比特币Solaris采用双共识协议来确保其分类帐并验证交易

比特币Solaris解决了通过将POS和容量证明（POC）相结合的标准证明（POS）机制继承的常见限制（POC）

Toncoin employs a standard Proof-of-Stake (PoS) mechanism, using validator elections and staking weight to secure its ledger and validate transactions. While efficient, this approach inherits common limitations: validator concentration, latency under load, and vulnerability to stake-based governance manipulation. Bitcoin Solaris addresses these structural issues with a dual-consensus protocol, combining both Proof-of-Stake (PoS) and Proof-of-Capacity (PoC) on one layer, while deploying Proof-of-History (PoH) and Proof-of-Time (PoT) on a second execution layer.

Toncoin采用标准验证（POS）机制，使用验证者选举和放置权重来确保其分类帐并验证交易。虽然有效，但这种方法继承了共同的局限性：验证者浓度，负载下的延迟以及易受基于股份的治理操作的脆弱性。比特币Solaris通过双重共识协议解决了这些结构性问题，在一层上同时将验证证明（POS）和容量证明（POC）结合在一起，同时在第二个执行层上部署历史证明（POH）和验证验证（POH）和证明（POT）。

This split-layer design enhances decentralization, improves finality speed, and ensures security across both computation and state validation. Rather than rely on stake alone, Bitcoin Solaris incorporates hardware-agnostic storage commitments and cryptographic time-ordering — setting a new standard for blockchain performance within the advanced tech category of protocols built for scalability, resilience, and automation.

这种拆分层设计可增强权力下放，提高终端速度，并确保计算和状态验证的安全性。比特币Solaris并不依赖股份，而是结合了硬件 - 静态的存储承诺和加密时间顺序 - 在为可扩展性，弹性和自动化的高级技术类别中设定了一个新标准的区块链性能标准。

Consensus Across Layers: Structure That Scales

跨层共识：缩放的结构

Bitcoin Solaris’s dual-layer architecture separates validation from execution:

比特币Solaris的双层体系结构将验证与执行分开：

Toncoin, by contrast, places all consensus responsibilities on a single PoS layer, which can lead to slower consensus under network stress and fewer defensive mechanisms against collusion. Bitcoin Solaris’s model delivers not only higher throughput but also finer-grained consensus conditions for automated applications, dynamic state changes, and cross-layer synchronization — hallmarks of modern advanced tech blockchains.

相比之下，吨币将所有共识责任置于单个POS层上，这可能会导致在网络应力下达成共识较慢，防御机制较少。比特币Solaris的模型不仅为自动化应用程序，动态状态变化和跨层同步提供了更高的吞吐量，而且还提供了更元素的共识条件 - 现代高级技术区块链的标志。

Security Architecture Built for Quantum Resilience and Validator Integrity

为量子弹性和验证器完整性而构建的安全架构

Unlike Toncoin’s single-tier validation logic, Bitcoin Solaris was engineered with a layered security model from the start. The network supports quantum-resistant cryptographic primitives, ensuring that validator keys and state data remain safe even under future computing threats. Consensus finality is cross-validated using Merkle-DAG lineage, allowing fast dispute resolution without central arbitration.

与Toncoin的单层验证逻辑不同，比特币Solaris从一开始就使用分层安全模型进行了设计。该网络支持抗量子的加密原始图，以确保即使在未来的计算威胁下，验证器键和状态数据也仍然安全。共识最终性是使用Merkle-Dag血统进行交叉验证的，可以在没有中央仲裁的情况下进行快速争议解决。

Security audits were conducted across protocol layers and cryptographic implementations:

在协议层和加密实现之间进行了安全审核：

This layered audit and encryption model is tailored for advanced tech deployments — where uptime, validator diversity, and data security cannot be compromised.

该分层的审核和加密模型是针对高级技术部署而定制的，在这种部署中，正常运行时间，验证器多样性和数据安全性不得损害。

In a recent breakdown, Crypto Chino compared Bitcoin Solaris’s multi-consensus framework to Toncoin’s PoS model. The analysis covers validator incentives, network finality under load, and how Solaris’s architecture improves scalability for high-automation environments.

在最近的一场破裂中，加密chino奇诺将比特币Solaris的多声音框架与Toncoin的POS模型进行了比较。该分析涵盖了验证者激励措施，负载下的网络终止性以及Solaris的体系结构如何提高高自动化环境的可扩展性。

Presale Phase 3: Early Access to Dual-Layer Consensus and Full Protocol Functionality

预售阶段3：早期访问双层共识和完整协议功能

Bitcoin Solaris is currently in Presale Phase 3, with BTC-S tokens priced at $3 USDT. This phase offers access ahead of centralized exchange listings and full validator onboarding, giving participants an opportunity to engage with the ecosystem before mobile mining and dual-layer applications go fully live.

比特币Solaris目前处于前3阶段，BTC-S代币的价格为3美元。该阶段在集中式交换列表和全面验证器入职之前提供了访问权限，这使参与者有机会在移动挖掘和双层应用程序完整实时之前与生态系统互动。

Of the 21 million BTC-S total supply, 4.2 million tokens (20%) are allocated for presale. There is no inflation, and token distribution is tightly bound to mining output and validator performance metrics. Early buyers benefit from protocol-level priority in staking and infrastructure roles — ensuring both capital exposure and structural participation as the network scales.

在2100万BTC-S总供应中，有420万个令牌（20％）分配给了预售。没有通货膨胀，令牌分布与采矿产出和验证绩效指标紧密绑定。早期的买家从分支和基础设施角色中的协议级优先级受益 - 确保随着网络规模而进行资本曝光和结构参与。

Toncoin’s PoS consensus was a necessary evolution — but Bitcoin Solaris marks a new paradigm. With dual-layer validation, quantum-ready encryption, and integrated PoC economics, it removes single-point reliance on stake and delivers a more secure, efficient, and decentralized alternative.

Toncoin的POS共识是必要的演变，但比特币Solaris标志着新的范式。借助双层验证，量子就绪的加密和集成的POC经济学，它可以消除对股份的单点依赖，并提供更安全，高效和分散的替代方案。

As Presale Phase 3 continues and advanced tech use cases prepare for deployment, Bitcoin Solaris is proving that next-generation consensus is all about structural resilience.

随着前3阶段的继续，高级技术用例准备部署，比特币Solaris证明了下一代共识与结构性弹性有关。

Website: https://bitcoinsolaris.com/ X: https://x.com/BitcoinSolaris Telegram: https://t.me/Bitcoinsolarisoutput: Toncoin, a standard Proof-of-Stake (PoS) chain, has been a subject of discussion in the crypto community. Recently, Crypto Chino provided an analysis comparing Toncoin’s single-tier PoS with Bitcoin Solaris’s multi-consensus architecture, highlighting the pros and cons of each approach.

网站：https：//bitcoinsolaris.com/ x：https：//x.com/bitcoinsolaris电报：https：//t.me/bitcoinsolarisoutput：Toncoin，Toncoin，Toncoin，Startand Procipe-of-of-Stake（POS）链，一直是Crypto社区的讨论主题。最近，Crypto Chino提供了一项分析，将Toncoin的单层POS与Bitcoin Solaris的多声音体系结构进行了比较，强调了每种方法的优缺点。

The analysis focused on three main aspects:

分析的重点是三个主要方面：

* Validator incentives and diversity: PoS chains typically concentrate power in the hands of a few large validators, while smaller nodes have limited influence. This can lead to vulnerabilities and a less decentralized ecosystem.

*验证者的激励措施和多样性：POS链通常将功率集中在一些大型验证器的手中，而较小的节点的影响力有限。这可能导致脆弱性和分散的生态系统。

* Network finality under extreme load: When a blockchain is saturated with transactions, PoS chains can experience slower block times and increased latency, impacting user experience and application performance.

*在极端负载下的网络终止性：当区块链充满交易饱和时，POS链会体验较慢的块时间并增加延迟，从而影响用户体验和应用程序性能。

* operability for high-automation environments: PoS chains are designed for general-purpose use cases, while protocols like Bitcoin Solaris are built with a focus on advanced tech applications that require seamless integration, minimal downtime, and high levels of security.

*高自动化环境的可操作性：POS链是为通用用例而设计的，而Bitcoin Solaris之类的协议则构建，重点是需要无缝集成，最小的停机时间和高度安全性的高级技术应用程序。

The analysis concluded that Bitcoin Solaris offers several advantages over Toncoin, especially for the demanding requirements of Web3 2.0 and the metaverse.

分析得出的结论是，比特币Solaris提供了比吨币的几个优点，尤其是对于Web3 2.0和Metaverse的苛刻要求。

The table summarizes the key differences between the two protocols:

该表总结了两个协议之间的关键差异：

The analysis also touched upon the role of presale in providing early access to Bitcoin Solaris, allowing participants to contribute to the ecosystem before mobile mining and dual-layer applications go fully live.

该分析还涉及预售在提供比特币Solaris及早访问的作用，使参与者能够在移动采矿和双层应用程序完全实时之前为生态系统做出贡献。

Overall,

全面的，