Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Save Time With GitGuardian's ML-Powered Similar Incident Grouping

GitGuardian is excited to introduce Machine Learning Powered Similar Incident Grouping, which cuts through the noise by identifying incident-specific patterns across your inventory and clustering incidents that belong together, so you can handle repetitive cases efficiently and reduce incident response toil.

Best ADR Security Solutions in 2026: Why Full-Stack Visibility Beats Siloed Alerts

What is ADR (Application Detection & Response)? A security tool that monitors application-layer behavior—API calls, function execution, code paths—to detect and respond to threats in real-time. Different from EDR (endpoint-focused) or CDR (cloud infrastructure-focused), ADR sees what’s happening inside your applications. Why do most ADR solutions fail? They only see one layer.

Meet GitGuardian's Machine Learning-Powered Risk Scoring

The GitGuardian Platform now automatically ranks every secrets incident with a risk score from 0–100, turning alert floods into a prioritized, trustworthy work queue. Scores are computed from incident context (like validity, exposure, where it was found, and exploitability) and build on existing ML capabilities like Secret Enricher and our False-Positive Remover, which cuts false positives by 80%+.

What Is the Best Security for NGINX in Kubernetes? (Beyond Configuration)

The best security combines configuration controls (TLS, headers, network policies, pod security) with runtime behavioral monitoring that detects anomalies your configuration can’t see. Configuration creates the baseline—it defines what should happen. Runtime protection catches what gets through—it shows what is happening. You need both, but most teams only have the first.

Best Cloud Workload Protection Solutions: A Runtime-First Evaluation Guide

What is a cloud workload protection platform (CWPP)? Security for the workloads actually running in your cloud—VMs, containers, and serverless functions doing real work. Unlike posture management (CSPM) that checks configurations, CWPPs monitor processes, network connections, and application behavior to catch threats as they happen. What’s the difference between CSPM, CWPP, CNAPP, and CADR? CSPM scans cloud settings for misconfigurations. CWPP protects running workloads.

Is JIT the Secret to Engineer Happiness?

Engineering teams lose hours of their work week to access bottlenecks. Shared credentials, manual checkouts, and ticket-based privileged access management (PAM) tools are poorly equipped to keep up with the speed and complexity of today’s distributed engineering environments. These bottlenecks stand in the way of critical engineering work. This can ultimately introduce real security risks (but more on that later).

See the Attack Before It Lands: What the ARMO-Rapid7 Partnership Unlocks

The ARMO-Rapid7 partnership connects broad attack surface coverage with deep cloud and Kubernetes runtime security and visibility. By correlating exposures with real workload behavior, organizations can identify meaningful risk earlier, focus remediation where it matters most, and respond to active threats with precision, improving security outcomes while operating more efficiently in cloud-native environments.

Stop buying niche tools to secure your AI. #cybersecurity #aisecurity #engineering

In his first prediction for 2026, Ev explains why that strategy is about to fail. We used to let microservices run anonymously because we had bigger fires to fight. But when all software becomes autonomous AI, anonymity is a risk you can't afford. If your software behaves like a human, why separate it from your human identity strategy? The future isn't "NHI." It's a Unified Identity Layer where humans and non-humans are managed as equals.

What Is a Dedicated Server? Full Guide, Advantages, and Use Cases

A dedicated server is one of the most powerful hosting solutions available today. Unlike shared hosting or virtual servers (VPS/VDS), where resources are distributed among multiple users, a dedicated server provides full physical hardware exclusively to one client. This makes it the preferred choice for businesses and projects requiring maximum performance, stable uptime, advanced security controls, and predictable resource allocation. In this article, we will examine how dedicated servers operate, what technical principles lie behind them, and who benefits the most from renting such infrastructure.