC network are significant, mainly reflected in the following aspects:

1. Faster transmission speed
​
- No need to split and reorganize data packets, significantly improving transmission speed.
​
- Even when handling large amounts of data, it can be transmitted efficiently and without delay.
​
2. Higher utilization of network resources
​
- No need to shard the data, maximizing the utilization of network resources.
​
- This is like using a large truck to transport goods all at once, which is more efficient and saves resources.
​
3. Adopting the UTXO model
​
- Enha

The way and core features of implementing smart contracts on Layer-1 for #TBC# TBC#are as follows:

Implementation method

TBC supports Turing-complete smart contracts, allowing complex business logic to be executed directly on Layer-1 without relying on Layer-2.

Core Features

1. Fully compatible with EVM logic
- Achieved high performance and low transaction fees through the TuringContract solution.
2. Instant Trade Processing
- Using Zero Confirmation technology, FT (tokens) and NFT transactions can be completed instantly.

TBC, with these features, leads the innovation of smart contrac

TBC
BuzzlineAI and Turingbitchain (TBC) have reached an official partnership.

The core content includes:

- The two parties officially establish a partnership.
- The brand new TBC Center (tbc.buzzline, ai) is now live
- AI-driven Web3 social + KOL traffic explosion, = "infinite possibilities" joining the revolution
- Try now: tbc.buzzlineai experience

Technical features of TBC: Parallel processing based on the UTXO model

This is an innovative technology that breaks through the limitations of traditional blockchain, enhances the traditional UTXO model, allows simultaneous processing of multiple transactions, and prevents transaction conflicts, achieving high-speed processing.

The practical advantages brought by this technology

- Achieve ultra-high TPS (over 13,000 transactions per second)
​
- Supports real-time trading between global users
​
- Can quickly execute complex smart contracts

Overall, TBC provides an ideal environment for

#TBC# high-performance parallel processing technology

The parallel processing technology of TBC significantly enhances transaction throughput:

- Achieve transactions simultaneously using different UTXOs
​
- Improve the execution speed of smart contracts

💡 Performance Comparison:
Compared to traditional account-based models, UTXO-based parallel processing can maximize efficiency in multitasking environments.

🫧 TBC's parallel processing technology will support large-scale network usage and become a key infrastructure for the global digital economy.

#TBC# 🪩Core features of TBC BVM:

1. New opcode and function expansion
The BVM of TBC has added multiple instructions based on the original opcodes of Bitcoin, enabling 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 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 complex conditions. This greatly enhances the efficiency of information storage and processing d

#TBC# What is BVM smart contracts?

📙In the BVM of TBC, the function of smart contracts is similar to that of mathematical functions!

🟢Input and condition check
They accept input and use a stack-based structure to verify whether the input values meet the contract conditions.

🟢 There are only two possible outcomes: TRUE or FALSE.

- TRUE: If the contract conditions are met, the transaction will be approved and completed.
​
- FALSE: If the contract conditions are not met, the transaction will be rejected and no fees will be charged.

🟢Ensure atomicity
The contract will only be executed

#TBC# Although the original Bitcoin script could only handle simple verification logic, which limited its ability to implement smart contracts, BVM supports more powerful and flexible smart contracts by adding new Operation Codes (instruction sets) and extending data types.

In simple terms, Bitcoin's initial scripting function was relatively simple and could not meet the demands of complex smart contracts; however, BVM has enhanced its capabilities through technical upgrades (adding new instructions and expanding data types), making the development and operation of smart contracts more divers

#TBC# 🌀The Ethereum Virtual Machine (EVM) and the Bitcoin Virtual Machine (BVM) are both virtual machines designed to execute smart contracts on blockchain networks, but they differ in structure and design goals.

🪩Ethereum Virtual Machine (EVM): The EVM of Ethereum is designed to simplify the development of smart contracts and supports the creation of various decentralized applications (DApps). It is a general-purpose virtual machine capable of handling complex computations and conditional logic.

🖇️Bitcoin Virtual Machine (BVM): The BVM is a virtual machine specifically designed for runn

#TBC# Governance Coordinates in the Digital Age
The TBC public chain reshapes the essence of currency through three-dimensional innovation:
Technological paradigm shift
4GB of block storage not only carries transaction data, but also ensures the speed of large-scale inclusive payments; the BVM engine compiles not just smart contracts, but also a new paradigm for policy implementation; atomic cross-chain connections not only link blockchain networks, but also facilitate the co-evolution of governance systems.
Governance effectiveness transformation
Financial discipline is achieved through techn

#TBC# 🔎The main features of BVM are as follows:
1⃣Purely Functional Architecture: The logic of smart contracts relies solely on inputs and outputs, minimizing state changes as much as possible. This makes contract verification simpler and more predictable.
2. Result-oriented:
Each contract execution ends with a Boolean result. Failed transactions do not consume gas and are not recorded on the blockchain, providing excellent cost efficiency.
3. Extended contract functionality: BVM is capable of handling complex smart contract logic that traditional Bitcoin scripts cannot manage. Thanks to its p

#TBC# √TBC and POW-based Decentralization

TBC inherits the concept of Bitcoin ( BTC ), adopting the Proof of Work ( PoW ) consensus mechanism, operating as a Decentralization public blockchain.

Provide the same level of security as Bitcoin using the SHA256 mining algorithm.
✅Ensure equal opportunities among miners through a fair competitive structure

Meaning of Decentralization:
TBC operates autonomously without central control, allowing all participants to access the network equally. This embodies the core value of blockchain technology, which is to provide trust and transparency.

Expl

#TBC# Turing Txid and Status Efficiency: A Revolutionary Leap of the UTXO Model
The TuringTxid technology in TBC addresses the inherent state bloat issue of the UTXO model, redefining the efficiency and scalability of blockchain.
By utilizing cryptographic hashing and data compression techniques, it can effectively manage transaction and state data, preventing performance degradation even in large-scale environments.
TuringTxid is not just a simple upgrade; it is a game changer that has the potential to shape the future of the blockchain!