Bug bounty hunting is a process where security researchers or hackers actively search for and identify security vulnerabilities or "bugs" in web applications, IoT devices, mobile applications, or even smart contracts. These vulnerabilities can range from relatively simple issues like cross-site scripting (XSS) or SQL injection to more complex and critical weaknesses that could potentially compromise the security and privacy of users' data.

When a security incident happens, it’s one thing to reactively fix the issue, sweep it under the rug, and move on. It’s a whole other to respond to the situation with a proactive, forward-facing response — not only solving the existing issues but preparing the entire organization for the future. DISH Network did just that, responding to a significant security incident with new, shift-left initiatives that made their security and development teams stronger than ever.

McKinsey is calling 2023 “generative AI’s breakout year.” In one of their recent surveys, a third of respondents reported their organizations use GenAI regularly in at least one business function. But as advancements in AI continue to reshape the tech landscape, many CCISOs are left grappling with this question: How does AI impact software development cycles and the overall security of business applications?

On January 11th, 2024, a significant security vulnerability was disclosed in Jinja2, a widely used Python templating library. Identified as CVE-2024-22195, this cross-site scripting (XSS) vulnerability has raised concerns due to its impact on numerous projects. Jinja2 boasts over 33 million weekly downloads, nearly 10,000 GitHub stars, and over 90,000 dependent projects. The vulnerability affects all versions prior to 3.1.3, with the patched version 3.1.3 being the only safe option.

Transforming what we learned in 2023 to new learning in 2024 will be an exciting and fulfilling journey. In 2023, we saw a huge surge in the use of AI, including cyberattacks utilizing AI and machine learning. We are also seeing an increased awareness in the need for application security posture management (ASPM). Snyk has also launched its own ASPM solution — Snyk AppRisk — designed to help AppSec teams implement, manage, and scale their security programs.

As applications and their software supply chains become more complex, designing an AppSec program that is agile enough to keep pace, while still providing a clear, enterprise-wide view of risk requires a deep understanding of applications — depth that covers every line of code and package from development all the way to their live, running state.

Python, as a versatile and widely used programming language, has an extensive ecosystem of modules and packages. As you navigate this ecosystem, it's important to understand the role of virtual environments. In this article, we will delve into what virtual environments are, why developers need them, and some common tools for creating Python virtual environments.

“Not another AI tool!” Yes, we hear you. Nevertheless, AI is here to stay and generative AI coding tools, in particular, are causing a headache for security leaders. We discussed why recently in our Why you need a security companion for AI-generated code post. Purchasing a new security tool to secure generative AI code is a weighty consideration. It needs to serve both the needs of your security team and those of your developers, and it needs to have a roadmap to avoid obsolescence.

In this guide, we'll dive into the powerful combination of Platformatic and Fastify, unlocking rapid backend development with an emphasis on robustness and security. Whether you're a seasoned Node.js developer or just starting out, this article is a helpful start to enhancing your familiarity with Node.js PaaS environments such as Platformatic.

On December 20, 2023, NIST updated a CVE to reflect a new path traversal vulnerability in struts-core. This is CVE-2023-50164, also listed on the Snyk Vulnerability database, with 9.8 critical severity CVSS. If you’ve been doing cybersecurity long enough, you remember the 2017 Equifax breach, which also took place due to an unpatched Struts vulnerability. In this post, I outline the issue, discuss its severity, walk you through a proof-of-concept exploit, and provide remediation advice.