SD Wan

Software-Defined Wide Area Networks (SD-WAN)

 

CloudAccess Software-Defined Wide Area Networks (SD-WAN) is a deployment model that enables organizations with multiple branch locations to use public broadband connections—such as Fiber, Cellular, Fixed Wireless, Cable, and xDSL—to securely connect into a private WAN.

Branches can be integrated into the WAN seamlessly through the CloudAccess SD-WAN Orchestrator, which manages rules and networking between sites. WAN users at one branch can access resources from other branches across different subnets.

Software Defined Wide Area Network Topology

Traditional switch-driven WAN designs are a thing of the past. SD-WAN is designed to connect multiple branch locations, remote workers, distant users, and mobile offices globally through broadband connections. With SD-WAN, users can access remote applications hosted in public or private clouds, enjoying enhanced application performance and management of SaaS services like UCaaS and Office 365.

How does SD-WAN work?

Cloud Access SD-WAN Innovation employs an integrated controller to intelligently direct traffic across the WAN. By optimizing traffic routing, users experience enhanced application performance across all branches. Each branch can have multiple internet connections for redundancy and bandwidth, along with features such as quality of service for application prioritization and encryption for secure data transmission.

The result? Increased business productivity, efficiency, and reduced IT costs.

SD-WAN Remote Control with an Orchestrator

Configuration and automation are essential for deploying and managing your SD-WAN clients. When organizations introduce new applications or need to adjust QoS or security policies, Cloud Access SD-WAN Innovation offers a solution to quickly, efficiently, and remotely update branch office configurations. Manage client sites from a distance and implement changes across multiple locations in minutes, not weeks or months.

Software Defined Wide Area Network – Alternative to MPLS

“MPLS will always have its place for organizations with specific network requirements. It is particularly useful for delivering legacy WANs but can be expensive for small businesses. SD-WAN eliminates the need for dedicated line routing and instead uses software to determine the best paths for traffic over cost-effective broadband connections.

SD-WAN is a great alternative to MPLS because management and deployment can be configured remotely.

  • Change routing rules at single or multiple sites within minutes
  • Utilize cost-effective hardware at customer locations
  • Leverage existing broadband connections at each branch
  • Ensure secure WAN access in remote areas
  • Implement Quality of Service for broadband
  • Enhance bandwidth at branch locations with bonded internet connectivity
  • Provide backup internet connectivity through cellular networks such as 3G, 4G, LTE, and 5G

Analytics galore: Network alerts and link health monitoring

Cloud Access is the key to understanding your customers’ needs while providing real-time insights into site performance.

Why offer Cloud Access Software Defined Wide Area Networks?

Until recently, the benefits of SD-WAN were primarily available to enterprises and Fortune 500 companies. We believe that these advantages should not be limited to those with substantial resources. Cloud Access offers a white-labeled SD-WAN platform that enables independent providers to offer SMBs and remote work clients a range of network options.

Cloud Access is a white-label SD-WAN solution, allowing providers to rebrand the service. It operates within the provider’s infrastructure, utilizing their own IP blocks, and can run on x86 hardware with various processors and cost levels. ISPs have the option to source their own hardware or purchase equipment from Soft viewer India  to manage costs.

Benefits of Cloud Access

  • White Label – Brand it as your own
  • Resides within the provider’s infrastructure
  • Affordable hardware options
  • Zero-touch deployment
  • Remote configuration and management
  • Bonded Internet Connectivity for increased bandwidth
  • Backup Internet Connectivity for high availability
  • Site-to-site encryption
  • Quality of Service for critical applications