比特幣Solaris：下一代巴拉珊系統

Polkadot引入了Parachain系統，以通過共享繼電器鏈解決多鏈可伸縮性。它啟用了跨區塊鏈的並行處理

Bitcoin Solaris, a blockchain project aiming for high throughput and decentralization, claims to achieve 87% higher throughput than Polkadot’s parachain system in testing.

比特幣Solaris是一個旨在高通量和權力下放化的區塊鏈項目，聲稱比Polkadot的Parachain System在測試中取得了87％的吞吐量。

Instead of a shared relay chain, Bitcoin Solaris uses a decentralized validator node architecture with two independent layers, each performing its own consensus and validation. This allows for parallel transaction processing and faster finality.

比特幣Solaris不是共享繼電器鏈，而是使用具有兩個獨立層的分散驗證器節點體系結構，每個層都執行自己的共識和驗證。這允許並行交易處理和更快的限制。

Highlighting the difference in architecture and optimal operating conditions, Crypto Legends provides a deep dive comparing Polkadot’s parachain system with Bitcoin Solaris’s distributed validator design.

加密傳說強調了體系結構和最佳操作條件的差異，可深入研究Polkadot的Polkadot的Parachain系統與比特幣Solaris的分佈式驗證器設計。

A Centralized Point of Coordination vs. Decentralized Parallelism

協調與分散平行的集中點

Polkadot’s parachains operate through a central relay chain that coordinates transactions and block production across multiple chains. This model faces challenges with optimal validator density and the coordination overhead imposed by a single point of contention.

Polkadot的降落傘通過中央繼電器鏈運行，該鏈會協調交易並阻止多個連鎖店的產量。該模型面臨著最佳驗證器密度和由單個爭論所施加的協調開銷的挑戰。

Bitcoin Solaris, on the other hand, uses two blockchain layers, each with its own validator set and consensus mechanism.

另一方面，比特幣Solaris使用兩個區塊鏈圖層，每個圖層都有其自己的驗證器集和共識機制。

This allows for parallel validation and scalability across layers, with no reliance on a central relay. There is no limit on validator engagement, and there are no slot auction systems imposing throughput ceilings at the chain level.

這允許跨層的並行驗證和可伸縮性，而不依賴中央繼電器。驗證器參與沒有限制，並且沒有插槽拍賣系統在鏈級上施加吞吐天花板。

Measured Throughput: 87% Higher Than Polkadot

測量的吞吐量：比Polkadot高87％

Benchmark testing across distributed validator environments shows that Bitcoin Solaris achieves 87% higher throughput than Polkadot’s parachain system when measured under similar validator density.

跨分佈式驗證器環境進行的基準測試表明，在相似的驗證器密度下測量時，比特幣Solaris的吞吐量比Polkadot的Parachain系統高87％。

While Polkadot reaches approximately 6,000 TPS across active parachains, Bitcoin Solaris exceeds 10,000 TPS consistently, even during peak validator activity.

雖然Polkadot在活躍的降落傘上達到了大約6,000 TP，但即使在峰值驗證器活動期間，比特幣太陽能也始終超過10,000 tps。

This performance gain is due to real-time transaction ordering on the Solaris Layer and dynamic validator assignment that avoids global scheduling dependencies.

這種性能增益是由於Solaris層上的實時交易順序以及避免全局調度依賴性的動態驗證器分配。

Validation operates in parallel without a single bottleneck point, allowing for deterministic block finality without delay.

驗證並行運行，沒有一個瓶頸點，可以毫不延遲確定性塊最終性。

How Validators Join and Decentralization Standards

驗證者如何加入和權力下放標準

Bitcoin Solaris welcomes anyone meeting protocol-defined criteria to operate a validator node.

比特幣Solaris歡迎任何符合協議定義標準的人操作驗證器節點。

There are no auctions or bonding requirements outside of protocol parameters. Selection is according to stake, uptime history, and performance accuracy. It ensures that validators are both distributed and accountable.

在協議參數之外，沒有拍賣或粘合要求。選擇是根據股份，正常時間歷史記錄和性能準確性。它確保驗證者既分發又負責。

This model ensures that the validator set can scale horizontally as participation grows, supporting real-time application traffic, mobile mining verification, and cross-layer asset transfers without risking validator centralization.

該模型確保驗證器集可以隨著參與的增長而水平擴展，支持實時應用程序流量，移動挖掘驗證以及跨層資產轉移，而無需冒險驗證器集中式。

In a recent analysis, Crypto Legends highlighted the architectural divergence between Polkadot’s relay-based parachain system and Bitcoin Solaris’s distributed validator design.

在最近的分析中，加密傳說強調了Polkadot基於接力的Parachain系統和比特幣Solaris的分佈式驗證器設計之間的建築差異。

The video covers the implications for optimal validator density, optimal operating conditions, and why Bitcoin Solaris may represent the next standard in high-throughput decentralized execution.

該視頻涵蓋了對最佳驗證器密度，最佳操作條件的影響，以及為什麼比特幣Solaris可能代表高通量分散執行中的下一個標準。

Presale Phase 3: Entry Before Validator Network Expansion

預售階段3：進入驗證器網絡擴展之前

Bitcoin Solaris is currently in Presale Phase 3, with BTC-S tokens priced at $3 USDT. This phase gives early users access before rolling out the full validator infrastructure and before centralized exchange listings commence.

比特幣Solaris目前處於前3階段，BTC-S代幣的價格為3美元。此階段使早期用戶在推出完整的驗證器基礎架構之前和集中式交換列表開始之前訪問。

The project has a fixed total supply of 21 million BTC-S and has allocated 4.2 million tokens (20%) to presale across phases. It does not permit any inflation or dynamic minting. On-chain minting and validator distribution govern all token emissions. Phase 3 provides an early entry opportunity for both users and infrastructure participants before validator onboarding drives wider network utilization.

該項目的固定總供應量為2100萬BTC-S，並分配了420萬個令牌（20％）以跨階段預售。它不允許任何通貨膨脹或動態鑄造。鏈上鑄造和驗證器分佈控制著所有令牌排放。第3階段為用戶和基礎架構參與者提供了較早的入境機會，然後才能駕駛驅動更廣泛的網絡利用率。

Moreover, Bitcoin Solaris’s validator logic and full protocol stack have undergone complete external audits and public team verification by ChainMagic and solidity.center. These measures ensure that the decentralized validator model operates transparently, securely, and without off-chain dependencies, which is crucial for trustless performance at a global scale.

此外，比特幣Solaris的驗證器邏輯和完整的協議堆棧已通過Chainmagic and Solidity.Center進行了完整的外部審核和公共團隊驗證。這些措施確保分散的驗證器模型可透明，安全地運行，並且沒有鏈依賴性依賴性，這對於全球範圍內無信任的績效至關重要。