Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

On March 13th 2025, our malware analysis engine alerted us to a potential malicious package that was added to NPM. First indications suggested this would be a clear-cut case, however, when we started peeling back the layers things weren’t quite as they seemed. Here is a story about how sophisticated nation state actors can hide malware within packages.

Our Aikido Intel team has been identifying undisclosed open-source vulnerabilities using LLM-driven analysis and human verification. Now, we’re expanding our supply chain security research to detect and track malware in open-source packages, cheaper, better, & faster than what exists today.

Containerization, a form of lightweight virtualization, lets applications inhabit their own self-contained environments. Each container packages everything an application needs to run – code, runtime, libraries – keeping it neatly separated from everything else. This isolation is a big deal because it means a problem in one container won’t bring down the whole environment.

Over the years, we have framed our Application Security features against market-defined product groupings such as Web Application Firewall (WAF), DDoS Mitigation, Bot Management, API Security (API Shield), Client Side Security (Page Shield), and so forth. This has led to unnecessary artificial separation of what is, under the hood, a well-integrated single platform.

Financial institutions face a tricky balancing act: they need to innovate quickly while also following strict compliance rules in an environment where security is paramount. Recently, Snyk's Field CTO, Steven Schmidt, sat down with Mihai Saveschi, Senior Director of Security Service Management at CIBC, for a fireside chat to discuss these pressing issues. We’ve pulled key insights from their conversation on some of the most pressing AppSec challenges facing financial services organizations today.

Imagine building a high-tech security fence around your house but leaving open doors and windows with crumbling roofs. Would you still feel safe? That’s precisely what happens when organizations deploy Runtime Application Self-Protection (RASP) without Vulnerability Assessment and Penetration Testing (VAPT). Many security leaders assume that because RASP offers real-time threat detection and mitigation, it eliminates the need for proactive security testing. But this is a dangerous misconception.

Dynamic Application Security Testing (DAST) is a cornerstone of web application security, allowing organizations to detect vulnerabilities that are actually exploitable in runtime – minimizing false positives. However, managing security findings across multiple tools can prolong risk assessments, prioritization, and remediation. Jit users who want to leverage Invicti, one of the best DAST solutions in the market, have had to manage security findings in a completely separate interface.

Security posture management has become exponentially more complex for organizations developing and managing a vast ecosystem of applications. Evolving architectures like microservices, hybrid cloud infrastructures, and frequent release cycles introduce constant change and challenges. Amid these growing challenges are the existing security gaps organizations are struggling to address.

The tj-actions/changed-files GitHub Action, which is currently used in over 23,000 repositories, has been compromised, leaking secrets through workflow logs and impacting thousands of CI pipelines. All tagged versions were modified, making tag-based pinning unsafe. Public repositories are at the highest risk, but private repos should also verify their exposure.

Security teams are overwhelmed. Whether it’s alert overload, a growing backlog of vulnerabilities, or fragmented security data, there’s no finish line in sight. The State of Software Security 2025 report reveals that security debt is rising and flaws times are increasing. Meanwhile, the traditional tools many teams leverage fail to provide the context needed to track risks across the application lifecycle and, importantly, to prioritize them.

Every hype cycle brings fresh security concerns, and AI is no exception. AI governance might sound like uncharted territory, but it’s really just another evolution of the same security principles AppSec teams have been applying for years. The fundamentals—secure coding, risk management, compliance, and policy enforcement—haven’t changed.

Web application firewalls (WAFs) are one of the most commonly used tools that organizations deploy to protect their applications at runtime. By monitoring HTTP traffic and filtering out suspicious requests, WAFs act as a protective layer around an application that protects it from certain types of incoming threats. However, WAFs often fall short of expectations.

You want to know the real answer to two questions about Docker security.

You’ve heard about JavaScript SQL injection attacks before, but you’re not entirely sure what they look like in the wild or if you need to worry about them in the first place. Maybe you’re trying to figure out just how bad it could be. In short, if you’re building apps using SQL databases, like MySQL and PostgreSQL, you’re at risk—you’re not safe from attack methods plaguing developers and their databases for decades.