Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Let’s face it: humans are creatures of habit, and nothing rattles us quite like the prospect of change. (Just ask anyone who’s dared to swap out the office coffee brand—revolutions have started over less.) According to SHRM's research on change fatigue, today’s relentless pace of disruption is exhausting employees faster than a budget ergonomic chair. But here’s where it gets fascinating—where security, HR, and fraud analysis converge in ways you might not expect.

Hashing takes your data (like a password or file) and converts it into a fixed-length code that can’t be reversed. This makes it nearly impossible for attackers to figure out what the original data was, even if they steal the hash. In this article, I’ll explain hashing in detail, including its working principles, applications, the algorithms behind it, and how to apply it correctly.

Earlier this year, we showcased how the Foundation-Sec-8B model’s chat capabilities can be leveraged within the Splunk App for Data Science and Deep Learning (DSDL) to summarize security events and provide detection suggestions. Building on its robust security expertise, Foundation-Sec-8B also supports zero-shot classification for a wide range of security tasks.

Veterans in cybersecurity are just built different. They show up like a well-timed patch, quietly, decisively, and with an instinct for risk you can't fake. When you've owned mission-critical systems where the blast radius of a mistake is measured in lives, not log lines, you develop a rare sixth sense for risk that you simply can't teach in a bootcamp.

In the first part of our series, we examined the challenges facing state and local governments as they work to secure and maintain the availability of increasingly complex digital systems. Today, we turn our focus to how collaboration—powered by shared data platforms like Splunk—can enhance incident response and overall digital resilience.

In addition to Splunk’s recognition as an 11-time Leader in the 2025 Gartner Magic Quadrant for Security Information and Event Management (SIEM), we are honored to announce that Splunk has been ranked as the SIEM solution in all three Use Cases for the second consecutive time in the 2025 Gartner Critical Capabilities for Security Information and Event Management report.

Static code analysis wasn’t always built into the development process. That means most bugs were detected during testing, after the code was already merged and deployed. By that point, fixing issues was time-consuming, expensive, and risky. Small mistakes slipped into production. Security gaps widened and quality suffered. Static analysis shifts all of that left by bringing security and quality checks into the earliest stages of development.

I’m not one to blog, but speaking with clients, peers, and colleagues, I often hear statements like “SIEM is dead” or “this is the SOC of the future.” So what do they really mean? Honestly, I’m not entirely sure either — there are so many conflicting viewpoints and ways of addressing this.