There is a huge category of different vulnerabilities that arises due to ineffective or absent control and relates to insecure design practices. Those vulnerabilities are found in various systems, including software, applications, network protocols, and hardware devices, and are a major concern nowadays.

Early 2023 has been characterized by an explosion of Artificial Intelligence (AI) breakthroughs. Image generators and large language models (LLMs) have captured global attention and fundamentally changed the Internet and the nature of modern work. But as AI / Machine Learning (ML) systems now support millions of daily users, has our understanding of the relevant security risks kept pace with this wild rate of adoption?

Vulnerability scanning and penetration testing should be an essential part of your cybersecurity strategy. This blog discusses the above methods in the context of securing your web applications, including the benefits, drawbacks, and compliance implications. Table of contents: What is a vulnerability scan? What is a penetration test? What are the drawbacks of the traditional pen test model? Should I only to pen tests, vulnerability scans, or both?

This supply chain series centers on the lessons learned from OpenSSL and what you need to consider when enhancing your supply chain security. While this series will focus on OpenSSL and relevant libraries, we'll also consider vulnerabilities across the board. In the first installment, we covered everything you need to know about where to look for vulnerable libraries.

Java is a powerful backend programming language that can also be used to write HTML pages for web applications. However, developers must know the potential security risks associated with Cross-Site Scripting (XSS) attacks when creating these pages. With the rise of modern templating frameworks, preventing security attacks through proper input validation and encoding techniques has become easier.

Earlier today, April 25, 2023, researchers Pedro Umbelino at Bitsight and Marco Lux at Curesec published their discovery of CVE-2023-29552, a new DDoS reflection/amplification attack vector leveraging the SLP protocol. If you are a Cloudflare customer, your services are already protected from this new attack vector.

Researchers from Bitsight and Curesec have jointly discovered a high-severity vulnerability — tracked as CVE-2023-29552 — in the Service Location Protocol (SLP), a legacy Internet protocol. Attackers exploiting this vulnerability could leverage vulnerable instances to launch massive Denial-of-Service (DoS) amplification attacks with a factor as high as 2200 times, potentially making it one of the largest amplification attacks ever reported.

Today, security and development teams are drowning in vulnerabilities. Most security tools identify issues, but don’t provide reliable prioritization or simplify remediation. To help solve these challenges, Sysdig runtime vulnerability management – part of Sysdig’s Cloud Native Application Protection Platform (CNAPP) – provides a runtime image scanner coupled with an eBPF probe to analyze container behavior and identify the vulnerable packages that are in use at runtime.