Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The second annual Remediation Operations Report from Seemplicity paints a clear picture: while organizations are investing more in security, they’re not necessarily getting faster or more effective at fixing what matters. This year’s data highlights a growing gap between strategic intent and day-to-day execution. Security leaders want to move faster, collaborate better, and prioritize smarter. But process bottlenecks and legacy workflows keep getting in the way.

This blog explores exploitable vulnerabilities meaning by demystifying the concept and explaining what the phrase actually entails – both as a category and in the context of specific threats. Understanding which vulnerabilities can be actively exploited – and learning how to address them – is essential for any organization striving to stay secure.

When it comes to exposure management, actionable context is key. Security teams don’t just need data – they need the right insights, in the right place, at the right time to drive remediation activities. That’s why seamless integrations between security and workflow tools are essential. At Seemplicity, building these integrations quickly and effectively isn’t just a goal, it’s a core competency.

The recent financial crisis surrounding MITRE and the CVE program has sent shockwaves through the cybersecurity industry. For decades, CVEs have been the de facto index of software vulnerabilities. They’ve structured how we communicate, prioritize, and track issues across the ecosystem. But now, with their future uncertain, we’re forced to ask: what if the CVE system collapses? And more importantly—what should come next?

At Seemplicity, we’re always evolving our Remediation Operations Platform to help teams remediate faster, collaborate more efficiently, and reduce risk. Our April release introduces several powerful enhancements across automation, AI, data exploration, and reporting. Here’s a look at what’s new.

You’ve heard it a hundred times – security is everyone’s responsibility. But when security starts slowing things down, it’s usually engineering teams that feel the pain. Nobody wants to be the one responsible for shipping vulnerabilities into production, but at the same time, nobody wants security to be the reason releases grind to a halt. This is the dilemma DevSecOps was supposed to solve – bringing security into the development process without breaking everything.

The security industry has reached a turning point with AI. It’s no longer just hype, as AI has now become a critical part of day-to-day cybersecurity operations. According to The Rise of AI-Powered Vulnerability Management, the latest report from Seemplicity and Dark Reading, 86% of security teams now use some form of AI in their security stack. More than half of respondents say AI is already crucial to their work.

The regreSSHion vulnerability generated a lot of buzz and attention in mid-2024 that has since faded away. That’s in part because there’s no evidence that it was ever exploited. But, I argue it’s simply too dangerous not to patch, and that your vulnerability program needs to be flexible enough so that you can escalate exceptional cases like regreSSHion.

In December 2024, the Cybersecurity and Infrastructure Security Agency (CISA), National Security Agency (NSA), Federal Bureau of Investigation (FBI) and International Partners published a guide for “protecting communications infrastructure” in response to the discovery that a stealthy Chinese government threat actor, Salt Typhoon, had infiltrated a number of US telecommunications firms.

Let’s be real—spreadsheets have been the go-to tool for vulnerability management for years. They’re easy to set up, familiar, and flexible. But here’s the hard truth: they’re costing you time, accuracy, and security. Imagine trying to track thousands of vulnerabilities across an ever-changing attack surface using a tool designed for budgeting, not security.