Most teams spend more than 40 hours a week just keeping their payment page script inventories updated. And that’s meticulous work as they have to load the page, watch what scripts fire, map domains, and compare it all to the last version, just to ensure the changes are documented before the details go stale. Also check out How to Maintain PCI Compliance Across Hundreds of Payment Pages But for organizations with 50 to more than 200 payment pages, it goes even further.

On 29 November 2025, researcher Lachlan Davidson reported a critical React vulnerability that allows unauthenticated remote code execution via specially crafted React Server Function payloads. This vulnerability was disclosed as CVE-2025-55182 (React) and CVE-2025-66478 (Next.js) and is rated CVSS 10.0. A public proof concept has also been released so patching is of utmost importance.

Windows patch management is the practice of deploying and managing feature updates, bug fixes, and security patches at scale for Windows operating systems and applications. These updates go beyond adding new features, acting as critical safeguards that address vulnerabilities attackers commonly target.

Managing access can become tedious and clunky. Someone always ends up with too much power, someone else is locked out when something’s on fire, and no one remembers who approved what in the first place. It’s the slow creep of “we’ll fix it later.” However, that “later” is catching up.

Microsoft 365 has become the backbone of modern business productivity, with more than 450 million paid seats and over 300 million monthly Teams users. But this widespread adoption comes with a sobering reality: Microsoft 365 is now a prime target for cybercriminals worldwide.

Data is no longer confined to a few clean relational systems. It now flows through microservices, data lakes, event streams, vector databases, and LLM pipelines. Sensitive information spreads quickly, and once it reaches ungoverned surfaces—logs, analytics exports, embeddings—it becomes extremely painful to unwind. Tokenization is one of the few controls that can both minimize data exposure and preserve business functionality.

A critical vulnerability, CVE-2025-66478, has been identified in Next.js applications using React Server Components (RSC) with the App Router. This vulnerability receives a CVSS score of 10.0 and a Bitsight Dynamic Vulnerability Exploit (DVE) score of 7.85. This vulnerability may allow remote code execution (RCE) when affected servers process attacker-controlled RSC requests. CVE-2025-66478 is tied to an upstream React issue (CVE-2025-55182–DVE score 9.15) affecting the RSC protocol implementation.