比特币Hyper提供了针对比特币可伸缩性挑战的技术解决方案

比特币Hyper通过其2层平台为比特币的可伸缩性挑战提供了技术解决方案。使用Solana的虚拟机体系结构，系统几乎实时处理比特币交易。

Bitcoin Hyper is offering a technical solution to Bitcoin’s scalability challenges with its Layer 2 platform.

比特币Hyper通过其2层平台为比特币的可伸缩性挑战提供了技术解决方案。

The project is powered by Solana’s Virtual Machine and processes transactions in near real-time.

该项目由Solana的虚拟机提供动力，并在几乎实时实时处理交易。

It also launched its HYPER token presale, which has already raised over $150,000 and features a 4,000% annual staking reward program.

它还推出了超代币预售，该预售已经筹集了超过15万美元，并具有4,000％的年度奖励计划。

Bitcoin Hyper combines a Canonical Bridge mechanism with zero-knowledge proofs to maintain Bitcoin’s security.

比特币Hyper Comment将一个规范的桥梁机制与零知识证明相结合，以维持比特币的安全性。

Bitcoin Hyper’s Technological Architecture Explained

比特币Hyper的技术架构解释了

Bitcoin Hyper’s technology spans four components that link Bitcoin’s main chain with a high-throughput processing layer.

比特币Hyper的技术涵盖了四个组件，这些组件将比特币的主链与高通量处理层联系起来。

The architecture begins with the Canonical Bridge, which monitors designated Bitcoin addresses for deposits.

该建筑始于规范的桥梁，该桥监视了指定的存款地址。

When users send BTC to these addresses, the Bitcoin Relay Program verifies the transaction by checking block headers and cryptographic proofs.

当用户将BTC发送到这些地址时，比特币中继程序通过检查块标头和加密证明来验证交易。

After verification, the system mints an equivalent amount of Bitcoin on Layer 2 through a trustless process that maintains the 1:1 relationship between assets across both layers.

验证后，系统通过第2层在第2层上的比特币造成了相当数量的比特币，该过程维持两层资产之间资产之间的1：1关系。

This minting happens without centralized intermediaries and preserves Bitcoin’s security model throughout the bridging process.

这种铸造发生在没有集中式中介机构的情况下，并在整个桥接过程中保留了比特币的安全模型。

For settlement and security, Bitcoin Hyper batches and compresses Layer 2 transactions. This reduces the data footprint and also maintains integrity. Zero-knowledge proofs verify transaction validity without exposing sensitive details.

对于结算和安全性，比特币超批次并压缩了第2层交易。这减少了数据足迹并保持完整性。零知识证明可以验证交易有效性，而无需暴露敏感细节。

The withdrawal mechanism allows users to move assets back to Bitcoin’s main chain by initiating a request on Layer 2. The system generates cryptographic proofs for the Canonical Bridge, and after validation, releases the corresponding Bitcoin to the user’s original address on Layer 1.

该提款机制允许用户通过在第2层上启动请求将资产移至比特币的主链。系统为规范桥式生成加密证明，验证后，将相应的比特币释放到第1层的用户原始地址。

Differentiating Features in the Layer 2 Sector

第2层扇区中的区分特征

Bitcoin Hyper distinguishes itself from other Bitcoin scaling solutions through several technical approaches.

比特币超级通过几种技术方法将自己与其他比特币缩放解决方案区分开来。

Unlike Lightning Network, which needs pre-funded payment channels between specific parties, Bitcoin Hyper creates a general-purpose computing environment where any user can transact with any other without establishing direct connections first.

与需要特定方之间需要预资助的支付渠道的闪电网络不同，比特币Hyper创建了通用的计算环境，任何用户都可以与其他任何用户交易，而无需首先建立直接​​连接。

The platform diverges from Optimistic Rollups by avoiding the long withdrawal waiting periods typically associated with fraud proof systems.

该平台通过避免通常与欺诈系统相关的长期撤回等待期来与乐观的汇总不同。

Instead of requiring users to wait days for potential fraud challenges when moving assets back to the main chain, Bitcoin Hyper’s zero-knowledge verification system allows faster withdrawals and also maintains security.

比特币Hyper的零知识验证系统无需在将资产返回主链时等待几天的欺诈挑战，而是可以更快地提款并保持安全性。

Compared to other ZK-Rollups, Bitcoin Hyper’s use of Solana’s Virtual Machine provides programmability and application support. Many ZK systems limit smart contract capabilities to improve proving efficiency, but Bitcoin Hyper maintains a more flexible development environment.

与其他ZK滚动相比，比特币Hyper对Solana的虚拟机的使用提供了可编程性和应用程序支持。许多ZK系统限制了智能合同功能以提高证明效率，但比特币Hyper保持了更灵活的开发环境。

The choice of SVM architecture rather than Ethereum Virtual Machine (EVM) compatibility delivers higher throughput and lower fees than EVM-based Layer 2 solutions. This technical decision prioritizes performance metrics critical for payment applications and high-frequency trading scenarios.

SVM体系结构而不是以太坊虚拟机（EVM）兼容性的选择比基于EVM的第2层解决方案可提供更高的吞吐量和更低的费用。该技术决定优先考虑对付款应用程序和高频交易方案至关重要的绩效指标。

By combining elements from multiple scaling approaches rather than following any single established pattern, Bitcoin Hyper creates a hybrid model optimized specifically for Bitcoin.

通过将来自多种缩放方法的元素组合在一起，而不是遵循任何单个建立的模式，比特币Hyper创建了专门针对比特币优化的混合模型。

Tokenomics: The Mathematics Behind 5,000% Staking

Tokenomics：5,000％占有的数学

Bitcoin Hyper’s tokenomics structure allocates tokens across five specific categories to balance development needs with user incentives.

比特币Hyper的标记学结构在五个特定类别中分配令牌，以平衡开发需求与用户激励措施。

The largest portion, 30%, funds ongoing technical advancement and protocol improvements.

最大的部分，30％，基金正在进行的技术进步和协议改进。

Another 25% goes to treasury operations and provides resources for business development and community initiatives as the platform grows.

另有25％的人用于国库业务，随着平台的增长，为业务发展和社区计划提供资源。

The 4,000% annual staking reward come primarily from the 15% allocation designated for community incentives. This portion distributes tokens to stakers based on a time-release formula that gradually decreases issuance as the platform matures.

4,000％的年份奖励主要来自指定为社区激励措施的15％分配。这一部分根据时间释放公式向Stakers分发令牌，该公式随着平台的成熟而逐渐降低发行。

The sustainability of such high rewards relies on decreasing distribution rates over time as more users join the staking pool. As total staked tokens increase, individual rewards naturally decrease. The remaining token allocations – 20% for marketing and 10% for exchange listings – support ecosystem expansion indirectly.

随着越来越多的用户加入Staging池，这种高奖励的可持续性依赖于随着时间的推移降低分配率。随着全股代币的增加，个人奖励自然会减少。其余的代币分配（营销为20％，交换清单的10％）间接支持生态系统扩展。

How To Join HYPER Presale?

如何加入超预售？

The HYPER token presale implements a direct purchase model with a fixed entry price of $0.011525 per token. The system tracks participation through an on-chain smart contract that records purchase amounts, staking elections, and reward distributions. Current metrics show close to $150,000 raised with substantial participation in the program.

超代币预售实施了直接购买模型，固定入口价格为$ 0.011525。该系统通过链上智能合约跟踪参与，该合同记录购买金额，放入选举和奖励分布。当前的指标显示，筹集了近15万美元，并大量参与了该计划。

The technical infrastructure handles two distinct participation paths. The primary crypto-native route accepts payments in established cryptocurrencies through web3 wallet connections. Users connect wallets like MetaMask or Best Wallet to the platform interface.

技术基础设施处理了两个不同的参与路径。主要的加密本地路线接受通过Web3钱包连接已建立的加密货币的付款。用户将诸如metamask或最佳钱包之类的钱包连接到平台接口。

For participants without existing cryptocurrency, the platform’s fiat on-ramp integration allows card payments through supported wallets. This process converts fiat currency to cryptocurrency at the point of purchase, then completes the HYPER token acquisition in the same transaction flow.

对于没有现有加密货币的参与者，该平台的FIAT坡道集成可以通过受支持的钱包付款。此过程将法定货币转换为加密货币，然后在同一交易流中完成超代币采集。

Join Bitcoin Hyper Now

立即加入比特币

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