June 08, 2022

Five transformation strategies at the network edge

Digital transformation strategies are taking place at the network edge, according to the latest enterprise networking trends. Better performance, improved security and streamlined management, as well as increased speeds and rapid scalability, are all benefits of shifting to edge computing. All end-points, such as modems, laptops, printers, smart devices and sensors, are part of the network edge.

All devices and local networks connect to the internet at the edge. Digitally enhanced solutions, such as a software-defined wide area network (SD-WAN), are part of network edge transformation strategies. SD-WAN is driving enterprise networking transformation strategies as a virtualised networking solution.

Transformation strategies at the network edge

For a variety of businesses with large-scale networks, edge computing is redefining IT architecture. Retail store chains, factory floors, smart cities and high-rise offices must be able to support an increasing number of end-point devices.

Transformation strategies at the network edge are optimised when SD-WAN is implemented, which makes the most of edge computing as a virtual edge device. Here are five key network edge transformation strategies.

1. Edge computing improves performance

Edge computing is a distributed IT architecture in which data is processed close to its source within the company. Edge computing eliminates the need to send raw data to a central data centre for processing. The load on the core network and primary data centre is reduced by processing data at the edge. When configured with SD-WAN, critical data processing occurs at a rapid rate at the network edge.

2. The network edge offers higher speeds

Edge computing reduces latency and speeds up processing. It eliminates the need for central data centre backhauling. SD-WAN can be used to resolve congestion issues and increase speeds even more. Certain data processes are prioritised through dynamic path selection. Virtualised software diverts traffic to the most efficient path. Since SD-WAN is cloud-based, additional capacity can be added during periods of peak traffic.

3. Improved large-scale network management

Edge computing helps to reduce the complexity associated with large-scale enterprise networks. Processing data at the edge can help retailers keep track of stock, optimise ordering, run targeted marketing campaigns, have always-on surveillance and analyse sales data in real time.

In manufacturing, data analytics at the edge ensures that supply chains are effectively monitored and that production lines operate at maximum efficiency. With a virtualised infrastructure and a shift to edge computing, internet-enabled assembly lines are easier to configure.

SD-WAN-based transformation strategies give businesses more control and insight into their networks. The use of cloud-based technology lowers costs by reducing capital expenditure on IT hardware and software.

4. Improved network security and reliability at the network's edge

The number of end-points is always increasing, whether on the factory floor or in large offices. Corporate networks become increasingly more vulnerable to cyber attacks and data breaches when more endpoints are added. Large corporate networks must ensure that their IT infrastructure is secure as internet-enabled devices are notoriously vulnerable to hacks and breaches.

Cyber security risks can be contained more readily using edge computing. This ensures that network disruptions have a minimal impact on other parts of the network should a security breach occur on one part of the network. To minimise the spread of attacks, network segmentation is strengthened by installing firewalls at the network edge.

When used in conjunction with SD-WAN, security at the network edge safeguards sensitive data. SD-WAN relies on automation, which reduces the risk of human error and manual interference. Enterprise networking is being transformed by intelligent traffic routing and advanced encryption, which improves both reliability and security.

5. Edge computing allows for rapid scalability

Every day, corporate devices and networks generate massive volumes of data. This data explosion is too much for traditional data centres to handle. Enterprises can benefit from rapid scalability and greater flexibility by processing data at the network edge.

Digital transformation at the network edge

At the network edge, a variety of transformation strategies are being implemented. Data does not have to travel vast distances to reach a central data centre, which improves performance. Real-time data insights improve accuracy while also increasing operational efficiency.

Large enterprises become more agile and competitive as a result of edge computing. For more information or to get a quote for our networking solutions, email us at marketing@seacom.com or leave us a message.

SEACOM owns Africa’s largest network of information and communications technology (ICT) infrastructure, including fibre optic networks and subsea cables. We offer a wide range of industry-leading scalable ICT solutions for large companies that operate throughout the region.

SEACOM is privately owned - making it adaptable to the needs of the client. We are the preferred ICT and internet connectivity supplier for African enterprises. We can guarantee fast, reliable and secure internet and networking services at affordable prices.

For‌ ‌more‌ ‌information‌ ‌on‌ these solutions, ‌follow‌ ‌us‌ ‌on‌ ‌‌LinkedIn‌,‌ ‌‌Facebook‌ ‌or‌ ‌‌Twitter.‌ ‌Keep‌ ‌an‌ ‌eye‌ ‌on‌ ‌our‌ ‌‌news‌ ‌section‌‌ ‌for‌ ‌industry news and announcements on African ICT, internet connectivity, cloud services and security solutions.