Systems, technologies, protocols, and infrastructures all face interoperability challenges. It is among the most crucial parameters to give real-world effectiveness. Organizations that achieve interoperability will be able to identify, prevent, and provide appropriate protection on an international scale, which can be relied upon. This paper aims to explain how future technologies such as 6G mobile communication, Internet of Everything (IoE), Artificial Intelligence (AI), and Smart Contract embedded WPA3 protocol-based WiFi-8 can work together to prevent known attack vectors and provide protection against zero-day attacks, thus offering intelligent solutions for smart cities. The phrase zero-day refers to an attack that occurs on the day zero of the vulnerability's disclosure to the public or vendor. Existing systems require an extra layer of security. In the security world, interoperability enables disparate security solutions and systems to collaborate seamlessly. AI improves cybersecurity by enabling improved capabilities for detecting, responding, and preventing zero-day attacks. When interoperability and Explainable Artificial Intelligence (XAI) are integrated into cybersecurity, they form a strong protection against zero-day assaults. Additionally, we evaluate a couple of parameters based on the accuracy and time required for efficiently analyzing attack patterns and anomalies.

翻译：系统、技术、协议和基础设施都面临着互操作性挑战。这是赋予现实世界有效性的最关键参数之一。实现互操作性的组织将能够在国际范围内识别、预防并提供适当的保护，这种保护是值得信赖的。本文旨在解释未来技术，如6G移动通信、万联网（IoE）、人工智能（AI）以及基于智能合约嵌入WPA3协议的WiFi-8，如何协同工作以预防已知攻击向量并提供针对零日攻击的防护，从而为智慧城市提供智能解决方案。零日攻击指的是在漏洞向公众或供应商披露的当天发生的攻击。现有系统需要额外的安全层。在安全领域，互操作性使不同的安全解决方案和系统能够无缝协作。人工智能通过增强检测、响应和预防零日攻击的能力来改善网络安全。当互操作性和可解释人工智能（XAI）融入网络安全时，它们形成了针对零日攻击的强大防护。此外，我们基于有效分析攻击模式和异常所需的准确性和时间，评估了几个参数。