Ignore false positives safely with ggshield secret ignore

In this section, we cover what to do when ggshield finds something you don’t actually need to remediate, like a false positive, an intentionally fake credential in a demo repo, or a known non-sensitive test value. ggshield secret ignore lets you mark specific findings as ignored by adding them to the secrets.ignored_matches section of your local configuration. If your repo doesn’t already have a local config file, ggshield will create a.gitguardian.yaml file for you.

What is Safe Remediation in Check Point Exposure Management's Offering?

Safe Remediation is the process of turning validated exposure insights into coordinated, non-disruptive fixes across security controls ensuring teams can reduce risk quickly without breaking production. More specifically, Safe Remediation includes: Validation before enforcement Remediation without downtime Automated, coordinated action across controls Preemptive blocking of attacker infrastructure Safe-by-design automation Safe Remediation ensures that exposures are fixed quickly, automatically, and without operational risk – turning detection into trusted, validated action.

Your app store listings are changing without you noticing. Here's why it matters.

Most teams treat an app release as the finish line. The build clears CI/CD checks. Security scans pass. The app ships. Celebrations follow. But for mobile apps, the real exposure often begins after release, inside app stores, where metadata lives a completely different lifecycle from your code. App store listings are not static assets. They evolve constantly: What your team approved on day one may look very different to users on day ten.

How modified APKs disguise themselves as your app across third-party stores

Attackers don’t need to breach your infrastructure to harm your users. They don’t need source code access, credentials, or backend vulnerabilities. They just need your public APK. Once your app is publicly available, attackers can download it, decompile it, inject malicious code, repackage it, and redistribute it through third-party app stores and unofficial marketplaces.

MongoBleed (CVE-2025-14847): How to Fix the Critical MongoDB Memory Leak

CVE-2025-14847, nicknamed MongoBleed, is a high-severity (CVSS 7.5–8.7) unauthenticated information disclosure vulnerability in MongoDB Server. It allows remote attackers to leak uninitialized heap memory containing sensitive data—such as credentials, API keys, session tokens, and PII—without authentication. Exploitation occurs pre-authentication via malformed zlib-compressed network packets on port 27017.

Brand Abuse in App Stores: Why Fake Apps Keep Winning & What Security Teams Miss

Brand abuse in app stores is no longer opportunistic. It has become repeatable, scalable, and persistent. Attackers do not publish one fake app and disappear. They operate in cycles. A fake app is uploaded, value is extracted, a takedown occurs, and a near-identical version reappears under a new developer identity. This loop runs continuously across regions, marketplaces, and distribution channels. For security teams, this changes the mandate.

Managed Bot Protection for Education Institutions: Prevent Credential Abuse and Downtime

This growing exposure is reflected in real-world threat data. The Huntress 2025 Cyber Threat Report found that the education sector accounted for 21% of all cyber incidents observed last year, underscoring how frequently schools and universities are targeted. The report also highlights a strong presence of automated and data-driven attacks, with malicious scripts making up 24% of education-focused threats, followed by infostealers (16%), malware (13%), and ransomware (7%).

How Managed DDoS Protection Keeps Education and EdTech Platforms Resilient

Globally, schools and universities now face over 4,300 cyberattacks per week on average, marking a 40% year-over-year increase and making the education sector a prime target for disruptive DDoS attacks. Most educational institutions operate with lean IT teams responsible for infrastructure, user support, and security. This resource constraint makes it difficult to withstand prolonged or application-layer DDoS attacks that can quickly disrupt learning platforms and administrative systems.

Managed DDoS Protection for Insurance: Why Always-On Defense Is Essential

According to the State of Application Security 2025, web applications faced a sharp rise in hostile traffic, with 4.8 billion attacks blocked and 1.52 billion DDoS incidents affecting nearly 70% of monitored applications. APIs became the primary target, seeing 388% more DDoS attacks per host than websites, signaling a shift toward precision, application-layer disruption.