For decades, the data center has been the core hub for applications, routing, firewalls, processing, and more. Now, the enterprise is highly reliant upon distributed workplaces, cloud-based resources, and third-party-operated networks. In this context, modern networks encompass more diverse infrastructures, requiring IT organizations to contend with the added demands of managing and maintaining these expanding environments.

Regardless of which sandwich is their favorite, your customers and end users are highly reliant upon your organization’s network-powered business services. When issues arise that affect the delivery of these services, fast and effective response is a must. The costs of performance issues and downtime can mount by the minute, so sooner is definitely better than later.

Are you intrigued by the world of networks and how they work? Do you want to know how your devices communicate with each other? Well, you're in the right place! In this blog series, we're here to help you gain a better understanding of networks, starting with the basics. We'll cover everything from the different types of networks to how they function, so you can better plan for capacity and take decisive action when issues arise.

As organizations transition to distributed work environments and adopt cloud-based applications, the demand for secure, agile, and high-performing networks intensifies. As a result, many businesses have decided to implement Secure Access Service Edge (SASE), which integrates networking and security functions into a unified cloud-native platform.

Imagine your organization’s network suddenly goes down, halting operations and causing revenue loss by the minute. While this scenario is unsettling, it goes to show why network troubleshooting skills are essential for today’s IT professionals. The smooth operation of network infrastructure not only supports your organization’s day-to-day operations, but also safeguards against disruptions and downtime.

In today’s interconnected world, network performance and network management is critical for businesses to function seamlessly. Whether it’s ensuring smooth communication, efficient data transfer, or secure transactions, a well-monitored network is essential. This article delves into the importance of network monitoring in maintaining optimal performance.

AI-powered Network Detection and Response (NDR) solutions have become a staple for identifying the subtle indicators of unknown threats, a crucial element in the constant battle against cyberattacks. While NDR excels in unveiling the shadows of the unfamiliar, it is the traditional signature-based Intrusion Detection Systems (IDS) enabling security teams to maximize protection and facilitate targeted responses, particularly when confronting well-known malware.

Cloud computing offers a scalable, flexible, and adaptable way for your organisation to manage its IT infrastructure. It can reduce your running costs, enhance security, and ensure that your employees have access to the resources and digital tools they need to work effectively. But no single implementation of cloud computing will be identical. Many enterprise cloud approaches will be bespoke and hybrid, combining both public and private cloud solutions with on-premise infrastructure.

Quality of service (QoS), in network and telephony, parlance has both specific and less precise but more practical meanings. In general, quality of service can be viewed as measuring the performance of a network or telephone service, thereby providing an indication of its quality.