Mobile App Security Training: A Skills Guide for Android and iOS Pentest Courses

Mobile app security training builds in layers. Foundational concepts come first. Then platform-specific depth in Android and iOS followed by fluency in OWASP's MASVS and MASTG. Finally, hands-on practice against genuine vulnerable apps. Skip the fundamentals, and gaps surface the moment an app does something unfamiliar. Practical, audit-based certification closes the last gap. It tests …

OWASP Top 10 Testing Guide: How Pentesters Validate Exploitability

OWASP Top 10 testing means validating all 10 categories in the current 2025 edition manually. Security Misconfiguration jumped from fifth to second place. Two categories, Software Supply Chain Failures and Mishandling of Exceptional Conditions, were added. A scanner handles categories like Injection well. Broken Access Control and Insecure Design depend on business logic no scanner …

OWASP AI Top 10 2026: The Rankings Just Had Their Biggest Shakeup Yet

The OWASP AI Top 10 just got a genuine shake-up, not a reshuffle. OWASP built the 2026 edition partly on real incident data for the first time, not practitioner opinion alone, and the rankings moved to match. Excessive Agency jumped from sixth to third. Improper Output Handling fell from fifth to tenth. This means that …

Active Directory Penetration Testing: How Engagements Work

Active Directory penetration testing runs through five phases. 1. Scoping the starting position. 2. Gaining an initial foothold. 3. Harvesting credentials. 4. Escalating privilege. 5. Proving domain dominance. Each phase builds on the last one's findings. The report prioritises fixes based on which finding collapses the most paths to domain control. Most breaches involving Active …

Five Kubernetes Security Gaps Attackers Chain Together

Kubernetes security testing checks whether a cluster's controls hold up under an attacker's logic, not just whether they exist on paper. There are five misconfiguration categories our testers find most often. 1) RBAC gaps granting too much access. 2) Exposed control-plane components. 3) Missing network policies. 4) Unsafe pod defaults. 5) Weak admission control. Pentesters …