Phishing campaign leverages HTTP headers for credential theft, Scattered Spider targets cloud accounts, and UNC2970 exploits victims looking for jobs.

Disruptive technologies have a learning curve in the pace of adoption and implementation. Training and education tend to follow a slower schedule and can have a hard time keeping up with discoveries happening on the bleeding edge. This is part of what led to the current cloud security skill gap. The cloud transformed software development, accelerating innovation and the pace of human creativity. But, we now know that it also formed new security challenges.

Artificial intelligence (AI) is revolutionizing most, if not all, industries worldwide. AI systems use complex algorithms and large datasets to analyze information, make predictions and adjust to new scenarios through machine learning – enabling them to improve over time without being explicitly programmed for every task.

The Software Development Life Cycle (SDLC) provides a systematic framework for developing and maintaining software from conception to modification, producing high-quality software that meets stakeholder and customer requirements within specified time and cost constraints. However, traditional SDLC practices fall short of ensuring thorough application security. Why?

The world can be just as much of a marvelous place, as it can be a dangerous one. And the same can be said about the online one, where you need to focus on your safety just as much but in a different way. For those wondering how to approach this, make sure to keep reading as we’ll be covering everything you need to know about cybersecurity.

As businesses continue to evolve in their customer service strategies, Contact Center as a Service (CCaaS) solutions have emerged as an effective tool for enhancing customer experience. These cloud-based platforms offer flexibility, scalability, and access to advanced technologies, making them a popular choice for organizations of all sizes. However, transitioning to CCaaS requires careful planning to ensure a smooth implementation process.

Vulnerability management is a major component of any cybersecurity strategy, simply because every vulnerability represents another potential vector through which an organization can be attacked.

Are you confident that your security tools are foolproof? Think again. BlackSuit ransomware is exploiting overlooked vulnerabilities, slipping through defenses even in 53 well-protected organizations. This isn’t just another cyber threat—it’s a sophisticated adversary that rewrites the rules. Your firewalls, antivirus, and strict protocols might not be enough to stop it. BlackSuit is engineered to find gaps you didn’t know existed, bypassing even advanced security postures.

Fraud isn’t just evolving- it’s exploding. What once involved old-fashioned pickpockets and stolen wallets is now a digital battlefield. And scammers are getting increasingly creative, too. From sophisticated cloned websites to deceptive phishing schemes, they are making it substantially harder for businesses to protect themselves and their customers.

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.