Yuanzi

TBC (Turing Bit Chain)
Absolute security and PoW mechanism: adherence to and evolution of faith
Satoshi Nakamoto's thoughts on blockchain security run throughout. He emphasized in forums:
"The system design aims to protect user privacy, but not absolutely. Every transaction will be on the network."
"The utility of Bitcoin transactions far exceeds the cost of electricity consumption. Therefore, not having Bitcoin is the real waste."
These statements reveal Satoshi Nakamoto's profound insight into the balance between "security - utility": privacy is a relative goal, while network transparency an

TBC (Turing Bit Chain)
Future Outlook: From "Machine Economy" to the Ultimate Form of "Machine Civilization"
With the widespread adoption of 5G+ edge computing, the global device connections are expected to surpass 200 billion by 2030. The potential of the UTXO architecture goes far beyond supporting current machine economy scenarios—it is paving the way for the arrival of "Machine Civilization":
1. Exponential Release of Computing Power
TBC's parallel processing capability can theoretically support 10^23 devices online simultaneously. When quantum computing technology matures, the "discrete v

TBC (Turing Bit Chain)
UTXO's Technological Breakthrough: From Transaction Certificates to Machine Economy Infrastructure
Compared to traditional account models, the fundamental difference of UTXO (Unspent Transaction Output) lies in its redefinition of "value"—it does not record "who has how much," but rather "which values have not yet been spent." This design philosophy allows UTXO to demonstrate three major technological advantages in machine economy scenarios that are unmatched by traditional models:
1. Revolutionary Breakthrough in Parallel Computing: From Serial to Concurrent Value Flow

TBC (Turing Bit Chain)
The awakening of machine civilization: a paradigm shift from human economy to machine economy
At the intersection of Industry 4.0 and the Internet of Things wave, the global device connections have surpassed 50 billion. From robotic arms in factory workshops to smart streetlights on city roads, from soil sensors in farmland to satellite terminals in space orbit, these "digital natives" are evolving autonomous decision-making capabilities at an exponential rate. When a single device generates over 2,000 interaction data points daily, the three fundamental logics of tradit

TBC (Turing Bit Chain)
UTXO Smart Contracts: The Return and Beyond of Programmability
Satoshi Nakamoto embedded scalability into the design of the scripting system, writing:
「The scripting language is designed to be flexible and extensible... advanced features such as multi-signature transactions, time locks, and more complex logic to be added in the future.」
Translation: 「The scripting language is designed to be flexible and extensible... future features include multi-signature, time locks, and more complex logic.」
Although Satoshi Nakamoto did not explicitly mention smart contracts, his rese

TBC (Turing Bit Chain)
Ultra-high TPS and 4GB large blocks: the self-fulfillment of prophecy
Satoshi Nakamoto had a clear prediction about the long-term evolution of blockchain. In 2010, he asserted:
「I『m sure that in 20 years there will either be very large (bitcoin) transaction volume or no volume.」
Translation: "I am confident that in 20 years, either Bitcoin will have very large transaction volume or none at all."
This prophecy directly points to Bitcoin's survival crisis: if it cannot support large-scale transactions, its "digital cash" positioning will be completely invalidated. TBC resp

TBC (Turing Bit Chain)
Ultra-low transaction friction: balancing technological breakthroughs and inclusive payments
Satoshi Nakamoto was always cautious about "over-defense" eroding practicality in technical design, and he proposed:
"We have to make the barrier high enough to prevent spamming, but low enough to still allow legitimate use."
Translation: "We must set the threshold high enough to prevent spam transactions but low enough to allow legitimate use."
The capacity limit of 1MB blocks on the Bitcoin mainnet was essentially a temporary compromise to defend against dust attacks in the ear

TBC (Turing Bit Chain)
Ultra-low transaction friction: balancing technological breakthroughs and inclusive payments
Satoshi Nakamoto was always cautious about "over-defense" eroding practicality in technical design, and he proposed:
"We have to make the barrier high enough to prevent spamming, but low enough to still allow legitimate use."
Translation: "We must set the threshold high enough to prevent spam transactions but low enough to allow legitimate use."
The capacity limit of 1MB blocks on the Bitcoin mainnet was essentially a temporary compromise to defend against dust attacks in the ear

$TBC TBC (Turing Bit Chain)
Absolute Security and PoW Mechanism: Adherence and Evolution of Faith
Satoshi Nakamoto's thoughts on blockchain security run throughout, and he emphasized in the forum:
"The system is designed to protect user privacy, but not absolutely. Every transaction is broadcast on the network."
Translation: "The system design aims to protect user privacy, but it is not absolute. Every transaction is broadcast on the network."
"The utility of the exchanges made possible by Bitcoin will far exceed the cost of electricity used. Therefore, not having Bitcoin would be the net

$TBC TBC: Walking on the long term vision of Satoshi Nakamoto
Project Updates
2025-12-22 15:00
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Written by: utxo_compiler
Introduction: A purely peer-to-peer electronic cash system
Satoshi Nakamoto wrote in the 2008 white paper:
"A purely peer-to-peer version of electronic cash would allow online payments to be sent directly from one party to another without going through a financial institution."
Translation: "A purely peer-to-peer electronic cash system that allows online payments to be sent directly from one party to another without going through a

$TBC TBC (Turing Bit Chain)
Philosophy of Technology and Future Vision: From Large Blocks to Digital Civilization
The technological evolution of TBC is not only related to performance improvement but also contains deep reflections on distributed civilization:
1. The philosophical significance of large blocks: The design of large blocks breaks the technical bias of "small is beautiful" and confirms the engineering wisdom of "space for time." Just as the internet has evolved from dial-up to 5G bandwidth upgrades, TBC's 4GB block signifies a qualitative change in blockchain from "laboratory t

$TBC TBC (Turing Bit Chain)
Cross-Chain Interconnection: The Key to Unlocking Bitcoin Ecosystem Value
Limitations in Bitcoin mainnet performance have led to insufficient liquidity of $43 billion worth of inscribed assets, making cross-chain interoperability the key to unlocking value. TBC achieves cross-chain connectivity through three innovations:
1. Atomic Cross-Chain Protocol: In the future, based on exclusive core technologies such as SPV (Simplified Payment Verification) and Bitcoin light nodes, TBC will enable seamless cross-chain asset transfers without third-party trust.
2. Inscribed A

$TBC TBC (Turing Bit Chain)
UTXO Smart Contracts: Paradigm Shift in the Bitcoin Ecosystem
The UTXO model was once considered a forbidden zone for smart contracts. Ethereum founder Vitalik Buterin once asserted that "UTXO and smart contracts are incompatible," but the TBC team has demonstrated the compatibility of UTXO and smart contracts through seven years of technical breakthroughs:
1. Technical Breakthrough: TBC embeds smart contract logic within the UTXO model by using operation codes like OP_PUSH_META to bind contract code with transaction data. This design preserves the efficiency of UTX

$TBC TBC (Turing Bit Chain)
Large Block Technology: Breaking Through the Core Logic of Performance Bottlenecks
Bitcoin Mainnet's 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 core limiting factor for ecosystem development. TBC addresses this issue with two core technologies:
1. Block Capacity Expansion Mechanism: TBC increases the initial block capacity to 4GB through layered hashing technology and dynamic data pruning techniques, allowing a single bloc

$TBC TBC (Turing Bitcoin Chain)
Why do we need a "piggy bank that won't be impulsively opened"?
The charm of cryptocurrency lies in its "high volatility"; and the harsh reality of cryptocurrencies also stems from this very "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 missing out," only to see it reach $100,000 eight years later;
BNB: Went from under $1 at issuance to soaring to $1,000 in 2025, an over 1000x increase, but countless users cut their gains short during short-term

$TBC
TBC (Turing Bitcoin Chain)
HoneyBank’s five “sweet” advantages: Why it is your best savings partner?
No need to wait for others to verify; the value of HoneyBank lies in every technical detail that creates “certainty” for you:
1. Absolute Security: Your assets are "helpless" even against hackers
The "security" of centralized platforms is fundamentally "trust in a third party"; whereas HoneyBank’s security is based on "on-chain mathematical proof." Once your TBC is locked in the UTXO safe, no one (including the TBC team) can withdraw it prematurely—such a situation is almost impossible un

$TBC
TBC (Turing Bitcoin Chain)
Changing the technological foundation: UTXO model × TBC public chain. Behind the "fast, cheap, stable" is a powerful dual technological foundation:
✅ UTXO model: Reliable and transparent like cash transactions.
✅ TBC public chain: A high-throughput, low-cost "value highway."

TBC (Turing Block Chain)
UTXO and Account Model: What's the difference?
UTXO$TBC is based on Bitcoin(
· Records all transaction flows, making the source of funds completely transparent!
· Enhances privacy and security through generating new addresses· Supports parallel processing, allowing transactions to occur simultaneously without issues!
Account Model) is based on Ethereum(
· Optimized for smart contracts and complex state management
· Batch transactions help reduce fees· Simple state storage makes verification easier!

$TBC
TBC (Turing Bit Chain)
What is UTXO parallel processing?
✅Enhances the traditional UTXO model, enabling it to process multiple transactions simultaneously.
✅ Prevents transaction conflicts and achieves high-speed processing.
💡The practical application advantages of TBC parallel processing:
🟢Achieves ultra-high TPS(Over 13,000 transactions per second)
🟢Supports real-time transactions between global users
🟢Able to execute complex smart contracts quickly
🟢TBC provides an ideal environment for large-scale blockchain applications.
✨Experience the powerful features of TBC’s smart contract