Operations | Monitoring | ITSM | DevOps | Cloud

The internet is a network of networks, and how and where those networks interconnect determines the efficacy of the service. How networks exchange traffic on the internet varies. Broadly speaking there are three different approaches: A direct connection via a transit provider, a private interconnection between two networks, or peering at an internet exchange (IX) point - a co-location hub that enables members of the IX to interconnect.

The cloud is helping organisations in the media and entertainment sector unlock new levels of efficiency and speed as they find themselves under pressure to produce and distribute content faster than ever before. In our latest blog we look at how a Network-as-a-Service model can enhance their multi-cloud strategy.

In retail, the cloud changes everything because it offers flexibility and the opportunity to do things better, or to do things that were previously impossible, for a lower cost. This is especially true in a multi-cloud and hybrid cloud environment, where retailers can connect their legacy private data centres with public clouds to enhance their offering and make it more competitive.

When it comes to starting your IoT project, organisations have a wider selection of connectivity options than ever before. In this blog, we consider which connectivity type might suit your IoT project best.

Industrial eSIMs are becoming an increasingly popular part of Internet of Things (IoT) projects, giving enterprises better control of their IoT deployments and improving cellular interoperability. In this blog, we delve deeper into the benefits and uses cases of industrial eSIMs.

Whenever you move data into or out of a cloud, the traffic crosses one or more networks, potentially resulting in transfer charges. These are known as ingress (moving data into the cloud) and egress (moving data out of the cloud) charges - and there's incentives in most of the pricing models by cloud service providers (CSP) to encourage an organisation to use a direct connection to transfer data, rather than go via the public internet.

There are a variety of different connectivity models available to enterprises as they embark further on their cloud journey. In this blog, we take a look at which model could suit your business best...

When it comes to multi-cloud, it’s easy to assume that the biggest connectivity challenge facing network professionals would be connecting between different cloud providers. But actually moving data between different geographic instances of the same cloud platform is not as straightforward as you might think.

As cloud technology has matured, hybrid and multi-cloud approaches have become commonplace. Enterprises have discovered that not all applications are suitable for the public cloud, meaning on-premise data centres are still active, and each public cloud has its own strengths and weaknesses, driving businesses to mix-and-match to suit their needs. This results in interoperability challenges for multi-cloud environments.

A recent study from Juniper Research predicts the value of enterprise cybersecurity spend will continue to climb, exceeding $226 billion in 2027; up from $179 billion in 2022. This growth of 26% over the next five years reflects a rising awareness of vulnerabilities, not least of which is DDoS (Distributed Denial of Service) as a key driver behind the increasing spend.