Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

2025 exposed a shift that had been forming for years. Security operations were not slowed by limited visibility or weak tooling. They were slowed because the effort required to interpret growing volumes of data increased faster than staffing, budgets, or governance frameworks could support. Alert queues expanded, dashboards multiplied, cloud bills shaped retention choices, and AI arrived before most organizations had clear policies to supervise it. It was not a talent problem.

The Ransomware-as-a-Service (RaaS) ecosystem has changed the look and shape of modern day ransomware attacks. Malicious actors typically view their cybercrimes as a business, hoping to make the most amount of money with the least amount of effort. For example, according to research, AI-automated phishing attacks performed similarly to human generated ones and 350% better than the ones sent to the control group.

On April 8, 2025, the National Security Division (NSD) of the US Justice Department (DOJ) implemented the Data Security Program (DSP).

If Darth Vader and the rest of the Empire made one major strategic mistake, it was failing to understand the important role that the human element plays in security. Convinced of their superiority, the Empire’s leaders assumed that the Death Star was impenetrable. However, in the end, it was a scientist and his team who compromised the technology by building in a backdoor.

A security information and event management (SIEM) solution aggregates and correlates data from across the organization’s complex, interconnected environment. Modern enterprise IT consists of decentralized users and applications that require organizations to implement technologies that provide visibility across disparate security solutions. Simultaneously, SIEMs have a reputation for being difficult and expensive to manage.

The irony of being an adult working in IT and security is that where having your head “in the clouds” was inappropriate as a child, today most of your activities require you to have your head in the cloud. Organizations moved their business operations to the cloud because they could achieve various operational benefits, like improved collaboration and reduced costs. Yet, many companies still maintain an on-premises SIEM.

Security leaders spent most of the past year testing AI driven security automation. Many discovered that the promise of fully autonomous SOC operations collided with the reality of hallucinations, opaque recommendations, and inconsistent outcomes. McKinsey research now shows that more than 80 percent of organizations have not realized meaningful results from gen AI programs.

The evolution of your security stack is similar to the different phases of buying cars. In the beginning, you just need enough to transport a few items, maybe yourself and a few friends. The inexpensive two-door hatchback is perfect. However, as your family grows, whether with small humans or pets, you increasingly need more space and more capacity, leading to purchasing a four-door sedan or, even, a mini-van.

Most teams think of data lakes as cold storage. A long-term archive. A place to keep logs “just in case” while budgets tighten and ingest volumes rise. Functional, sure. But limited. The traditional data lake keeps everything, helps occasionally, and rarely fits the way analysts work. Graylog approaches the data lake differently. In Graylog 7.0, the data lake is not a warehouse. It is a pressure release valve for teams overwhelmed by storage cost, investigation delays, and cloud data sprawl.

In the original Star Trek television show, Captain Kirk would slightly recline in a command chair with various buttons that allowed him to deploy different technologies. Regardless of the alien threat, he had the necessary tools at his disposal to protect the Enterprise and his staff. An organization’s security operations center (SOC) acts as the Captain Kirk “command chair” for all security activities.