Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

In traditional cybersecurity, Security Posture Management (SPM) is an essential discipline. Organizations routinely monitor their cloud configurations, SaaS applications, and infrastructure for misconfigurations and vulnerabilities that could expose them to threats. It’s a recognition of a fundamental truth that even the most sophisticated security systems are only as strong as they’re configured to be.

Even the best-prepared teams can stumble when an information security (IS) issue surfaces; the real risk isn’t just the incident itself, but how quickly and clearly your employees know what to do next. When an alert goes off, every second counts: Who do they call? Which system do they isolate? What’s the escalation path? Without a well-defined, practiced response plan, confusion can spread faster than the threat.

At Bitsight, one of the responsibilities of the Vulnerability Research team is to develop fingerprinting methods to not only identify exposed services, but also vulnerabilities in those services. When it comes to detecting vulnerabilities, there are increased challenges depending on the complexity of both the vulnerability and the vulnerable service.

The real horror story is happening inside SOCs every single day. Analysts are buried alive under endless alerts. Silent screams when critical threats slip through. Empty chairs as burnout claims another teammate. Here are the five nightmares every SOC analyst knows too well — and how Torq HyperSOC turns them from never-ending sequels into closed cases.

CSPM tools thrived by making cloud posture issues easy to find, but posture alone didn’t stop breaches. The market evolved into CNAPP – uniting posture, runtime, identity, and shift‑left – to deliver protection, not just visibility. DSPM is on the same trajectory: discovery and classification at rest are necessary but insufficient, especially as AI fragments data into shareable snippets that evade label‑centric controls.

CYJAX has expanded its ransomware group coverage, giving clients broader visibility and faster intelligence on emerging threats. This blog highlights the surge in global ransomware attacks and explains how this product update enhances organisational resilience in an evolving threat landscape.

In October 2025, researchers uncovered a phishing operation that weaponizes the npm ecosystem, but this time not to infect developers at install time, but rather to host and deliver phishing scripts via the trusted unpkg.com CDN.

Romance fraud is one of the most sophisticated cybercrimes affecting people online. Every year, thousands of people are exploited through their desire for human connection.

Many teams believe that cross-site scripting, or XSS, is a problem of the past. Modern frameworks promise built-in protections, and developers often assume the browser will handle the rest. The reasoning sounds logical: if React auto-encodes output, XSS can’t happen. However, XSS prevention doesn’t work on assumptions; it works on visibility. We’ve learned that XSS prevention is about maintaining continuous control over the browser environment where your application runs.

Relying on disjointed, manual security processes creates bottlenecks that delay software releases and increase business risk. As development accelerates, security teams struggle to keep pace, leading to a rise in security debt and a greater likelihood of breaches. Investing in the right AppSec tools is no longer a technical decision; it is a strategic business imperative.