In the digital world, where countless users communicate, share data, and engage in diverse activities, determining the origin and actions behind these interactions can be quite challenging. This is where non-repudiation steps in. Coupling other security factors, such as delivery proof, identity verification, and a digital signature, creates non-repudiation. This guarantees that the parties involved in the transmission are unable to renounce the execution of an action.

I’m always surprised – and a little disappointed – at how far we have to go before supply chain cybersecurity gets the respect and attention it deserves. I sat down this week with a new client who wanted some help addressing several internal issues surrounding their IT systems. When I asked them about their relationship with the supplier – essentially, how was their supply chain cybersecurity? - their response was not only worrying but, unfortunately, quite typical.

Police have successfully infiltrated and disrupted the fraud platform "LabHost", used by more than 2,000 criminals to defraud victims worldwide. A major international operation, led by the UK's Metropolitan Police, has seized control of LabHost, which has been helping cybercriminals create phishing websites since 2021 to steal sensitive information like passwords, email addresses, and bank details.

Cybersecurity has always been a complex field. Its adversarial nature means the margins between failure and success are much finer than in other sectors. As technology evolves, those margins get even finer, with attackers and defenders scrambling to exploit them and gain a competitive edge. This is especially true for AI.

Generative AI has exploded in popularity across many industries. While this technology has many benefits, it also raises some unique cybersecurity concerns. Securing AI must be a top priority for organizations as they rush to implement these tools. The use of generative AI in manufacturing poses particular challenges. Over one-third of manufacturers plan to invest in this technology, making it the industry's fourth most common strategic business change.

Security configurations are an often ignored but essential factor in any organization’s security posture: any tool, program, or solution can be vulnerable to cyberattacks or other security incidents if the settings are not configured correctly. Staying on top of all of these security configurations can be a daunting responsibility for security or IT teams to focus on, which is where security configuration management (SCM) comes in.

In the first quarter of every year, organizations around the world release reports summing up data breach trends from the previous twelve months. And every year, these reports say broadly the same thing: data breach numbers have gone up again. This year is no different. Or is it?

The number of endpoints in an organization often exceeds the number of employees. Managing these often disparate entities is more than a full-time job. Moreover, keeping them secure is equally difficult, yet securing all of your endpoints against cyber threats has become paramount for organizations worldwide. A common oversight that undermines these security efforts is the misconception about data volume versus the necessity for comprehensive data collection.

A relatively new strain of ransomware called DragonForce has making the headlines after a series of high-profile attacks. Like many other ransomware groups, DragonForce attempts to extort money from its victims in two ways - locking companies out of their computers and data through encryption, and exfiltrating data from compromised systems with the threat of releasing it to others via the dark web.

Let’s start the second quarter of the year with boosting our security posture by adopting two-factor authentication methods on our accounts to make them more secure. Two-factor authentication (2FA) is an identity and access management security method that requires two forms of identification to access resources and data.