An IT Support Blog from London

Undergoing a digital transformation (DX) has been a top business objective for many organisations over the last decade. With the availability of a wide range of technological tools and processes these days, it’s only natural for companies to want to leverage these tools to promote business growth. Despite the efforts, investment, and time that enterprises channel into a digital strategy however, the reality is that a good portion of digital transformation projects fail.

There are many factors that can contribute to DX failure. In this post, we discuss the 5 key reasons why success could be out of reach, and how you can counter these challenges so your company can forge a better path. But first what is digital transformation?

One of the few positive things to have come out of the COVID-19 pandemic is that it has helped organisations recognise that it’s possible to have employees work from home successfully. In fact, remote working may have brought on enough benefits for enterprises to consider making it a more permanent arrangement under the new normal.

Microsoft 365, which encapsulates Office 365, is incredibly popular – and one of its most commonly used components is Exchange Online and Outlook – Microsoft’s online email server and desktop and mobile email client, respectively.

When it comes to email, security is a big concern – with one particular email security topic increasingly making the headlines. We’re talking about phishing, a frustratingly effective e-mail attack that’s experienced by 86% of businesses, according to the 2020 UK Cyber Security Breaches Survey.

In this article, we will outline what a phishing attack is – and explain how Microsoft 365 and its component email services can help protect your company against phishing attacks.

Business continuity matters. It matters for profits, for client satisfaction – and for keeping you in business in the long run. Business continuity planning is an important element in ensuring continuing operations. Partnering with the right technology firm is key given how critical technology is to business operations.

In this article we will take a look at the contribution that your IT partner can make to ensuring business continuity and outline why, when looking for IT support London companies need to seek a partner that does much more than deliver technical support – why you need a partner that helps you to deliver business continuity too.

As organisations gradually shift to the new normal, we see corresponding changes in the cybersecurity threat landscape that warrants adjustments in how businesses should frame their security strategy. While some of the older threats certainly still remain, there are a couple of new entrants that have only emerged as a byproduct of the new work environment.

Love it or hate it, IT departments cannot prevent users from engaging with Wi-Fi networks; the convenience factor is simply too high. The IT security risks are real, however, whether your users are roaming – or using Wi-Fi where you have some control over internet security, such as the office space. It is also an evolving threat, with the gold standard of Wi-Fi security, WPA2, losing its shine. In this article, we discuss the next generation of Wi-Fi security, WPA3, and the measures you should currently be taking to boost your company’s Wi-Fi security.

When businesses embark on cyber security initiatives, one of the things that’s often overlooked is DNS security. Many people forget or simply aren’t aware that a compromised DNS infrastructure (or any critical component of that infrastructure) could potentially lead to considerable downtimes, malware outbreaks, data breaches, and several other forms of cyber incidents.

These things can happen because DNS or the Domain Name System plays a crucial role in almost any user-initiated activity that takes place on the Internet. DNS is in charge of resolving the easily-recognisable names like www.somesite.com or ftp.companyx.com that users enter into their web browsers, email clients, or file transfer clients into the IP addresses (e.g. 200.100.10.10) that computers use to communicate with one another.