比特币Hyper（BTC）解决了阻止比特币的实际限制

比特币超级解决了实用的局限性，这些限制阻止了比特币对日常交易有用。

Bitcoin Hyper, a new cryptocurrency project, aims to solve the practical limitations that have prevented Bitcoin from becoming useful for everyday transactions. Through four technical features, the platform makes Bitcoin fast, affordable, and flexible enough for real-world applications.

一个新的加密货币项目比特币Hyper旨在解决实用的局限性，以防止比特币对日常交易有用。通过四个技术功能，该平台使比特币快速，负担得起且足够灵活地用于现实世界中的应用。

Canonical Bridge: Connecting Bitcoin to Fast Processing

规范桥：将比特币连接到快速处理

The project claims to be the first to integrate Canonical Bridge technology, which serves as the core connection between Bitcoin's main blockchain and Hyper's high-speed Layer 2 environment.

该项目声称是第一个集成规范桥技术的项目，这是比特币的主要区块链和Hyper的高速层2环境之间的核心连接。

This component tracks specific Bitcoin addresses for incoming transactions, verifying them using cryptographic proofs before minting equivalent assets on Layer 2. The bridge maintains a critical 1:1 relationship between assets on both layers, ensuring that every token on Layer 2 has proper backing on the main chain.

该组件跟踪用于传入交易的特定比特币地址，在第2层上铸造等效资产之前，使用加密证明对它们进行验证。该桥在两层上保持着一定的1：1之间的关键1：1关系，以确保第2层上的每个标记在主链上都有适当的备份。

Unlike typical cross-chain bridges which rely on centralized validators, Canonical Bridge utilizes a trustless verification mechanism. When users deposit Bitcoin, the system checks block headers and transaction proofs through the Bitcoin Relay Program.

与依靠集中验证器的典型跨链桥梁不同，规范桥梁利用了无信任的验证机制。当用户存入比特币时，系统将通过比特币继电器程序检查块标头和交易证明。

This process maintains Bitcoin's standard security guarantees while enabling the transition to faster processing, with the bridge creating a tamper-evident record of all cross-layer movements.

该过程保持比特币的标准安全保证，同时使过渡更快地处理，桥梁创建了所有跨层动作的篡改记录。

Anyone can independently verify that Layer 2 assets accurately reflect Bitcoin holdings on the main chain.

任何人都可以独立验证该第2层资产准确地反映了主链上的比特币持有量。

SVM Architecture: Why Processing Speed Matters

SVM体系结构：为什么处理速度很重要

Bitcoin Hyper also implements Solana's Virtual Machine (SVM) architecture, which is designed for parallel processing of transactions. Unlike Bitcoin, which processes transactions in a single file line, SVM handles multiple operations simultaneously.

比特币Hyper还实现了Solana的虚拟机（SVM）体系结构，该体系结构旨在并行处理交易。与比特币（在单个文件行中处理交易的比特币不同，SVM同时处理多个操作。

This parallelism is crucial for achieving transaction finality in seconds rather than Bitcoin's typical 10-minute block time. Such speed is essential for integrating Bitcoin into real-world use cases.

这种并行性对于在几秒钟内实现交易终结至关重要，而不是比特币的典型10分钟块时间至关重要。这种速度对于将比特币集成到现实世界中的用例中至关重要。

For instance, retail payments become viable when confirmation occurs before a customer leaves the checkout counter, while content creators can receive immediate compensation for their work.

例如，当客户离开结帐柜台之前确认时，零售付款将变得可行，而内容创建者可以立即获得其工作赔偿。

Furthermore, the SVM supports not only basic transfers but also complex programmable operations, enabling smart contracts to execute multi-step processes with the same speed as simple payments.

此外，SVM不仅支持基本转移，还支持复杂的可编程操作，使智能合约能够以与简单付款相同的速度执行多步骤过程。

This unlocks sophisticated financial applications like payroll, which are limited by the main chain's processing capabilities. For developers, the architecture provides familiar programming models with additional Bitcoin-specific libraries.

这解锁了复杂的财务应用，例如工资单，这些应用程序受主链的处理能力的限制。对于开发人员，该体系结构为熟悉的编程模型提供了其他特定比特币特定的库。

This minimizes the learning curve for building on Bitcoin Hyper compared to more specialized environments that require mastering entirely new paradigms.

与需要掌握全新范式的更专业环境相比，这可以最大程度地减少在比特币高度建立的学习曲线。

The Importance of Zero-Knowledge Security

零知识安全的重要性

Incorporating zero-knowledge proofs is another key aspect of Bitcoin Hyper. This cryptographic technique allows the system to verify transactions without revealing their details to the entire network.

合并零知识证明是比特币超级币的另一个关键方面。这种加密技术允许系统验证交易而不向整个网络揭示其详细信息。

The integrators explain that the focus is on verifying whether a transaction follows all the defined rules rather than disclosing the transaction's specific payload.

集成商解释说，重点是验证交易是否遵循所有定义的规则，而不是披露交易的特定有效载荷。

For instance, validators can confirm that a transaction originates from a permitted address and adheres to the syntactic structure of a valid transaction without needing to decrypt the public key or the amount being transferred.

例如，验证者可以确认交易起源于允许的地址并遵守有效交易的句法结构，而无需解密公钥或被转移的金额。

This privacy layer is absent from Bitcoin's transparent main chain, which exposes all transaction details to any observer.

比特币的透明主链中不存在此隐私层，该链将所有交易详细信息揭露给任何观察者。

For users, zero-knowledge provides confidentiality for business operations, payroll processing, and personal finances. Companies can make vendor payments without revealing their entire supply chain to competitors.

对于用户而言，零知识为业务运营，工资处理和个人理财提供机密性。公司可以在不向竞争对手透露其整个供应链的情况下进行供应商付款。

Individuals can receive funds in private wallets without broadcasting their financial activity to the world.

个人可以在不向世界广播其财务活动的情况下获得私人钱包的资金。

Moreover, the zero-knowledge implementation improves efficiency by reducing the data needed for verification. Instead of processing complete transaction information, validators check cryptographic proofs that require less computational work.

此外，零知识实现通过降低验证所需的数据来提高效率。验证者没有处理完整的交易信息，而是检查需要更少计算工作的加密证明。

The system uses a specific type of zero-knowledge proof called zkSNARKs (Zero-Knowledge Succinct Non-Interactive Arguments of Knowledge), optimized for Bitcoin's transaction model.

该系统使用称为ZKSNARKS的特定类型的零知识证明（零知识简洁的非相互作用的知识参数），针对比特币的交易模型进行了优化。

These proofs provide the same security guarantees as standard cryptographic signatures while offering more privacy options beyond Bitcoin's pseudonymous approach.

这些证明提供了与标准加密签名相同的安全保证，同时还提供了超越比特币的假名方法的更多隐私选项。

The integrators conclude that Bitcoin Hyper's unique combination of technologies aims to create a Layer 2 environment capable of handling high throughput and diverse use cases while remaining compatible with and deriving security from Bitcoin's main chain.

集成商得出的结论是，比特币Hyper的独特技术组合旨在创建一个能够处理高吞吐量和多样化用例的第二层环境，同时与比特币主链的安全性保持兼容并获得安全性。

The platform offers 3,000% staking APY to early participants in its presale, which has already raised nearly $200,000. Tokens are priced at $0.01155 each, with no minimum purchase requirement.

该平台为早期参与者提供了3,000％的积分APY，其预售已经筹集了近20万美元。代币的价格为$ 0.01155，没有最低购买要求。

Joining the presale involves obtaining cryptocurrency from your preferred exchange or, if you don'Trong>

加入预售涉及从您的首选交易所获得加密货币，或者，如果您don'trong>