SD-WAN Solution
Why SD-WAN?
What Is SD-WAN?
A software-defined wide area network (SD-WAN) is a wide area network that uses software-defined network technology, such as communicating over the Internet using overlay tunnels which are encrypted when destined for internal organization locations.
This concept resembles how software-defined networking implements virtualization technology to improve data center management and operation.

The Differences between SD-WAN and Traditional VPN Technology

What’s the Challenge of Traditional WAN Network?
Growing Business Vulnerability
Escalating Complexity and Costs
Deteriorating Workforce Experience
Why OBC SD-WAN?
SD-WAN Architecture
Internet-Based SD-WAN
Internet-based SD-WAN offers a cost-effective and intelligent solution for enterprises seeking to improve their network infrastructure while controlling expenses, making it a viable choice for those transitioning from IPsec VPNs or businesses that require domestic connectivity only. This network architecture comprises four essential components: Network Access Engine (NAE), Network Forwarding Engine (NFE), public internet, and SD-WAN Intelligent Controller.

Network Access Engine (NAE)
Network Forwarding Engine (NFE)
The Internet (Underlayer)
SD-WAN Intelligent Controller
Backbone-Based SD-WAN
Backbone-based SD-WAN, backed by Service Level Agreements (SLAs) and providing MPLS-equivalent quality with substantial cost efficiency, is well-suited for organizations previously reliant on MPLS or looking to connect their global business. This network architecture comprises four primary components: Network Access Engine (NAE), Points of Presence (PoPs), the backbone network, and the SD-WAN Intelligent Controller.

Network Access Engine (NAE)
Points of Presence (PoP)
Backbone Network (Underlay)
SD-WAN Intelligent Controller
Hybrid SD-WAN
Hybrid SD-WAN, operating across a combination of the internet, OBC private backbone, and MPLS of other leased networks, offers multifaceted advantages for organizations. It optimizes network performance by intelligently routing traffic across the most suitable paths, enhancing application reliability and user experience.
his network architecture comprises four essential components: Network Access Engine
(NAE), Network Forwarding Engine (NFE), a hybrid network, and SD-WAN Intelligent Controller.

Network Access Engine (NAE)
Network Forwarding Engine (NFE)
Hybrid Network (Underlayer)
SD-WAN Intelligent Controller
Features and Benefits

Carrier Grade Controller

Fine-Tuned Verticalization

Service-Oriented Platform

Versatile Network Layouts

Flexible Deployment Modes
