Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The threat landscape now includes fileless attacks, zero-day exploits, and sophisticated lateral movements that evade signature based defenses. Basic antivirus or simple endpoint agents leave gaps that adversaries exploit. When today’s attackers bypass static defenses or hide in legitimate processes, security teams struggle with delayed alerts, false positives, and lengthy investigations. That fumbling window can lead to data loss, system encryption, or persistent footholds.

In cybersecurity, speed matters. But so does clarity. When your organization is facing hundreds or thousands of known vulnerabilities, not every one deserves immediate attention. The real challenge is knowing which ones do and acting fast. That’s where the integration of threat correlation and extended detection and response (XDR) comes in. Vulnerability remediation isn’t just about patching; it’s about remediation with context.

I’ve spent my career building solutions to protect the API fabric that powers modern businesses. I founded Salt because I saw that traditional security tools such as WAFs, gateways, and CDNs weren’t designed to see or secure APIs. That gap led to breaches, blind spots, and billions in risk. Today, we’re facing a new wave of risk that’s even bigger than the last. The rise of Agentic AI has brought us to a true inflection point. Agentic AI isn’t just another software layer.

As infrastructure becomes more automated and distributed, the number of Non-Human Identities (NHIs) within enterprise environments has quietly surpassed that of human users. These NHIs now play a foundational role in everything from DevOps pipelines to AI-powered workflows, often relying on secrets like API keys, certificates and tokens to access systems and perform critical tasks. While NHIs are doing more, they’re being secured less.

In 2024, the average ransom payment surged to nearly $4 million, more than double the previous year, while over 70% of ransomware incidents involved data encryption (Source: The Latest Ransomware Statistics & Trends ). These figures underscore the growing scale and sophistication of ransomware threats. As attackers refine their tactics and target critical infrastructure, organizations must adopt a more strategic and proactive approach to detection and response.

Staying compliant has never been more complex or more critical. With evolving regulations, expanding tech stacks, and increasing third-party exposure, today’s security and compliance teams are under constant pressure to reduce risk while upholding trust. Understanding the latest trends is key to staying ahead. ‍ This roundup of security and compliance statistics brings together the most up-to-date data on regulatory readiness, breach impact, automation, vendor risk, and more.

In 2020, a DevOps team at a mid-sized fintech startup almost lost its entire source code. A failed container update caused a cascading failure in their self-hosted GitLab instance. The backup was… somewhere. No one checked it in weeks. The recovery process took three days. The cost was around $70,000 in downtime and customer compensation. The event wasn’t a matter of not having a backup strategy. It was a matter of assuming someone, somewhere, had run the proper function at the right time.

In a world of digital security and authentication, JSON Web Tokens (JWTs) have risen as a secure and lightweight way to transmit user information between services. JWTs are used for everything from single sign-on to API authorization, and they play a key role in modern web development. This article will answer the questions of what JWTs are, how they work, and how to use them securely, while referencing five leading articles on the topic.

Outpost24’s threat intelligence researchers have been analyzing a corporate database seller known as “Lionishackers”. They’re a financially motivated threat actor focused on exfiltrating and selling corporate databases. This post explores how they operate, where their attacks are taking place, and the current level of threat they pose.

In the race to secure modern enterprises, Zero Trust Network Access (ZTNA) is gaining speed, and has become the default remote access solution for many enterprises. But while ZTNA is a fabulous on-ramp to Zero Trust and a broader security strategy, it’s not enough to secure the win on its own. Operationalizing Zero Trust requires takes than just access control. It requires a security platform play: convergence, continuous risk evaluation, and visibility across every edge.