🔓Unlocking SD-WAN's Power: How The Hub and Spoke Architecture could have saved red faces 😡 at the UK Post Office 🇬🇧

🔓Unlocking SD-WAN's Power: How The Hub and Spoke Architecture could have saved red faces 😡 at the UK Post Office 🇬🇧

Discover how hub and spoke architecture boosts SD-WAN reliability in our detailed guide.


3 min read

In the realm of networking, the architecture you choose can make or break the reliability and performance of your system. When it comes to SD-WAN (Software-Defined Wide Area Network), the hub and spoke architecture emerges as a clear winner, offering unparalleled stability and efficiency. Let's delve into what makes the hub and spoke model the go-to choice for SD-WAN deployments.

Understanding Hub and Spoke Architecture

The hub and spoke architecture is a networking model where a central hub (usually located in a data center) serves as the focal point for connecting multiple remote or branch locations known as spokes. In this setup, all communication to the Internet or between the branches is routed through the central hub. Each remote or branch node, or spoke, only communicates directly with the hub and not with other spokes.

Why Hub and Spoke is Ideal for SD-WAN

1. High Uptime and Reliability

The central hub in a hub and spoke architecture is typically deployed in a data center with robust infrastructure and high uptime. For instance, Fusion Broadband South Africa's hubs in South Africa are directly connected to the NAPAfrica Internet eXchange, an Internet Exchange, known for its impeccable track record of zero downtime. This reliability at the hub level ensures consistent connectivity and minimizes disruptions for all connected branches.

2. Mitigating Last Mile Glitches

Remote or branch locations often rely on last mile links, which are susceptible to glitches and outages. By maintaining connection and enforcing timeouts at the hub rather than the spoke, SD-WAN mitigates these issues effectively. This approach significantly improves user experience by reducing downtime and ensuring seamless connectivity.

3. Preventing Data Corruption and Outages

In real-world scenarios like the United Kingdom Post Office Scandal involving the Horizon IT system, communication and last mile incidents were major contributors to data corruption and system faults. With SD-WAN's hub and spoke architecture, the probability of outages and failures is reduced, and brownouts are mitigated. This proactive approach would have averted the challenges faced by organizations like the Post Office, preventing disruptions and reputational damage.

Wrap: Embracing Reliability and Efficiency

The hub and spoke architecture is not just a theoretical concept; it's a practical and proven solution for optimizing SD-WAN deployments. By leveraging a centralized hub, businesses can achieve unparalleled uptime, mitigate network glitches, and safeguard against potential data integrity issues. Embrace the power of hub and spoke architecture to unlock the full potential of your SD-WAN network.

Further information about the hub and spoke architecture for SD-WAN can be found here:

Connect withFusion Broadband South Africato explore how our SD-WAN solutions can transform your network reliability and performance!

Ronald Bartels ensures that Internet inhabiting things are connected reliably online at Fusion Broadband South Africa - the leading specialized SD-WAN provider in South Africa.

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Originally Published on LinkedIn by Ronald Bartels: