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概要

不正なアクセス ポイント

- 不正なアクセス ポイントを阻止済みとしてタグ付けし、1 4 つの Cisco 1000 シリーズ Lightweight アクセス ポイントで、すべての不正なアクセス ポイント クライアントの認証 解除およびアソシエーション解除メッセージを転送することにより、クライアントが不正 なアクセス ポイントにアソシエートしないようにします。この機能には、同じ不正なアク セス ポイント上のアクティブなチャネルがすべて含まれます。

不正なアクセス ポイントが信頼されたネットワーク上にあるかどうかを検出するのは、Rogue Detector モードです。これは何らかの RF サービスを提供するのではなく、むしろ定期的に Cisco Wireless LAN Controller から不正なアクセス ポイントのレポートを受け取り、すべての ARP パケッ トをスニファするものです。このモードでは、ARP 要求と、Cisco Wireless LAN Controller から受信 した MAC アドレスが一致していることが検出されると、Cisco Wireless LAN Controller に対する不 正なアクセス ポイント アラートが生成されます。

混雑している RF 空間での不正なアクセス ポイントの自動検出を容易にするために、監視モードで 動作するよう Cisco 1000 シリーズ Lightweight アクセス ポイントを設定しておくと、不要な干渉を 生じずに監視を行えるようになります。

 

Cisco Wireless LAN Solution 3.1 製品ガイド

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Cisco Systems manual Cisco Wireless LAN Solution 3.1 製品ガイド

3.1 specifications

Cisco Systems 3.1 represents a significant leap in networking technology, building upon the foundational strengths of earlier versions while integrating new capabilities tailored to modern enterprise needs. At its core, Cisco 3.1 emphasizes enhanced performance, security, and management, ensuring that organizations can efficiently handle the increasing demands of digital transformation.

One of the standout features of Cisco Systems 3.1 is its advanced security framework. The implementation of Cisco’s SecureX platform allows for a unified security approach that integrates various security tools into a single dashboard. This unified approach helps organizations streamline security operations, enabling quicker responses to threats while maintaining system integrity.

In terms of performance, Cisco 3.1 leverages the power of artificial intelligence and machine learning. These technologies are embedded in the network management systems, allowing for predictive analytics that anticipate network issues before they disrupt operations. By utilizing AI-driven insights, organizations can optimize their network performance, reducing downtime and enhancing user experience.

Another essential aspect of Cisco 3.1 is its support for cloud-native architectures. As businesses increasingly migrate to cloud environments, the ability to seamlessly integrate on-premises and cloud infrastructure becomes vital. Cisco 3.1 facilitates hybrid cloud strategies through innovative SD-WAN capabilities, enabling organizations to manage their network traffic more efficiently, irrespective of location.

The introduction of enhanced automation features in Cisco 3.1 further streamlines network management. By automating routine tasks such as configuration updates and compliance monitoring, network administrators can focus on strategic initiatives rather than being bogged down by daily operational challenges. This increased efficiency not only reduces the risk of human error but also accelerates deployment times for new applications and services.

Additionally, Cisco 3.1 supports a vast array of devices and technologies, ensuring compatibility across different systems. The emphasis on open standards facilitates integration with existing infrastructure, allowing businesses to adopt new solutions without the need for complete overhauls.

In conclusion, Cisco Systems 3.1 is a robust networking solution that combines advanced security, performance optimization through AI, enhanced automation, and seamless integration with cloud environments. As businesses continue to navigate the complexities of the digital landscape, this version provides the tools and features necessary to adapt and thrive in an ever-evolving technological ecosystem.