比特币Solaris向区块链介绍图灵完整的智能合约

Tezos使用其米歇尔森智能合同语言将正式验证引入区块链中，优先考虑安全性和可预测性。

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）在对智能合同语言进行正式验证方面取得了长足的进步，其Michelson语言非常重视区块链应用中的安全性和可预测性。虽然是简单，逻辑结合的合同的理想选择，但米歇尔森的有限语法和非整齐的完整性可能会限制其在需要标准编程范式灵活性的更高级，动态用例中的使用。

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.

比特币Solaris（BTC-S）通过在其执行层上部署图灵完整的虚拟机（VM）来解决此约束，从而可以创建高度复杂和灵活的智能合约，这些合约可以扩展到各种技术垂直领域。

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.

通过对全面算术逻辑，循环条件，递归和国家管理的支持，比特币Solaris VM扩大了智能合约设计的可能性，以涵盖各种现实世界中的用例。

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.

当结合协议的高吞吐量和正式的可审核性时，该系统为部署和协调大规模的尖端技术（例如自动化金融工具，工业IoT协调协议协议和安全数据市场）创造了基础。

Dual-Layer Execution Engine Designed For Programmability

双层执行引擎专为可编程性设计

双层执行引擎专为可编程性设计

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.

比特币Solaris利用双层建筑框架，专门设计用于有效分离关注点。 Turing-Complete VM无缝集成在Solaris层中。

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.

与Tezos不同的是，智能合同逻辑受到米歇尔森的静态结构的限制，比特币Solaris上的开发人员可以实施程序逻辑的完整范围，包括数据驱动的条件，链型甲骨文，动态内存分配和递归状态功能。

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.

这种无与伦比的灵活性对于支持需要实时合同更新，基于外部因素的自适应逻辑或单一原子交易中的多方协调的高级技术协议至关重要。

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.

比特币Solaris通过高级语言抽象层支持现代开发工作流程，从而使智能合约能够以通用的编程语言写入，然后将其编译成安全的字节码。

The platform also includes support for:

该平台还包括：

* A standard library with reusable modules and functions.

*具有可重复使用模块和功能的标准库。

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

*内置工具，用于模拟各个州的合同，使开发人员能够测试边缘案例并确保最佳的气体效率。

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

*专用工具用于在部署过程中应用正式检查并将合同与外部系统集成。

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.

这些功能共同消除了开发人员在Tezos等平台上建造的摩擦，即使达到中等水平的复杂性也可能需要重大的解决方法，并限制了智能合约的潜力。

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.

对于高级技术领域的人来说，专注于深度自动化，协议级别的AI协调或快速触发的技术，Solaris VM体系结构允许在合同层的直接有效地实现这些用例。

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的实际限制以及比特币Solaris如何解决Web3开发人员遇到的共同开发瓶颈。该视频还探讨了需要高级合同逻辑的现实示例。

Security Verified Across Layers And Execution Pathways

跨层和执行途径验证的安全性

跨层和执行途径验证的安全性

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.

智能合约的可靠性不仅取决于其可编程性，还取决于其操作的安全运行时环境。比特币Solaris的整个基础设施，从低级模块到最终保障措施，都经过了多轮综合审核。

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.

这些审核证实，VM逻辑，执行约束和管理密钥都符合加密，应用数学和计算机科学方面的最佳实践。

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

他们还对气体操纵风险施加了强大的限制，这是部署和协调大型高级技术用例的核心要求。

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。该阶段在公共合同注册机构发布之前和开发人员赠款之前提供了早期访问，以在Turing-Complete Posseled VM生态系统内进行构建。

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.

总供应固定为2100万BTC-S，分配了420万个令牌（20％）。没有通货膨胀，代币分布与移动开采和验证器参与有关。