Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

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Lateral movement is no longer a secondary concern—it’s a core phase of modern cyberattacks. Once attackers breach an initial endpoint, they don’t strike immediately. Instead, they pivot silently across the network, escalate privileges, and hunt for sensitive assets. The longer they dwell, the more damage they’re capable of. That’s why detecting lateral movement with behavioral analysis is essential for modern cybersecurity defense.

The field of cybersecurity changes , and Security Operations Centers (SOCs) need to leave behind old signature-focused tools. SOCs now rely on behavioral threat detection and analysis to strengthen their systems. Using behavior-based methods to respond to threats is key to catching advanced attacks that slip past traditional defenses.

Despite being one of the most highly regulated industries, healthcare businesses are disproportionately impacted by breaches. IBM’s independent research centre, Ponemon Institute’s report on the cost of a data breach, healthcare continues to top the list for 12 consecutive years. AI agents are infiltrating every sector, healthcare is no exception.

It’s no secret that in cybersecurity, many attacks begin with some form of “‑ishing.” But what exactly are these tactics and who’s behind them? From classic phishing emails to more advanced impersonation schemes using AI and social platforms, attackers continue to evolve their methods to exploit human behavior. Understanding the full spectrum of “‑ishing” techniques is critical for organizations looking to protect their people, data, and reputation.

The Workday breach isn't just another security incident—it's a blueprint for how modern attackers are systematically dismantling traditional Data Loss Prevention (DLP) strategies. When a company renowned for security excellence falls victim to social engineering that bypasses every conventional control, it's time to fundamentally rethink your approach.

If you’ve decided relying on annual penetration tests isn’t enough anymore (smart move), the next question is: “What’s the best way to continuously prove — and improve — our internal security posture?” There’s no shortage of platforms out there promising to be your automated red team, internal pentester, or attack-surface explorer. But dig deeper, and you’ll see not all of them are built the same.

Web Application and API Protection (WAAP) solutions have become increasingly vital in today’s cybersecurity strategies, providing essential defenses against attacks targeting web applications and APIs. It’s no surprise that APIs are growing in popularity, with 80% of companies reporting that more than half of their applications depend on APIs—a figure projected to reach 88% within the next 24 months (ESG Research, 2025).

The release of a new KuppingerCole Leadership Compass is always a significant event for the cybersecurity industry, offering a vendor-neutral view of the market's current state. The 2025 edition, focusing on API Security and Management, is critical as it arrives at a pivotal moment for technology. It clearly presents a fact many organizations are just beginning to understand: the crucial connection between the rise of Artificial Intelligence and the necessity for robust API security.

Deepfake attacks targeting executives are no longer a sci-fi scenario—they’re a real, escalating threat. In 2024 alone, over 105,000 deepfake incidents were reported in the U.S., contributing to $200 million in financial losses in Q1 of 2025. Scammers deepfake voices and videos of CEOs or CFOs to coax employees into sending money or exposing sensitive data. The sophistication and accessibility of this technology demand layered defenses—both human-focused and tech-driven.