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SAST vs. DAST vs. IAST vs. RASP: Understanding Application Security Testing Methods

Navigate the key differences between SAST, DAST, IAST, and RASP. This guide explains how to integrate these testing methods throughout the software development lifecycle to eliminate blind spots and block real-time attacks.

BOLA: The API Vulnerability Hiding in Plain Sight

Discover why Broken Object Level Authorization (BOLA) is the #1 OWASP API risk. Learn why traditional testing tools fail to test this "hidden" flaw properly and how Snyk’s AI-powered DAST provides the context needed to stop data breaches.

Your Clawdbot (OpenClaw) AI Assistant Has Shell Access and One Prompt Injection Away from Disaster

Is your personal AI assistant secure? Dive into the agentic security risks of Clawdbot: prompt injection, supply chain, and network exposure. Discover Snyk's tools to secure your agents.

How AI Agents Still Break Security When Nothing Is Broken

AI agents can fail security without any bugs or vulnerabilities. Learn why agent behavior breaks trust boundaries and how threat modeling mitigates risk.

4 Reasons Why Dynamic Security Testing Is Critical For All Your Assets

Attackers don't just target your crown jewels; they look for the weakest link in your entire application footprint. Limiting dynamic security testing to tier-one apps leaves dangerous blind spots across forgotten APIs and internal tools. Discover why universal DAST is critical for modern risk management and how it helps teams uncover hidden vulnerabilities before they become entry points for a breach.

Inside the 'clawdhub' Malicious Campaign: AI Agent Skills Drop Reverse Shells on OpenClaw Marketplace

Snyk security researchers have uncovered the clawdhub malicious campaign targeting the ClawHub AI marketplace with Trojanized skills that drop reverse shells. This sophisticated attack uses social engineering and obfuscated scripts to compromise hosts via AI agent capabilities on Windows and macOS. Learn how to identify these threats and secure your AI supply chain against evolving agentic workflow risks.

Secure at Inception: Das neue Mandat für KI-gestützte Software-Entwicklung

Klassische Sicherheitsverfahren können mit KI-gestützter Entwicklung nicht Schritt halten. Gefragt ist eine proaktive Methodik, wie Snyk sie mit „Secure at Inception“ bietet. Erfahren Sie, wie Sie damit KI-generierten Code-Schwachstellen vorbeugen und Backlogs durch agiles Fixing mit KI abbauen.

Catch Vulnerabilities Early: Your Snyk MCP Cheat Sheet

Integrate security into AI workflows with the Snyk MCP Server cheat sheet. Learn installation, configuration, transport types, core security scanning functions (Code, SCA, IaC), and rules for agentic AI tools.

OWASP AI Exchange: a practical, “one-stop” guide to securing AI (not just GenAI)

The OWASP AI Exchange is a comprehensive open source guide for securing all AI systems, bridging the gap between traditional AppSec and modern machine learning threats. Use this practical resource to implement the G.U.A.R.D. starter plan and scale your AI security program with confidence.

From SKILL.md to Shell Access in Three Lines of Markdown: Threat Modeling Agent Skills

Discover the lethal trifecta of AI agent security risks. Learn how malicious OpenClaw Skills and supply chain attacks like ClawHavoc put your data at risk. Threat model your AI agents and secure them with Snyk Evo.

DAST vs RASP: Understanding the Differences in Application Security

Understand the critical differences between DAST and RASP to build a robust application security strategy. This guide explores how DAST proactively identifies vulnerabilities before deployment while RASP provides real-time protection during runtime. Learn how to leverage both technologies to create a layered defense for your modern software stack.

DAST in CI/CD Pipelines: Integration Strategies and Best Practices

Learn how to integrate Dynamic Application Security Testing (DAST) into your CI/CD pipelines to identify runtime vulnerabilities and environment-specific flaws. Explore proven strategies for automating scans, managing false positives, and balancing security rigor with development speed. Discover why combining SAST and DAST is essential for building a robust, developer-first security posture in modern DevSecOps environments.

5 Benefits of Using SAST and DAST Together

Discover why combining SAST and DAST is essential for comprehensive application security, from early code analysis to runtime validation. By integrating both methodologies, teams can reduce false positives, lower remediation costs, and automate security within CI/CD pipelines. Learn how to bridge the gap between development and security to build faster and more securely.

Building Secure MCP Servers: A Developer's Guide to Avoiding Critical Vulnerabilities

10 MCP Servers for Cybersecurity Professionals and Elite Hackers

Explore 10 powerful MCP servers for cybersecurity professionals and ethical hackers. Connect your AI to tools like Snyk, Nmap, and Wireshark for AI-assisted vulnerability scanning, network analysis, and security research.

Cloud Network Security: Best Practices & Essential Strategies for Protecting Modern Cloud Infrastructure

Modern cloud security requires moving beyond traditional perimeters to embrace Zero Trust, AI-driven threat detection, and quantum-safe encryption. This guide outlines essential strategies for mitigating misconfigurations and managing the shared responsibility model. Learn how to automate your incident response to stay ahead of evolving DDoS and AI-weaponized attacks.

CSPM vs SSPM: Understanding the Differences and When You Need Both

Understand the critical differences between CSPM and SSPM and why modern enterprises need both to secure their cloud infrastructure and SaaS applications. While CSPM focuses on IaaS and PaaS security, SSPM targets risks within SaaS platforms like Microsoft 365 and Salesforce.

Debunking the Top 5 Myths About DAST

Modern Dynamic Application Security Testing (DAST) has evolved far beyond its outdated reputation for being slow or noisy. This guide debunks five common myths, demonstrating how AI-driven DAST provides fast, automated runtime security that catches critical vulnerabilities static analysis often misses.

From SBOM to AI-BOM: Rethinking Visibility in AI-Native Systems

AI supply chains move too fast for SBOMs. Learn why AI-BOM is becoming the foundation for AI security and governance.

Why AI Supply Chain Risk Has Outgrown the SBOM Model

AI supply chain risk extends beyond the repo. Learn why visibility across code and developer environments is key to governing AI safely.