General

With phishing attacks on the rise, the potential cost of a data breach to organisations is worrying. IBM and Ponemon’s research revealed that data breaches cost UK enterprises an average of $3.88 million per breach. While the cost alone is eye wateringly painful, organisations also suffer reputational damage, a loss of trust, and significant disruption to operations.

Despite innovations and sophistication in hacking methods, one of the main means of data loss is insiders, including employees making mistakes. Humans make errors – stressed, distracted employees will make even more mistakes. And with sensitive information on the line, such as regulatory compliance to safeguarding Intellectual Property (IP), companies are increasingly concerned about the risk of inadvertent data loss. But how can this threat be mitigated? This article emphasises the importance of implementing a crucial double check to improve email security culture.

To remain competitive in this new business and complex IT environment, organizations must be fully aware of the threats affecting their supply chains and should work effectively to mitigate them before they pose risks to their customers and business operations. This article sheds light on the term Cyber Supply Chain Risk Management (C-SCRM), outlines the most common threats, and lists mitigations to lower their impact.

Data is a critical enterprise asset that underpins operations, drives decision-making, makes personalised end-to-end service delivery possible, unlocks competitive advantage and more. Unfortunately, all this data represents a rich prize for cyber criminals looking to steal, hijack, or hold data to ransom. Which is why cybersecurity has become a top strategic priority for today’s organisations, given the exponential rise of ransomware, phishing and other cyber threats.

If you are a regular reader of Cybersecurity Magazine, you may have come across Security Assurance before. In this article, we take a look at what is behind this abstract term and why it is so important.
Security assurance is an umbrella term for several processes aimed at ensuring individual system components can adequately protect themselves from attacks. Doing so requires not just a one-time effort, but actually spans the complete system lifecycle. After all, what is considered an acceptable security posture may change over time depending on, for example, newly emerging threats or changes to how the system itself is utilized.