比特幣Solaris向區塊鏈介紹圖靈完整的智能合約

Tezos使用其米歇爾森智能合同語言將正式驗證引入區塊鏈中，優先考慮安全性和可預測性。

Tezos (CRYPTO: XTX) has made great strides in introducing formal verification into smart contract languages, with its Michelson language placing a strong emphasis on safety and predictability in blockchain applications. While ideal for simple, logic-bound contracts, Michelson’s limited syntax and non-Turing-completeness can limit its use in more advanced, dynamic use cases that require the flexibility of a standard programming paradigm.

Tezos（Crypto：XTX）在對智能合同語言進行正式驗證方面取得了長足的進步，其Michelson語言非常重視區塊鏈應用中的安全性和可預測性。雖然是簡單，邏輯結合的合同的理想選擇，但米歇爾森的有限語法和非整齊的完整性可能會限制其在需要標準編程範式靈活性的更高級，動態用例中的使用。

Bitcoin Solaris (BTC-S) addresses this constraint by deploying a Turing-complete virtual machine (VM) across its execution layer, enabling the creation of highly complex and flexible smart contracts that can scale across diverse technological verticals.

比特幣Solaris（BTC-S）通過在其執行層上部署圖靈完整的虛擬機（VM）來解決此約束，從而可以創建高度複雜和靈活的智能合約，這些合約可以擴展到各種技術垂直領域。

With native support for full arithmetic logic, loop conditions, recursion, and state management, the Bitcoin Solaris VM expands the possibilities of smart contract design to encompass a wide range of real-world use cases.

通過對全面算術邏輯，循環條件，遞歸和國家管理的支持，比特幣Solaris VM擴大了智能合約設計的可能性，以涵蓋各種現實世界中的用例。

When combined with the protocol’s high throughput and formal auditability, this system creates the foundation for deploying and coordinating large-scale, cutting-edge technologies, such as automated financial instruments, industrial IoT coordination protocols, and secure data marketplaces.

當結合協議的高吞吐量和正式的可審核性時，該系統為部署和協調大規模的尖端技術（例如自動化金融工具，工業IoT協調協議協議和安全數據市場）創造了基礎。

Dual-Layer Execution Engine Designed For Programmability

雙層執行引擎專為可編程性設計

雙層執行引擎專為可編程性設計

Bitcoin Solaris leverages a dual-layer architectural framework, specifically designed for efficient separation of concerns. The Turing-complete VM is seamlessly integrated within the Solaris Layer.

比特幣Solaris利用雙層建築框架，專門設計用於有效分離關注點。 Turing-Complete VM無縫集成在Solaris層中。

Unlike Tezos, where smart contract logic is confined by the static structure of Michelson, developers on Bitcoin Solaris can implement the full scope of program logic, including data-driven conditions, on-chain oracles, dynamic memory allocation, and recursive state functions.

與Tezos不同的是，智能合同邏輯受到米歇爾森的靜態結構的限制，比特幣Solaris上的開發人員可以實施程序邏輯的完整範圍，包括數據驅動的條件，鏈型甲骨文，動態內存分配和遞歸狀態功能。

This unmatched flexibility is crucial for supporting advanced tech protocols that necessitate real-time contract updates, adaptive logic based on external factors, or multi-party coordination in a single, atomic transaction.

這種無與倫比的靈活性對於支持需要實時合同更新，基於外部因素的自適應邏輯或單一原子交易中的多方協調的高級技術協議至關重要。

Bitcoin Solaris supports modern development workflows through a high-level language abstraction layer, enabling smart contracts to be written in common programming languages, which are then compiled down into secure bytecode.

比特幣Solaris通過高級語言抽象層支持現代開發工作流程，從而使智能合約能夠以通用的編程語言寫入，然後將其編譯成安全的字節碼。

The platform also includes support for:

該平台還包括：

* A standard library with reusable modules and functions.

*具有可重複使用模塊和功能的標準庫。

* Built-in tooling for simulating contracts across various states, allowing developers to test edge cases and ensure optimal gas efficiency.

*內置工具，用於模擬各個州的合同，使開發人員能夠測試邊緣案例並確保最佳的氣體效率。

* Dedicated tooling for applying formal checks during deployment and integrating contracts with external systems.

*專用工具用於在部署過程中應用正式檢查並將合同與外部系統集成。

Together, these capabilities eliminate the friction faced by developers building on platforms like Tezos, where achieving even moderate levels of complexity can require significant workarounds and limit the potential of smart contracts.

這些功能共同消除了開發人員在Tezos等平台上建造的摩擦，即使達到中等水平的複雜性也可能需要重大的解決方法，並限制了智能合約的潛力。

For those in the advanced tech sphere, focused on technologies like deep automation, AI coordination at the protocol level, or rapid DeFi triggers, the Solaris VM architecture allows for the direct and efficient implementation of these use cases at the contract layer.

對於高級技術領域的人來說，專注於深度自動化，協議級別的AI協調或快速觸發的技術，Solaris VM體系結構允許在合同層的直接有效地實現這些用例。

Crypto Legends recently analyzed the practical limits of Michelson and how Bitcoin Solaris’s Turing-complete VM resolves common development bottlenecks encountered by Web3 developers. The video also explores real-world examples where advanced contract logic is required.

Crypto Legends最近分析了Michelson的實際限制以及比特幣Solaris如何解決Web3開發人員遇到的共同開發瓶頸。該視頻還探討了需要高級合同邏輯的現實示例。

Security Verified Across Layers And Execution Pathways

跨層和執行途徑驗證的安全性

跨層和執行途徑驗證的安全性

The reliability of smart contracts depends not only on their programmability but also on the secure runtime environments in which they operate. Bitcoin Solaris’s entire infrastructure, from its lower-level modules to the finality safeguards, has undergone multiple rounds of comprehensive audits.

智能合約的可靠性不僅取決於其可編程性，還取決於其操作的安全運行時環境。比特幣Solaris的整個基礎設施，從低級模塊到最終保障措施，都經過了多輪綜合審核。

These audits confirm that the VM logic, execution constraints, and administrative keys are all compliant with best practices in cryptography, applied mathematics, and computer science.

這些審核證實，VM邏輯，執行約束和管理密鑰都符合加密，應用數學和計算機科學方面的最佳實踐。

They also place strong limits on gas manipulation risk, a core requirement for deploying and coordinating large-scale, advanced tech use cases.

他們還對氣體操縱風險施加了強大的限制，這是部署和協調大型高級技術用例的核心要求。

Bitcoin Solaris is currently in Presale Phase 3, with BTC-S tokens priced at 3 USDT. This stage offers early access ahead of the public contract registry launch and before developer grants are issued for building within the Turing-complete VM ecosystem.

比特幣Solaris目前處於前3階段，BTC-S代幣的價格為3美元。該階段在公共合同註冊機構發布之前和開發人員贈款之前提供了早期訪問，以在Turing-Complete Posseled VM生態系統內進行構建。

The total supply is fixed at 21 million BTC-S, with 4.2 million tokens (20%) allocated for presale. There is no inflation, and token distribution is tied to mobile mining and validator engagement.

總供應固定為2100萬BTC-S，分配了420萬個令牌（20％）。沒有通貨膨脹，代幣分佈與移動開采和驗證器參與有關。