Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The three high-profile UK retailers struck with cyberattacks in the last few weeks are each still feeling the impact of the attacks and attempting to regain full functionality across all their systems.

As we continue to face an increasingly complex cybersecurity landscape, April 2025 has brought forward new vulnerabilities and the rise of more sophisticated cyber threats. Notable vulnerabilities in critical systems, including Microsoft, Adobe, Cisco, and others, underscore the importance of proactive security measures. Alongside these vulnerabilities, the persistence of ransomware groups continues to be a major concern for organizations globally.

Organizations are increasing their reliance on AI chatbots powered by Large Language Models (LLMs) to improve efficiency and reduce costs, creating new challenges for security and development teams. Without well-planned security for integrating AI chatbots into your business operations, you’re leaving the door wide open for bad actors.

The world of cybersecurity is always changing, with rapid evolution in both threat and response creating a continual churn in knowledge, technology, and standards. Frameworks meant to help protect systems and businesses, especially the government, tend to be comparatively slow. It takes a lot of momentum and effort to get a new framework iteration through the various committees, analysis groups, and other roadblocks necessary to get it approved.

Effective cybersecurity begins with knowing what you’re defending. Organizations investing heavily in security tools often miss something fundamental: a comprehensive understanding of their own environment. This critical gap creates significant risk exposure that sophisticated attackers readily exploit. This article explores cyber terrain mapping; its importance, technical requirements, and how Fidelis Elevate addresses this essential security challenge.

Lateral movement plays a crucial role in the attack chain. Cybercriminals guide themselves through networks after they breach the first point of entry. This technique helps threat actors reach further into systems and locate valuable assets. They can accomplish their goals without triggering the usual security alerts.

In today’s digital battlefield, attackers aren’t just breaking in—they’re sneaking past defenses, staying hidden, and making off with sensitive data long before anyone notices. While organizations invest in firewalls, antivirus tools, and endpoint protection, attackers are becoming smarter, faster, and harder to detect. We need detection that’s not only quick but also intelligent and proactive.

As cyber threats grow more advanced and persistent, traditional reactive defences are no longer enough. Today’s security leaders must shift toward proactive threat intelligence, anticipating and neutralising risks before they evolve into serious breaches.

Imagine your organization’s cybersecurity as a garden. Achieving maturity isn’t a final milestone ‒ it’s about cultivating a thriving ecosystem. It’s when you’re not just reacting to weeds (ahem, threats), but proactively tending to the health of your infrastructure. It’s not about chasing alerts ‒ it’s about growing with confidence because you know your roots are strong, your systems are resilient, and your people are engaged.

It’s hard to assume that most Jira admins are careless. They’re often overwhelmed. Jira isn’t just a project tracker. It’s not rare when, after some time, it becomes a labyrinth of configuration panels, permission schemes, and hidden behaviors that Atlassian sometimes changes – without notice. It’s no surprise that Jira in such a shape is also an easier target for potential attackers.