What Is a Hallucinated Dependency?
AI hallucinated dependencies explained. How LLMs invent non-existent packages and how attackers exploit this for supply chain attacks.
Expert insights on AI-powered coding security, vibe-based development practices, and protecting AI-generated web applications from vulnerabilities.
AI hallucinated dependencies explained. How LLMs invent non-existent packages and how attackers exploit this for supply chain attacks.
Supply chain attacks explained. How compromised dependencies and hallucinated packages threaten AI-coded applications.
Vector databases explained for developers. How vector storage powers RAG applications and security considerations for AI-coded implementations.
WAF explained for developers. How web application firewalls protect AI-coded apps from common attacks and their limitations.
Zero-day vulnerabilities explained for developers. How unknown security flaws threaten AI-coded apps and defense strategies.
AI code generation explained. How LLMs generate code, the security implications, and best practices for using AI-generated code safely.
AI hallucination explained for developers. How LLMs generate plausible but incorrect code and the security implications.
AI agents explained for developers. How autonomous AI coding agents work, their security risks, and safe deployment practices.
Embeddings explained for developers. How vector representations power AI applications and security considerations for embedding pipelines.
LLMs explained for developers. How large language models power AI coding tools and the security implications for generated code.
SBOM explained for developers. How software bills of materials track components in AI-generated applications for security and compliance.
API key exposure explained. How API keys leak in AI-generated code, the real costs of exposed credentials, and how to manage secrets properly.
Effortlessly test and evaluate web application security using Vibe Eval agents.