比特币Solaris：2025年的技术突破

通过在以太坊的基础架构之上构建快速，可扩展的解决方案。它的汇总模型，Sidechains和基于ZK的缩放技术

Polygon has led the Layer-2 charge by building fast, scalable solutions on top of Ethereum’s infrastructure. Its rollup models, sidechains, and ZK-based scaling techniques have enabled cheaper transactions and greater speed — without modifying Ethereum itself. But the reliance on bridge mechanics, separate settlement layers, and often complex developer tooling introduces trade-offs.

Polygon通过在以太坊的基础架构上构建快速，可扩展的解决方案来领导2层电荷。它的汇总模型，Sidechains和基于ZK的缩放技术使交易变得更便宜和更高的速度 - 而无需修改以太坊本身。但是，依靠桥梁力学，单独的定居层和经常复杂的开发人员工具引入了权衡。

Now, a different model is getting attention. Bitcoin Solaris, built with dual-layer architecture and an integrated hybrid consensus model, is delivering Ethereum-level programmability and Solana-level performance — without relying on external rollups. With native 10,000 TPS, 2-second finality, and a high-efficiency mining system that works on smartphones, Polygon developers are beginning to take notice — and some are calling it “the technical breakthrough of 2025.”

现在，另一个模型正在引起关注。由双层体系结构和集成的混合共识模型构建的比特币Solaris正在提供以太坊级的可编程性和Solana级别的性能 - 而无需依赖外部滚动。 Polygon开发人员开始注意到本地10,000 TPS，2秒终结性和适用于智能手机的高效采矿系统，有些人称其为“ 2025年的技术突破”。

What Makes Bitcoin Solaris Different

是什么使比特币Solaris与众不同

While Polygon scales Ethereum from the outside, Bitcoin Solaris scales from within. Its system consists of two layers:

当多边形从外部缩放以太坊时，比特币Solaris从内部缩放。它的系统由两层组成：

* A lower layer focused on throughput and security, achieving 10,000 TPS with finality in 2 seconds using a combination of PoW, PoS, and PoT.

*较低的层专注于吞吐量和安全性，使用POW，POS和POT的组合在2秒内实现了10,000台TPS，并在2秒内实现了最终性。

* An upper layer optimized for programmability, running a modified version of the Solana Virtual Machine to support smart contracts.

*用于可编程性优化的上层，运行Solana Virtual Machine的修改版本以支持智能合约。

Both layers are coordinated by the Helios Consensus Mechanism, which combines all four consensus methods for fast, energy-efficient validation and ordering. The result: finality in 2 seconds, horizontal scalability, and no rollups, bridges, or layer jumps required.

这两层均由Helios共识机制协调，该机制结合了所有四种共识方法，用于快速，节能验证和有序。结果：最终性在2秒内，水平可扩展性，无需汇总，桥梁或层跳跃。

Bridging between Ethereum and its L2 solutions like Polygon still creates points of friction. Users face delays, higher gas fees when moving assets, and challenges verifying transactions across networks. Developers building on Polygon must also account for syncing issues, cross-layer logic, and the eventual settlement to Ethereum’s mainnet.

以太坊及其L2解决方案（如多边形）之间的桥接仍然会产生摩擦点。用户在移动资产时面临延迟，较高的汽油费，并挑战验证跨网络的交易。基于多边形的开发人员还必须说明同步问题，跨层逻辑以及最终与以太坊的主网和解。

Bitcoin Solaris eliminates this complexity. Since smart contracts and base-layer data exist within the same ecosystem — just on different operational layers — developers don’t have to manage bridging logic. Assets are native, execution is instantaneous, and the blockchain itself handles consensus, ordering, and finality in one unified model.

比特币Solaris消除了这种复杂性。由于智能合约和基层数据存在于同一生态系统内（仅在不同的操作层上），因此开发人员不必管理桥接逻辑。资产是天然的，执行是瞬时的，区块链本身在一个统一模型中处理共识，顺序和终结性。

Developer Accessibility

开发人员可访问性

One of Polygon’s strengths is EVM compatibility. But for many builders, the EVM’s limitations around speed and transaction sequencing persist — even on L2.

多边形的优势之一是EVM兼容性。但是对于许多构建者来说，即使在L2上，EVM围绕速度和交易测序的局限性仍然存在。

Bitcoin Solaris delivers its own Solana-compatible smart contract framework, allowing developers to deploy dApps using high-performance, modern tooling. With 10,000 TPS as a baseline and smart contracts processed through PoH-based sequencing, developers can launch apps that scale without bottlenecks or needing external accelerators.

比特币Solaris提供了自己与Solana兼容的智能合同框架，使开发人员可以使用高性能，现代工具部署DAPP。通过基于POH的测序处理了10,000个TP作为基线和智能合约，开发人员可以启动应用程序，无需瓶颈或需要外部加速器。

For Polygon devs and others looking for a full breakdown of Bitcoin Solaris’s architecture, check out this in-depth review from Crypto Volt.

对于Polygon Devs和其他希望对比特币Solaris架构进行全面细分的其他人，请查看Crypto Volt的深入评论。

Token Economics: Fixed and Transparent

代币经济学：固定和透明

Bitcoin Solaris mirrors Bitcoin’s hard cap — 21 million BTC-S tokens. But instead of relying on fixed PoW distribution or dynamic burns, it has allocated 4.2 million tokens (20%) to a public presale.

比特币Solaris反映了比特币的硬帽 - 2100万BTC-S令牌。但是，它没有依靠固定的POW分配或动态燃烧，而是向公共预售分配了420万个令牌（20％）。

The presale is currently in Phase 2, with tokens priced at 2 USDT. When this phase ends, the price increases to 3 USDT in Phase 3. There are no lockups, tiers, or hidden mechanics. Just clean distribution in line with the project’s technical rollout.

预售目前处于第2阶段，代币的价格为2美元。当此阶段结束时，价格在第3阶段中将增加到3 USDT。没有锁定，层或隐藏的机制。只需按照项目的技术推广而清洁分发。

Moreover, Bitcoin Solaris has passed independent audits from top-tier firms and includes full identity verification:

此外，比特币Solaris通过了顶级公司的独立审核，包括完整的身份验证：

* All smart contract logic and consensus mechanisms are public and verifiable.

*所有智能合同逻辑和共识机制都是公开且可验证的。

* The team is doxed, and their professional backgrounds are disclosed.

*该团队被淘汰，他们的专业背景被披露。

Concluding Thoughts

总结思想

Polygon pushed Ethereum’s capabilities forward — but Bitcoin Solaris may be redefining how scaling is handled entirely. By embedding throughput, consensus, and mining directly into its core design, it removes the need for external layers, cross-chain tooling, and validator exclusivity.

多边形推动了以太坊的能力向前 - 但比特币Solaris可能正在重新定义如何完全处理缩放。通过将吞吐量，共识和采矿直接嵌入其核心设计中，它消除了对外部层，跨链工具和验证器的排他性的需求。

For developers seeking true scalability, fast execution, and user inclusion in one chain, Bitcoin Solaris presents a compelling next step.

对于寻求真正的可扩展性，快速执行和用户包含在一个链中的开发人员，比特币Solaris提出了令人信服的下一步。