Revolutionizing WANs with Cisco IOS XE Software-Defined Architecture
Your distributed office wide area networks are about to get disrupted—in a good way. Software-defined WANs are upgrading application performance to enable people in branch offices, stores, and clinics to operate at peak efficiency. But before today, many organization needed to upgrade their hardware in order to take full advantage of SD-WAN. To make SD-WAN as ubiquitous as possible, Cisco is expanding our Viptela SD-WAN capabilities across the ISR/ASR router family with Cisco IOS® XE software. Let’s look at why this is a perfect union of two powerful technologies and what it means for your organization.
With traditional rigid MPLS WAN implementations, workers at remote branches are constrained by performance and bandwidth issues that affects how they can interact with customers, patients, and coworkers. Applying SD-WAN technology to existing ISR/ASR infrastructure enables higher bandwidth at lower cost, better reliability, and improved Quality of Service (QoS) for superior application experiences. Implementing an SD-WAN solves multiple challenges in managing networks for a distributed enterprise by:
Unifying connectivity across MPLS, Ethernet, internet, leased lines, DSL, and LTE networks.
Maintaining consistent experience and performance for SaaS, cloud, and data center applications.
Securing device and application access to enterprise data resources.
Reducing transmission costs while increasing bandwidth for interactive applications, video, and conferencing.
Enabling provisioning of remote zero-touch edge routers with configuration via cloud management tools.
Managing WAN connectivity with in-house expertise using visual management tools.
Bringing SD-WAN Fabric to Cisco ISR/ASR Routers
￼Over a million of our ISR/ASR family of edge routers are in use by organizations worldwide. Shortly after acquiring Viptela in 2017, we made the Viptela SD-WAN solution available to all our customers and partners. The release of Cisco IOS XE provides an instant upgrade path for creating cloud-controlled SD-WAN Fabrics to connect distributed offices, people, devices, and applications operating on the installed base. Progressive organizations are already benefiting from SD-WAN implementations to unite their distributed branches and improve cloud application performance.
An insurance organization with thousands of branch offices implemented SD-WAN to increase the reliability and resiliency of their branch connectivity and improve performance for SaaS applications like Office 365 while reducing costly MPLS backhaul traffic.
A clothing retail chain added guest Wi-Fi services to 1200 stores to augment the omni-channel shopping experience, segmenting the guest traffic from critical business applications and sensitive traffic such as payment information with the SD-WAN.
A life sciences company with research and manufacturing offices worldwide implemented SD-WAN to increase bandwidth and performance at remote facilities while driving down MPLS costs by 80%.
Cisco SD-WAN on edge routers builds a secure virtual IP fabric by combining routing, segmentation, security, policy, and orchestration. It eliminates backhauling from branches to headquarters to access SaaS applications, improving application performance and experience for a distributed and mobile workforce. For example, at the branch-level, you can define a performance policy for Cloud SaaS Onramps to maintain a level of QoS for Office 356 performance and assign a real-time streaming policy for unified communications.
Keeping data traffic and connections secure is also simplified with an SD-WAN. Multilayer security encrypts all data from the WAN edge to the cloud. Segmentation keeps sensitive data from co-mingling with regular traffic. Malware-infected endpoints are automatically isolated from the network to stop infections from spreading.