Cybercriminals are targeting educational institutions, attracted by the vast amount of sensitive data they handle: student and employee personal information, research, and intellectual property. With tight technology budgets and often weak defenses, many of these organizations are easy prey for increasingly complex cyberattacks, putting their reputation and operations at risk.

Choosing the right solution to protect endpoints is more important than ever in an environment where corporate cybersecurity attacks are more pervasive, sophisticated, and evasive than ever. Over the past decade, endpoint security has evolved from specific products to multi-functional platforms that not only prevent attacks, but also offer response and recovery capabilities.

October not only brings with it the change of seasons, but also Cybersecurity Awareness Month, a key reminder of the need to be prepared in the face of growing cyber threats. Today, cyberattacks are constant and pose a significant risk to our world.

In cybersecurity, "Living-off-the-land" (LotL) attacks have become increasingly difficult to detect. These attacks exploit legitimate system tools like PowerShell, WMI, or Office macros instead of relying on external malware, allowing attackers to move stealthily within a network. Traditional security measures struggle to identify these attacks, as they use trusted, digitally signed tools. LotL attacks appeal to cybercriminals because they evade detection and reduce the risk of being traced.

Two significant pieces of European legislation stand out as cybersecurity regulations evolve: the Digital Operational Resilience Act (DORA) and the NIS 2 Directive. Both aim to enhance cybersecurity but target different sectors and have distinct objectives and requirements.

Excessive cybersecurity alerts are not a trivial matter; they pose a real challenge that directly impacts business security strategies. Too many notifications generate stress on IT teams, which are increasingly being reduced in size while facing a heavier burden of tasks. This situation can lead to urgent alerts being overlooked, putting system security at risk.

In a world as technologically dependent as the one we live in, individuals and companies are more vulnerable than ever to multiple threats, ranging from ransomware and malware attacks to data theft and other forms of cybercrime.

The rise of SaaS applications and solutions has revolutionized the way we work. However, the unsanctioned use of these tools, known as shadow IT and shadow SaaS, poses a significant risk to corporate networks. A recent study reveals that the top risks associated with these practices include data loss (65%), lack of visibility and control (62%), and data breaches (52%). In fact, one in ten companies surveyed suspect that the use of tools without the consent of their IT teams has led to a data breach.

The Network and Information Systems Directive 2 (NIS 2) is a cornerstone of European cybersecurity regulation, imposing stringent requirements on critical infrastructure sectors. To ensure their resilience, NIS 2 mandates specific cybersecurity risk management measures. Let's break down these ten essential measures and understand their implications.

The growing complexity of networks and connected devices makes implementing effective cybersecurity an increasingly complicated task. While businesses have shown more awareness of the need to elevate their security posture in recent years, several fundamental cyber hygiene issues still need to be addressed.