zkSchellingCoin：利用 ZK-Oracle 彻底改变信任最小化数据

探索 zkSchellingCoin 和 ZK-Oracles 如何创建信任最小化的数据解决方案，彻底改变 Web3 及其他领域。

zkSchellingCoin: Revolutionizing Trust-Minimized Data with ZK-Oracles

zkSchellingCoin：利用 ZK-Oracle 彻底改变信任最小化数据

zkSchellingCoin, powered by ZK-Oracles, is emerging as a pivotal solution for trust-minimized data in Web3, enhancing security and reliability in DeFi, prediction markets, and real-world asset tokenization.

zkSchellingCoin 由 ZK-Oracles 提供支持，正在成为 Web3 中信任最小化数据的关键解决方案，增强 DeFi、预测市场和现实世界资产代币化的安全性和可靠性。

Reintroducing the Schelling Game

重新引入谢林博弈

The core idea of SchellingCoin is that rational actors, when asked to report a fact independently, will naturally converge on the truth if rewarded for matching the majority. However, open visibility can lead to manipulation. zkSchellingCoin addresses these issues by encrypting votes and randomizing the selection of oracle nodes.

SchellingCoin 的核心思想是，当理性的行为者被要求独立报告事实时，如果因与大多数人匹配而获得奖励，他们自然会倾向于事实真相。然而，开放的可见性可能会导致操纵。 zkSchellingCoin 通过加密投票和随机选择预言机节点来解决这些问题。

The zkSchellingCoin Architecture

zkSchellingCoin 架构

zkSchellingCoin maintains the integrity of Schelling-style voting while overcoming its weaknesses. Each feed update is performed by a secret, randomly selected subset of oracle nodes. They run an oracle script and cast encrypted votes, tallied within a zero-knowledge circuit. Only the majority value is revealed, ensuring individual votes remain hidden.

zkSchellingCoin 保持了谢林式投票的完整性，同时克服了其弱点。每个提要更新都是由秘密的、随机选择的预言机节点子集执行的。他们运行预言机脚本并进行加密投票，并在零知识电路中进行统计。仅显示多数值，确保个人投票保持隐藏。

Zahary Karadjov, co-founder of Blocksense, notes that zkSchellingCoin closes the doors left open by the original SchellingCoin idea. By randomizing who votes and encrypting how they vote, it becomes economically irrational to bribe nodes.

Blocksense 联合创始人 Zahary Karadjov 指出，zkSchellingCoin 关闭了最初 SchellingCoin 想法所敞开的大门。通过随机化投票人和加密投票方式，贿赂节点在经济上变得不合理。

Beyond the Oracle: The Universal Verification Layer

超越预言机：通用验证层

Blocksense introduces the Boundless Throughput Engine alongside zkSchellingCoin, which radically parallelizes blockchain execution. This allows throughput to scale linearly, addressing scalability bottlenecks. Together, they enable Blocksense to operate as a universal verification layer for Web3 and Web2 systems, facilitating zkTLS bi-directional feeds and verifiable AI inference pipelines.

Blocksense 与 zkSchellingCoin 一起推出了无限吞吐量引擎，从根本上并行化了区块链执行。这允许吞吐量线性扩展，解决可扩展性瓶颈。它们共同使 Blocksense 能够作为 Web3 和 Web2 系统的通用验证层运行，促进 zkTLS 双向源和可验证的 AI 推理管道。

From Oracles to Verified Autonomous Services

从预言机到经过验证的自治服务

Blocksense envisions powering Verified Autonomous Services (VAS) that can access, verify, and act trustlessly at internet scale. This includes verifiable AI agents, autonomous DeFi, and risk-aware financial products. The goal is to build infrastructure for an autonomous economy where AI agents, smart contracts, and real-world systems can coordinate around verifiable truth.

Blocksense 设想为经过验证的自治服务 (VAS) 提供支持，该服务可以在互联网规模上进行无需信任的访问、验证和操作。这包括可验证的人工智能代理、自主 DeFi 和风险意识金融产品。目标是为自主经济构建基础设施，让人工智能代理、智能合约和现实世界系统可以围绕可验证的事实进行协调。

Why It Matters

为什么它很重要

Traditional oracle systems often rely on pre-approved committees and opaque economics, which can be vulnerable. Blocksense reframes the oracle as the entry point to a universal verification layer, solving barriers that have long limited blockchain adoption by combining zkSchellingCoin with the Boundless Throughput Engine.

传统的预言机系统通常依赖于预先批准的委员会和不透明的经济学，这可能很容易受到攻击。 Blocksense 将预言机重新构建为通用验证层的入口点，通过将 zkSchellingCoin 与无限吞吐量引擎相结合，解决了长期以来限制区块链采用的障碍。

This allows developers to build autonomous, AI-integrated services that are cheaper, faster, and cryptographically verifiable, benefiting DeFi protocols, prediction markets, and AI agents alike.

这使得开发人员能够构建更便宜、更快速且可加密验证的自主人工智能集成服务，从而使 DeFi 协议、预测市场和人工智能代理受益。

So, there you have it! zkSchellingCoin is not just another buzzword; it's a game-changer in how we approach trust and data integrity in the digital world. Keep an eye on this space – it's about to get even more interesting!

所以，你就有了！ zkSchellingCoin 不仅仅是另一个流行词；它改变了我们在数字世界中处理信任和数据完整性的方式。请密切关注这个空间——它将会变得更加有趣！