How to Secure Your OpenAI and Claude API Integration
Most AI applications ship with exposed API keys, no rate limiting, and zero input validation. Here is the practical checklist for locking down your LLM API integration before something goes wrong.
9 articles in this category
Most AI applications ship with exposed API keys, no rate limiting, and zero input validation. Here is the practical checklist for locking down your LLM API integration before something goes wrong.
AI introduces attack surfaces that traditional security tools were not built to handle. Understanding these four layers—and their distinct threats—is the foundation of any serious AI security strategy.
Running AI on your own infrastructure gives you control over your data. It also means you own the security. Here is how to secure Ollama, vLLM, and other self-hosted AI deployments properly.
Cloud AI services come with strong security capabilities built in. Most breaches happen because those capabilities are never configured. Here is what to configure on each major platform.
AI security is becoming its own discipline. Whether you are a security professional, a developer deploying AI, or a leader making decisions about AI adoption, here are the fundamentals that matter.
The OWASP Top 10 for Agentic Applications 2026 defines critical security risks for autonomous AI agents. Learn how to protect your enterprise from prompt injection, rogue agents, and tool misuse with practical implementation strategies.
Exposing Azure OpenAI via public networks is a security risk for enterprise data. Learn how to build a fully private architecture using Azure Private Link, disable public access, and deploy it all via Terraform.
As AI tools become common in enterprises, so do the security risks. Learn about prompt injection, data leakage, and how to use AI safely in your organization.
Security teams are overwhelmed with alerts. Learn how AI and automation can help triage incidents, reduce response times, and let analysts focus on real threats.