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Detecting & Patching Vulnerabilities with Continue and Snyk MCP

Integrate security directly into your AI coding workflow. Learn how to use the open-source Continue AI coding assistant with Snyk Studio's Model Context Protocol (MCP) to automatically detect, fix, and verify high-severity vulnerabilities like SQL Injection, all without leaving your IDE.

6 Key Components of a Robust AI Compliance Strategy

Ensure safe AI adoption and development with a robust AI compliance strategy. Explore the key components and how to prepare for evolving regulations here.

This NEW Model is FAST! (Windsurf SWE-1.5)

AI Threat Hunting: Transforming Cybersecurity Through Intelligent Automation

Discover how AI-driven threat hunting transforms cybersecurity by detecting hidden threats, automating analysis, and strengthening defense strategies against evolving cyberattacks.

Personalization in Vibe Coding

The rise of vibe coding and personalized AI agents is transforming development, but the 'Vibe Coding Hangover' introduces critical security and maintainability risks. Discover how to move from unreviewed, risky code to responsible, secure AI-assisted development.

The New Era of AppSec: Is DAST to SAST Correlation Finally Possible?

The Total Economic Impact™ of Snyk | Snyk Customers Achieved 288% ROI

Cursor 2.0 Composer Model in Action

Closing the Gaps: How to Secure APIs Across the Development Lifecycle

How Snyk Supports Your Compliance Journey: 5 Steps to Operationalize AppSec

AI Code Guardrails: A Practical Guide for Secure Rollout with Windsurf

How I Use Codex Efficiently (OpenAI) PART 2

How I Use Codex Efficiently (OpenAI)

What Is Threat Modeling and Why Is It Essential for DevSecOps?

Learn how continuous threat modeling strengthens DevSecOps by identifying, prioritizing, and mitigating risks across evolving code, data, and pipelines.

Patching Detected Vulnerabilities with Factory AI and Snyk Studio

Factory AI Droids and Snyk MCP streamline vulnerability patching. Learn how specialized AI agents integrate for automated security fixes and DevSecOps.

Defending Against Glassworm: The Invisible Malware That's Rewriting Supply Chain Security

Defend against Glassworm, the invisible malware rewriting supply chain security. Learn how anti-trojan-source detects and prevents these Unicode attacks, protecting your VS Code extensions and credentials.

What Users Want When Vibe Coding

Vibe coding promises speed but delivers tech debt & security risks. Developers need guardrails, not just velocity, to avoid production disasters, cost explosions, and skill erosion. Learn what users truly want for AI-assisted coding.

Reducing False Positives: Best Practices for App Security Testing

What Is Threat Modeling and Why Is It Essential for DevSecOps?

Learn how continuous threat modeling strengthens DevSecOps by identifying, prioritizing, and mitigating risks across evolving code, data, and pipelines.

How to Add MCP Servers to Goose

AI in Ethical Hacking: Revolutionizing Cybersecurity Testing

AI in ethical hacking revolutionizes cybersecurity testing. Discover how AI transforms vulnerability assessment, penetration testing, and threat intelligence with cutting-edge tools and methodologies.

Evals for LLMs: Understanding Evaluation Systems for AI Models

Learn how Eval frameworks act like pen-tests for LLMs—helping cybersecurity teams assess resilience to adversarial attacks, ensure accuracy, manage risks, and integrate security into the AI lifecycle.

How to Add MCP Servers to Kiro (Amazon)

The Highs and Lows of Vibe Coding

"Vibe coding" with AI builds billion-dollar startups fast, but it also creates massive security risks. With 40% of AI code vulnerable and major data leaks emerging, explore the highs and lows of this trend and the path to securing it.