Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

In a time when cyber threats continuously evolve, a security standard or framework is essential for protecting digital assets. The Payment Card Industry Data Security Standard (PCI DSS), developed by the PCI Security Standards Council, empowers organisations to safeguard cardholder data globally. PCI DSS offers technical guidance and practical steps to effectively protect cardholder data and overall payment infrastructure.

As threats evolve with every new technology, security must evolve, too. When it comes to payment data, the Payment Card Industry Data Security Standard (PCI DSS) covers the payment card industry. PCI DSS v4.0.1 contains some typographical errors and added guidance to improve the security controls while maintaining the core of the previous version.

Top tips is a weekly column where we highlight what’s trending in the tech world and list ways to explore these trends. This week, we focus on ways to stop attackers and safeguard your organization. It’s a classic warfare method to thwart attacks: deception. Enemies use deception tactics to combat their foes on the battlefield, and it’s a method that’s all too common. But deception in technology? What exactly is that? Is it even a standard practice? It very much is.

Managing distributed IT environments is no easy task. As networks grow increasingly complex and interconnected, centralizing their management becomes a daunting challenge. Traditional tools often fall short, struggling to balance centralized control with the unique configurations and autonomy required at each location. This challenge only amplifies as operations scale, leading to inefficiencies, inconsistencies, and operational silos that hinder productivity.

The way we detect cyber threats has come a long way, but let’s be real—traditional methods have serious blind spots. Back in the day, we relied on correlation rules—basic if-this-then-that logic—to flag suspicious activity. It worked… sort of. But today, exponential data growth has limited the effectiveness of using only correlation rules to detect threats. The result?

Seemplicity’s 2024 Year in Review report offers key insights into how organizations are navigating the challenges of vulnerability and exposure management. By analyzing data from over a billion customer findings across a wide range of industries, the report highlights the urgency of prioritizing vulnerabilities, streamlining workflows, and improving collaboration across teams.

The year 2025 will not be a revolutionary one, it will be evolutionary, with developments coming into effect that were necessitated by events and happenings in 2024, and solutions to address these events reaching maturity levels that allow an appropriate, comprehensive response. With threats like ransomware certain to continue, identity resilience is going to become more important in the year ahead and, as such, identity will become the critical component of security.

Discover key IAM capabilities that simplify identity management, ensure secure access, and streamline user authentication processes.

The Cybersecurity Maturity Model Certification, version 2.0, is finally in effect, which means thousands of businesses that have roles in the Department of Defense supply line need to do the work to comply and pass their audits to receive certification. It’s inevitable that many of these businesses will fail their initial audits. The standards are high, the margin of error is narrow, and the timeline is tight.

Organizations today face a rapidly evolving threat landscape, and as they plan their cybersecurity strategy and budgets, many may struggle with a key question: If I’m conducting regular vulnerability scans, and patching the vulnerabilities I identify, do I really need penetration tests as well? The answer is yes. While vulnerability scanning plays a vital role in identifying risks and vulnerabilities, relying solely on it for security creates blind spots.