SD Wan

Software-Defined Wide Area Networks (SD-WAN)

Cloud Access SD-WAN provides a contemporary deployment model for organizations with multiple branches, enabling secure connections to a private WAN through public broadband options like Fiber, Cellular, Fixed Wireless, Cable, and xDSL.

With the Cloud Access SD-WAN Orchestrator, branches can be easily integrated into the WAN, allowing seamless management of networking rules between locations. This ensures users at one branch can effortlessly access resources from other branches across various subnets.

Modern SD-WAN Topology for Enhanced Connectivity

Say farewell to traditional switch-based WAN architectures. SD-WAN is designed to connect numerous branch locations, remote employees, mobile offices, and distant users globally through broadband connections. It empowers users to access remote applications hosted in public or private clouds, enhancing performance and management for SaaS services such as UCaaS and Office 365.

Understanding How SD-WAN Functions

CloudAccess SD-WAN technology utilizes an integrated controller to intelligently manage and route traffic across the WAN. By optimizing traffic paths, it guarantees improved application performance at all branch locations. Each branch can utilize multiple internet connections for redundancy and bandwidth, along with advanced features such as quality of service (QoS) for application prioritization and secure encryption for data transmission.

The result? Enhanced productivity, greater efficiency, and reduced IT expenses.

Remote Management

with SD-WAN

Orchestrator

Configuration and automation are vital for deploying and managing SD-WAN clients. When new applications are added or QoS or security policies require adjustments, Cloud Access SD-WAN provides a quick, efficient way to remotely update configurations at branch offices. With the SD-WAN Orchestrator, you can manage client sites from anywhere and implement changes across multiple locations in just minutes—rather than weeks or months.

 

SD-WAN: A Cost-Effective Alternative to MPLS

“MPLS has its place for organizations with specific network demands, especially in delivering legacy WANs, but it can be costly for smaller businesses. SD-WAN removes the need for dedicated line routing, using software to determine the best paths for traffic over affordable broadband connections.

Comprehensive Analytics: Network Alerts and Health Monitoring

Cloud Access is essential for understanding customer needs while delivering real-time insights into site performance.

SD-WAN offers a strong alternative to MPLS, as it allows for remote configuration and management of deployment.

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

Why Choose Cloud Access SD-WAN Solutions?

Until recently, the benefits of SD-WAN were mainly accessible to enterprises and Fortune 500 companies. We believe these advantages should be available to all, regardless of resources. Cloud Access offers a white-labeled SD-WAN platform that empowers independent providers to deliver a range of network options to SMBs and remote work clients.

Cloud Access is a white-label SD-WAN solution that allows providers to brand the service as their own. It operates within the provider’s infrastructure, utilizing their IP blocks and can function on x86 hardware with various processors and price points. ISPs can choose to source their own hardware or purchase equipment from SoftViewer India to manage expenses.

Benefits of Cloud Access

  • White Label – Rebrand it as your own
  • Operates within the provider’s infrastructure
  • Affordable hardware options available
  • Zero-touch deployment for ease of use
  • Remote configuration and management capabilities
  • Bonded Internet Connectivity for increased bandwidth
  • Backup Internet Connectivity for high reliability
  • Site-to-site encryption for secure communication
  • Quality of Service for essential applications