# AI Runtime Security: How to Protect Agents and GenAI Apps at Request Time

AI runtime security protects agents and GenAI apps at request time, when prompt injection, data leakage, and rogue tool calls actually happen, not at build time.

## Articles

- **AI Gateway Benchmarks: Highflame vs LiteLLM vs Bifrost (2026)**  
  AI gateway benchmarks on real timing: Highflame adds ~2 ms to the first token, answers 100% of 5,000 held conversations, and adds 17 ms to an MCP tool call.

- **AI Agent Incident Response: What to Do When an Agent Is Compromised**  
  AI agent incident response starts with the blast radius: when a compromised coding agent spawns 50 subagents, revoke the entire delegation chain in one atomic step.

- **AI Gateway Load Testing: What Breaks at Concurrency (and How to Fix It)**  
  AI gateway load testing on a two-host AWS rig: under a 5,000-connection rush, Highflame answers in 0.83s where LiteLLM takes 17 seconds and drops a third of calls.

- **Claude Code Sandboxing: How Anthropic Contains Coding Agents (and How to Cover Your Fleet)**  
  Claude Code sandboxing: Anthropic's three-layer containment model, a real attack walked end to end, and the governance gap no single sandbox closes across a fleet.

- **MCP Enterprise Managed Authorization (EMA): What It Is and How Highflame Supports It**  
  MCP Enterprise Managed Authorization (EMA) lets your identity provider decide which MCP servers an agent can reach via corporate SSO. How it works, and where it stops.

- **MCP Gateway, LLM Gateway, Agent Gateway: Three Gateways, One Decision Fabric**  
  Three gateways govern AI agents: LLM for content, MCP for tools, agent for authorization. The risk is running them as three vendors, not one decision path.

## Archive

1. **Highflame + Tailscale Aperture Now Blocks Risky AI Traffic in Real Time**  
   [Read More →](/content/blog/highflame-tailscale-aperture-now-blocks-risky-ai-traffic-in-real-time/index.html)  
2. **Mission Drift: Why AI Agents Fail at Step 100**  
   [Read More →](/content/blog/mission-drift-why-ai-agents-fail-at-step-100/index.html)  
3. **The Uniformed Guard Problem: Why AI Agent Sandboxes Need Identity, Not Just Policy**  
   [Read More →](/content/blog/the-uniformed-guard-problem-why-ai-agent-sandboxes-need-identity-not-just-policy/index.html)  
4. **Your agent followed every rule. It still broke policy.**  
   [Read More →](/content/blog/your-agent-followed-every-rule-it-still-broke-policy/index.html)  
5. **When AI Monitors Betray You: The Failure of LLM-as-Judge Architectures**  
   [Read More →](/content/blog/when-ai-monitors-betray-you/index.html)  
6. **Why Meta’s AI Alignment Director Couldn't Stop Her Own Agent, and How to Fix It**  
   [Read More →](/content/blog/why-metas-ai-alignment-director-couldnt-stop-her-own-agent--and-how-to-fix-it/index.html)  
7. **Deconstructing “Agents of Chaos”: Failures Behind Autonomous Agent Attacks**  
   [Read More →](/content/blog/deconstructing-agents-of-chaos-authorization-failures-behind-autonomous-agent-attacks/index.html)  
8. **Who Sent You? Solving the Agent Identity Crisis with Highflame ZeroID**  
   [Read More →](/content/blog/who-sent-you-solving-the-agent-identity-crisis/index.html)  
9. **Introducing ZeroID: Open Source Identity for Autonomous Agents**  
   [Read More →](/content/blog/introducing-zeroid-open-source-identity-for-autonomous-agents/index.html)  
10. **Highflame Partners with Tailscale to Help Secure AI Agents at the Network Layer**  
    [Read More →](/content/blog/highflame-partners-with-tailscale-to-help-secure-ai-agents-at-the-network-layer/index.html)

## Image Reference