Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

4 Phases, 357 Crashes, 2 Bugs: What AFL++ Campaign Actually Looks Like

357 crash files. 2 real bug sites. That’s the outcome of this AFL++ campaign after roughly 8.5 billion executions across multiple harnesses, binaries, and phases. At first glance, everything looked like success. Crashes were increasing steadily. New inputs were being generated every few seconds. Coverage appeared to improve over time. From a surface-level perspective, the campaign looked productive. Then triage began.

Gemini XSS Vulnerability: When AI Executes Malicious Code

Artificial intelligence is no longer just generating text. It generates and executes code in real time. With tools like Google Gemini, features such as code canvases and live previews are turning AI systems into interactive execution environments. This shift introduces a new and rapidly growing category of risk: AI security vulnerabilities tied to real-time code execution.

Android Component Security: Common Misconfigurations That Expose Mobile Apps

When teams think about Android app security, the focus is usually on code for encryption, obfuscation, or binary protection. But in practice, many of the most critical Android app vulnerabilities don’t originate in code at all. They come from misconfigurations. Issues in the AndroidManifest, insecure component exposure, and unsafe inter-app communication often create direct entry points for attackers. These are not edge cases. They are common, repeatable, and frequently exploited.

How to Protect Your Privacy with a Temporary SMS Number | Easy and Effective Solutions

In an age where digital privacy is a major concern, finding effective ways to protect your personal information is essential. One of the best tools for maintaining your privacy is a temporary SMS number. This simple yet powerful solution can help you manage online interactions securely and discreetly. Let's explore what a temporary SMS number is, how it works, and why it's a valuable addition to your privacy toolkit.

Common Mobile Data Security Mistakes Businesses Make

Businesses rely on mobile devices more than ever, yet many teams still underestimate how easily mobile data can slip into the wrong hands. A single unsecured mobile device can expose personal information, business emails, and even sensitive account numbers. Employees move between offices, homes, and public spaces throughout the day, which increases cybersecurity risks without anyone noticing. Strong habits and clear systems reduce exposure, but many organizations repeat the same mistakes that weaken data security and create preventable vulnerabilities.

How Scammers Use Travel SIM Sales to Steal Identity Documents

Most organisations spend serious money on firewalls, endpoint protection, and threat monitoring. Yet one of the most commonly exploited attack surfaces gets far less attention: the APIs quietly running underneath almost every modern application. APIs are the connective tissue of today's digital infrastructure. They allow apps to talk to each other, enable third-party integrations, and power the real-time data exchanges that businesses depend on daily. They are also a favourite target for attackers who know that many organisations have not secured them properly.

How to Implement Mobile AppSec in a CI/CD Pipeline

For many engineering teams, CI/CD security appears to be working. Static scans run automatically. Vulnerabilities are flagged. Security checks exist somewhere in the pipeline. Yet issues still surface after release. The reason is rarely the absence of tools. More often, it is the absence of structural enforcement across the build lifecycle. Security controls run inside the pipeline, but they do not always guarantee that the artifact being tested is the same artifact that ultimately reaches users.

Web Design Mistakes That Hurt Conversions and How to Fix Them

Sales and/or inquiries may not always follow from a visually appealing website. Most companies make costly web design errors that subtly turn off potential clients when they focus all of their energy on graphics and neglect usability and performance. In case conversions stop, it is not because of traffic, but because of experience.

Continuous Mobile Security Lifecycle: Appknox's Guide for Enterprise AppSec

Mobile app risk rarely emerges from negligence. It emerges from fragmentation. In most enterprises, security is applied in stages: Each control works in isolation. None governs how risk evolves over time. Mobile applications are distributed, long-lived systems. Once deployed, they operate outside centralized infrastructure control, exposed to shifting SDK dependencies, evolving APIs, regulatory change, and adaptive adversaries. Security gaps rarely appear within a stage. They appear in the transitions.