Not long ago, remote access was reserved for a select few, such as traveling salespeople and senior executives. Today, it has become ubiquitous. Indeed, users across many roles and functions in the modern office now routinely connect to the corporate network from off-site locations and work with resources as if they were connected to the local network. However, allowing users to access corporate resources remotely introduces security risks, so robust management is vital.

Today, personal data protection is very important as the amount of information shared by internet users keeps increasing daily; there is also a dire need to secure users' privacy. Hence, the importance of Privacy Impact Assessment (PIA) and Data Protection Impact Assessment (DPIA).

Secure access management is more than just strong password policies and multi-factor authentication (MFA) – it includes a variety of processes and tools that create an integrated and comprehensive approach to safeguarding digital assets. To manage access effectively, organizations must implement strategies like continuous monitoring, adaptive access controls, and automated workflows for user provisioning and deprovisioning.

In today’s fast-paced business environment, organizations rely on technology to gain a competitive edge. In particular, SQL Server is vital for a wide range of business operations, serving as the back end for critical applications and storing essential data about products, customers, transactions and more.

The cybersecurity landscape is evolving, and Network Detection and Response (NDR) solutions are becoming indispensable for consistent visibility across an increasing attack surface.

Receiving a One-Time Password (OTP) code that you didn’t request over text or email could be a sign that someone is trying to log in to one of your online accounts to gain access to your private information. An OTP code is a numeric code used as an additional form of verification to authenticate users before they can log in to their accounts. As the name suggests, this code can only be used once.

In the constantly evolving world of cybersecurity, staying ahead of emerging threats requires continuous vigilance and adaptation. Fortunately for those of us in the industry, we’ve been able to count on highly respected digital forensics and incident response specialists like Mandiant to publish annual research on the latest security trends seen first-hand by their global teams.

One famous case of a major telecom player involved 10 million customer accounts being breached, and days later, an extortion demand for $1 million pounds cash was also made. The weak link? A forgotten ‘Zombie API.’

What is eBPF and how can it be used within the Kubernetes environment? In the dynamic world of container orchestration, where speed and adaptability are a must, eBPF, short for Extended Berkeley Packet Filter, has changed how developers interact with kernels within Kubernetes environments. At its core, eBPF crosses traditional boundaries, offering a programmable and secure in-kernel execution environment that empowers developers to use custom code without the need for modifications to the kernel itself.

In a concerning trend observed recently, threat actors are increasingly leveraging encoded URLs to bypass secure email gateways (SEGs), posing a significant challenge to email security defenses. According to recent findings by Cofense, there has been a notable uptick in attacks where threat actors manipulate SEGs to encode or rewrite malicious URLs embedded in emails. This tactic exploits vulnerabilities in SEG technologies, allowing malicious links to slip through undetected to unsuspecting recipients.