Yuanzi

TBC (Turing Bit Chain)
TBC: The Orthodox Legacy of Bitcoin..
TBC: The Rise of the Orthodox Bitcoin Legacy in the Crypto Wave
We will witness together the transition of Bitcoin from digital gold to a global financial infrastructure, as billions of users' lives are transformed by high-performance, low-cost on-chain economies.
By 2026, the Web3 industry is entering a major turning point from experimental phase to mature infrastructure. As regulations become clearer, institutional funds accelerate inflows, asset tokenization(RWA) explode in growth, deep integration of AI and blockchain, an

TBC (Turing Bit Chain)
Ultra-Low Transaction Friction: How TBC Ultimately Realizes Satoshi Nakamoto's Inclusive Payment Vision
Bitcoin's transaction fees reaching up to $50 were not part of the original plan.
This is a compromise that dashed dreams.
TBC is fixing that.
The Design Principles Satoshi Never Abandoned
"We must set the threshold high enough to prevent spam, but low enough to allow legitimate use."
This statement summarizes Satoshi's core balancing act: providing security without excluding anyone, and offering protection without pricing out the target groups.

TBC (Turing Bit Chain)
When Ethereum users lose all their assets after clicking on a phishing link, or when a smart contract vulnerability on Solana causes both project teams and users to lose everything, we are forced to reflect: Is the prosperity of DeFi built on a fragile security foundation? According to the 2024 On-Chain Security Report, asset losses due to authorization vulnerabilities throughout the year totaled up to $2.3 billion, with over 60% of cases stemming from "infinite authorization" abuse. Even more concerning is the architectural characteristic of traditional account model

TBC (Turing Bit Chain)
Application Scenario Vision: From AI Agents to Decentralized Cloud
The combination of x402 and TBC will catalyze the following revolutionary applications:
1. Autonomous AI Economic Ecosystem
Research Assistant: AI agents pay TBC on-chain data marketplaces (such as academic paper libraries) per article ($0.10 per article), avoiding database subscription fees.
Distributed Computing: Training models paid per GPU minute ($0.50 per minute), with funds automatically settled to computing nodes via TBC smart contracts in the future.
2. Micro-Payment Revolution for Human Users
Co

TBC (Turing Bit Chain)
What is the concept of Web4.0?
Web4.0 is the next-generation internet paradigm currently forming, following Web1.0 (read-only), Web2.0 (read/write/social), and Web3.0 (decentralization/ownership). Its core concepts revolve around "human-machine symbiosis" and "AI autonomy," aiming to achieve deep collaboration between AI agents and humans, as well as seamless integration of the physical world and the digital universe.
Core features of Web4.0:
. AI Native: AI agents become the main entities on the network, capable of automatically executing tasks, understanding co

TBD (Turing Bit Chain)
⛏ Absolute Security and Prisoners of War: Empowering TBC with Faith
Satoshi Nakamoto didn't just create a payment system.
He built a philosophical framework, and "TBC" is the most faithful evolution of that system. 🧵👇
📜 The Beginning of Everything
Satoshi Nakamoto himself set boundaries for security expectations:
“This system aims to protect user privacy, but it is not absolutely secure. Every transaction is broadcast on the network.”
As for operational costs:
“The transaction benefits brought by Bitcoin will far outweigh its electricity consumption. Therefore, not h

Advantages of the TBC Network
TBC can efficiently handle large data packets without the need to split them into smaller packets. The reasons are as follows:
High transmission speed:
No need to split and reassemble data, enabling faster transmission.
Even large amounts of data can be transmitted efficiently and without delay.
Effective utilization of network resources:
Data can be fully utilized even without dividing it into small packets.
This is similar to using a large truck to transport goods—more efficient resource utilization.
Utilization of the UTXO model:
TBC adopts the UTXO(Unspent Tra

TBC: The Value of Web4.0
TBC: The Circulation Engine of Web4.0
- Redefining AI Agent Economic Infrastructure with Five Core Features
Providing AI Agents with an "Autonomous Thinking" Execution Framework.
The Underlying Call of Web4.0: When AI Agents Need a "Zero Friction" Value Network
The essence of Web4.0 is a large-scale collaborative network of cognitive autonomous entities.
-- AI Agents as digital life forms with independent thinking capabilities need to autonomously create, exchange, and accumulate value in open environments. However, current blockchain infrastructure has cri

🔒🔑The DeFi Security Trilemma Has Been Solved: TBC's UTXO Model Is the Answer
In the DeFi space, are we really forced to choose between "convenience" and "security"?
TBC's UTXO model shows: No. Users agree with this as well.
The data speaks for itself.
Over 80% of users migrating to TBC say that "no authorization risk" is the main reason for their switch.
This is not just a technical preference but a fundamental shift in user demand for DeFi infrastructure.
🚀Roadmap: From Security to Unstoppable
TBC's vision is not limited to eliminating authorization risks. The ecosystem is continuously evo

TBC (Turing Bit Chain) Introduction
1. Economic Model: Total issuance of 2.1 billion tokens, with 93.3% permanently locked. The remaining 6.7% (142 million) are mined over 100 years, with a daily output of 42,500 tokens. Currently, the market circulation is about 17.5 million, with an actual circulating supply of approximately 12 million. The mining mechanism is similar to Bitcoin's, halving every 4 years. By 2028, the total circulating supply will be around 65 million, with no further issuance.
2. Technical Features: TBC is the world's first public chain based on the Bitcoin UTXO model to

TBC (Turing Bit Chain)
Paradigm Shift in DeFi Security: TBC's "Architecture Immunity"
DeFi on TBC is not just "safer"; it is fundamentally different.
Traditional blockchains rely on "trust," whereas TBC eliminates the need for trust through its architecture. Here's how the UTXO model rewrites the rules for decentralized exchanges(DEX), lending, and NFTs.
Practical Application Scenario: Trustless Design
1. Decentralized Exchange(DEX)
Old Method: You approve a contract to spend your tokens. If the contract is hacked, your wallet will be emptied.
TBC Approach: Atomic Swap.
▼ Transactions are exec

TBC (Turing Bit Chain)
With the rapid development of artificial intelligence and autonomous systems, the digital economy is undergoing a paradigm shift. AI agents can now independently perform complex tasks, but from data retrieval to cloud resource invocation, the core bottleneck has always been the payment system—traditional financial infrastructure relies on manual intervention, subscription models, and delayed settlements, which cannot meet the needs of real-time, high-frequency, microtransaction exchanges between machines. Against this backdrop, Coinbase's x402 protocol was born, activati

TBC (Turing Bit Chain)
$2.3 Billion DeFi Crisis: Why TBC's UTXO Model Is the Ultimate Solution
When a single phishing link can drain an entire Ethereum wallet, or a Solana contract vulnerability can cause projects and users to lose everything overnight, we can't help but ask: Is the prosperity of DeFi built on a fragile foundation?
Below is a reality check on blockchain security and how TBC fundamentally rewrites the rules.
Root Cause: The Account Model Dilemma
These numbers are shocking. According to the 2024 On-Chain Security Report:
$ Up to $2.3 billion lost within a year due to

TBC（图灵比特链）
技术基因解码：TBC 公链为何是预测市场的「天作之合」？
去中心化预测市场的运行逻辑犹如精密齿轮，其效能高度依赖链上结算的毫秒级响应、资产流转的丝滑互通以及对用户隐私的弹性保护。TBC 公链的技术特性恰似为这套齿轮量身定制的润滑剂：
UTXO 模型的结算革命​
预测市场的核心操作是「结果判定即清算」，传统账户模型在此场景下暴露出致命短板：全局状态验证导致结算延迟，智能合约交互增加操作成本。TBC 公链的 UTXO 模型则展现出三大优势：
并行清算能力：将每笔预测交易拆解为独立 UTXO 单元，实现真正意义上的并行处理。。
原子性结算保障：UTXO 的「全有或全无」特性完美适配预测市场的「二元结果」逻辑。
冷启动友好性：UTXO 模型天然支持「轻节点」验证，预测市场初创团队无需部署昂贵的全节点即可实现本地化结算验证，降低技术准入门槛。
高性能基础设施的降维打击​
在某次虚拟货币价格波动预测事件中，某 Layer2 平台因 TPS 不足导致 30% 用户订单堆积。TBC 公链的 4GB 大区块设计彻底打破这一困境：
区块扩容魔法：单区块 4GB 容量相当于传统公链的 100 倍存储空间，可同时容纳 5 万笔预测交易，全程零拥堵。
零延迟确认机制：通过秒级确认验证技术，TBC 公链将交易确认时间压缩至 200ms，用户从下单到资产到账的体验堪比中心化交易所。这种「即

TBC (Turing Bit Chain)
x402+Pending: Powering the Future of Autonomous Digital Economy
The integration of the x402 protocol with the TBC blockchain is catalyzing revolutionary applications—from AI agents to decentralized cloud infrastructure
Three Transformative Application Scenarios
Autonomous Artificial Intelligence Economic Ecosystem
AI Research Assistant:
AI agents pay for on-chain data markets via the x402 protocol(Academic papers, datasets)Pay-per-article model: $0.10 per paper, compared to expensive database subscriptions
★Instant micro-payments eliminate upfront costs and

TBC (Turing Bit Chain)
) The birth of HoneyBank: Using UTXO+Locktime to create an "on-chain safe"
The core logic of HoneyBank is simple: use the native capabilities of blockchain to "lock" your TBC into an on-chain safe until the agreed time to withdraw. But its technical implementation hides the clever ideas of the TBC team—
1. Underlying logic: UTXO model is inherently a "lock-up神器"
Unlike account models (like Ethereum) that use "balance addition and subtraction," Bitcoin (and TBC) adopt the UTXO (Unspent Transaction Output) model, which is essentially "a bunch of locked coins." Each UTXO is

TBC (Turing Bit Chain)
) Why do we need a "piggy bank that can't be impulsively opened"?
The charm of cryptocurrency lies in its "high volatility"; and the harsh reality of crypto also stems from this "high volatility." Let's look at some real historical snapshots:
BTC: Exploded from $1,000 in 2017 to $20,000, many people sold at the halfway point out of "fear of topping out," only to see it reach $100,000 eight years later;
BNB: Went from under $1 at issuance to soaring to $1,000 by 2025, a rise of over 1,000 times, behind which countless users cut losses during short-term corrections

x402+Pending: Powering the Future of Autonomous Digital Economy
The integration of the x402 protocol with TBC blockchain is catalyzing revolutionary applications—from AI agents to decentralized cloud infrastructure
Three Transformative Application Scenarios
Autonomous Artificial Intelligence Economic Ecosystem
AI Research Assistant:
AI agents pay for on-chain data marketplaces via the x402 protocol( Academic papers, datasets) Pay-per-article model: $0.10 per paper, compared to expensive database subscriptions
★ Instant micro-payments eliminate upfront costs and barriers
Distribut

TBC (Turing Bit Chain)
The Chronic Problems of Traditional Cross-Border Remittances
By 2026, the NYSE claims to achieve 24/7 around-the-clock trading, but ordinary people's cross-border remittances remain mired in inefficiency. Mr. Li, a cross-border e-commerce practitioner in Hangzhou, is a typical example: when he paid $50,000 to a U.S. supplier via a certain international bank wire system, the funds only arrived after three days, and the final amount was reduced to $49,780. This discrepancy of $220 was caused by layered intermediary bank fees, telecommunication charges, exchange rate losses

TBC (Turing Bit Chain)
Large Block Technology: Breaking Through the Core Logic of Performance Bottlenecks
Bitcoin's mainnet 1MB block capacity is like the capillaries of a digital pipeline, struggling to handle large-scale transaction demands. As blockchain application scenarios expand, this design has become a key constraint for ecosystem development. TBC addresses this issue with two core technologies:
1. Block Expansion Mechanism: TBC increases the initial block capacity to 4GB, utilizing layered hashing technology and dynamic data pruning techniques, allowing a single block to contai