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PCI DSS 4.0.1 Compliance at Scale: A Practical Guide for Payment Processors SAQ D

Guide for Payment Processors SAQ D begins with a major challenge in today’s digital payment landscape. Payment processors must secure payment pages across thousands of merchant websites, far beyond managing a single payment system. Let’s put this in perspective: Real-world example: A payment processor with 10,000 merchants needs to monitor approximately 30,000 payment pages daily. That’s 30,000 potential points of vulnerability requiring constant surveillance.

What is Sensitive Data? Sensitive Data Definitions, Types & Examples

Sensitive data is information that must be protected against unauthorized disclosure. It can be in physical or electronic form and includes PII (Personally identifiable information), PHI (Protected health information), and more. There are three main types of sensitive data that hackers and malicious insiders tend to exploit: personal, business, and classified information.

Exploited! PANOS Authentication Bypass Vulnerability (CVE20250108)

Recently, Palo Alto Networks disclosed CVE‑2025‑0108—a high-severity authentication bypass in the PAN‑OS management web interface. Although the flaw does not enable remote code execution, it compromises the confidentiality and integrity of management functions. In this post, we’ll break down the technical details, discuss the exploitation methodology, illustrate configuration and code examples, and outline effective mitigation strategies.

Artificial Intelligence Security Posture Management (AISPM): An Explainer

As AI Agents continue to revolutionize everything about how business is done, ensuring the security of these agents has become paramount. While organizations have rushed to adopt DLP processes and whitelist/blacklist policies to block the use of malicious prompts, it’s worth noting that DLP and firewalls have been around for a very long time and have proven limited in mitigating the risks of users copy/pasting sensitive information onto the internet.

Runtime security in cloud environments: what you need to know

Unlike static environments, cloud workloads are constantly shifting, with containers and virtual machines spinning up and down, and crucial sensitive information flowing dynamically across multiple platforms. Recent incidents, such as the increase in container-based malware infections and cloud misconfigurations resulting in major data breaches, have highlighted the need for runtime security.