Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

MongoBleed: Inside CVE-2025-14847 & How to Secure Your Infrastructure

In the world of database security, few things are as alarming as an unauthenticated memory leak. It recalls the panic of OpenSSL’s Heartbleed - a vulnerability where a simple heartbeat request could bleed out sensitive secrets from a server's memory. Now, MongoDB users are facing their own version: CVE-2025-14847, widely dubbed "MongoBleed".

How Seal Security Helps You Meet FedRAMP Vulnerability Detection and Response Standard

Earlier this year, FedRAMP RFC-0012 signaled a coming shift in how cloud service providers (CSPs) working with the U.S. federal government are expected to handle vulnerabilities. It outlined plans to move FedRAMP away from simple CVSS-score thresholds and toward continuous, context-aware, exploitability-driven, and automation-first vulnerability management.

Close the "Unfixable" Vulnerability Gap

30% of open source vulnerabilities are marked “unfixable”. Not because they can’t be fixed but because traditional tools stop there. Your customers don’t care. They just see unresolved CVEs. And they won’t sign off on software that fails a scan. That’s where the real business risk lies. In mid-size software companies, “unfixable” means delayed deals, failed audits, and lost revenue. Seal Security was built to close that 30% gap.

What are you doing to stay safe from supply chain attacks?

Automatic updates were supposed to make us safer. Instead, they’ve become one of the easiest entry points for supply-chain attacks. When a public repository is compromised, an attacker uploads a malicious version and waits, for 30 minutes to a few hours, before the community detects and removes it. During that window, automated tools like Dependabot can pull that version straight into production. That small window of time is enough to compromise thousands of systems.

The Real Remediation Bottleneck

Most teams think vulnerability scanning equals progress. But scanning without effective remediation is just expensive noise. Two things block real fixes: Meanwhile, our own research shows as much as 30% of vulnerabilities in transitive dependencies remain unresolved, simply because upgrades break production. That means most organizations aren’t “secure”. They’re sitting on unfixed issues their scanners excluded.

CVSS 10.0 CVE in React & Next.js: How You Can Stay Safe

On December 3rd, CVE-2025-55182 was published by CISA. This CVSS 10.0 vulnerability allows unauthenticated remote code execution, where a threat actor can exploit a flaw in React’s process to decode payloads sent to React Server Function endpoints. It is important to note that while not every team is using React Server Function endpoints in their app, they still may be vulnerable if their app supports React Server Components.