アリスタネットワークスのキャンパス向けコグニティブ・クラウド・ネットワーキングは、従来のソリューションのサイロ化された複雑性に匹敵するキャンパス・ネットワークの課題に簡単に対処するためのアプローチを採用しています。最新のクラウド・データセンターを構築するために使用されているのと同じオープン・クラウド・ネットワーキングの原則に基づき、アリスタのコグニティブ・クラウド・ネットワーキングはEOS®とCloudVision®を活用して、ユニバーサル・クラウド・ネットワーク（UCN）アーキテクチャをキャンパスに拡張します。一貫したソフトウェア主導型のアプローチを活用することで、複雑さが軽減され、信頼性とパフォーマンスが向上し、自動化、モニタリング、およびセキュリティが合理化されます。

 

ご案内ビデオ：アリスタネットワークスがコグニティブ・キャンパスを導入

Cognitive Campus Networking

アリスタスのキャンパス向けコグニティブ・クラウド・ネットワーキングは、次の3つの原則に基づいています。

ユニバーサル・クラウド・ネットワーク - 旧来のベンダーの不安定な独自ソリューションに代わるものとして提供されたArista UCNは、ソフトウェア主導型の制御原則に焦点を合わせたオープンな標準ベースの設計になっています。アリスタのフラットなSpline™アプローチは、従来のキャンパス・コアおよびアグリゲーション・レイヤを、高可用性を持つ単純な単一の層に統合します。

コグニティブ管理プレーン - 管理プレーンの一貫性には深刻な欠如があり、キャンパス内ではデータセンターと同様にデータ主導型の分析が必要です。アリスタでは、共通のモデルを両方に適用して、お客様の運用コストを節約できると考えています。アリスタのCloudVisionに基づくコグニティブ管理プレーンは、ネットワーク分析全体にわたる自動化されたアクションのためのデータ主導型リポジトリです。

キャンパスのセキュリティ確保 - キャンパス・スプラインのセキュリティを保護するには、ネットワーク・セグメンテーションやデバイスのコンプライアンスと監査のほか、アリスタのセキュリティ・パートナーとのサービス統合に対する包括的なアプローチが必要です。アリスタは、EOSとCloudVisionを通じてこれらの機能を提供します。

Arista Cognitive Unified Edge (CUE)

Commercial Business requirements are driving accelerated adoption of cloud based applications; this requires a highly adaptive networking edge, that is secure, mobile, compliant and ubiquitous whether in the office, working remote, or onboarding a myriad of IoT devices. Just as Data Centers have moved from rigid, highly structured infrastructures, to agile on demand infrastructures as a service, so has the need for Campus networks to move to Edge as a Service. Arista’s Cognitive Unified Edge (CUE) enables this market transition by encompassing a comprehensive portfolio of services that leverages Arista’s EOS Network Data Lake and advanced AI capabilities optimized for commercial and mid market customers to deliver an integrated management platform with built-in automation, visibility and security for wireless, wired and WAN network infrastructure.

Featured Video: Introducing Arista Cognitive Unified Edge

 

Featured Video: Arista Network CUE Solution Overview

 

 

 

CUE- The Next Evolution in Edge Communications

The next technology evolution in commercial campus networks whether small branches or large headquarter buildings stretches well beyond bandwidth capacity upgrades. Hardware is easily keeping pace with bandwidth needs, driven by Moore’s productivity law where high volume commodity chip technologies are quadrupling bandwidth speeds every 2-3 years.

Of bigger importance is designing these networks where they can be easily deployed, maintained, secured, and amortized especially as the number of services these networks offer continue to expand. Customers must look beyond gigabits per second, and the latest Wi-Fi access points offerings when choosing their edge networking solutions. They must take a cloud centric networking approach where many of the design principles that have transformed data centers to cloud infrastructures are similarly leveraged. At a high level this cloud centric approach views infrastructure as a combined set of services, where business outcomes are more easily mapped to a set of integrated IT technologies.

Automation, artificial data intelligence, pro-active remediation, advanced telemetry, virtualization, segmentation, video broadcasting, and simplified topology designs are just several of the technologies that embody a cloud centric network. All of these technologies are directly applicable to campus networks. The combination of these technologies, working together as a solution rich with a number of services, is what Arista defines as the Cognitive Unified Edge (CUE) and has many use cases from single site deployments to distributed branch and cloud:

 

CUE Hardware Portfolio

 

CUE Use Cases

Arista CUE for Distributed Enterprises

Connect and Secure Branch Offices

The way we work is evolving. Enterprises have adapted to new cloud-based technologies and applications that have increased employee efficiency and provided a scalable pathway to continued business growth. Work teams, now composed of employees working in headquarter offices, remotely or in branch offices have become spread across increasingly large distances with a growing number of branch offices. While these distributed enterprises realize a range of important benefits in this transformative era, managing these dispersed networks and their connected devices can bring new challenges of cost, complexity, and control. Network administrators cannot be in all locations at once, however at any time they could be required to provide network expertise to adjust network configurations or resolve issues to maintain the network.

Arista’s Cognitive Unified Edge (CUE) helps distributed enterprises optimize their networks with centralized management, while also safeguarding their data and devices. CUE redefines enterprise networks with enhanced management, security, connectivity, flexible PoE switching, and Wi-Fi 6/6E offerings that work together seamlessly to ensure connectivity, protection, monitoring, and control across the entire network from headquarters to the network edge.

Distributed Enterprise

CUE Benefits

Remote management - centralized cloud-based management makes it easy to deploy, configure and manage on-premises, cloud-hosted and remote office appliances from any browser. Centralized management streamlines configuration of intelligent traffic routing between headquarters, branch offices and the cloud. Alerting, reporting, and policy management across sites has never been easier.

Business reliability and continuity - ensure secure connectivity to business-critical, cloud-hosted applications like accounting and CRM systems, as well as internal network resources. Sites with less reliable Internet service can leverage LTE for backup connectivity. Access points provide full functionality even when access to the cloud is not available. When an AP detects the loss of connectivity to the cloud, it continues operating normally which gives unmatched network uptime.

Optimize connectivity - comprehensive VPN options that work seamlessly with complete bandwidth shaping and optimization, and WAN balancing and WAN failover for locations with multiple WAN connections.

Right size form factor - efficiently connect smaller sites or sites with Internet Service Provider bandwidth limitations. Easily scale as the number of users at locations increase and as more locations are brought online.

Protect the growing attack surface - Broad endpoint device coverage, including IoT device protection and automatic detection and blocking of wireless threats.

Flexible deployment - Layer products into an existing network, with standards based interoperability and many physical and software appliances to service locations with just a few users to locations with hundreds of users.

CUE Literature

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Case Studies

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Solution Briefs

Design Guide

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