Independent benchmarks that show how AI models and AI runtime guardrails fail under real adversarial pressure— before they fail in production.
The GuardionAI Runtime Guardrail & LLM Security Benchmark systematically tests how well leading LLMs and runtime guardrails withstand real-world attacks. Our evaluation simulates adversarial techniques including prompt injection, jailbreaks, data exfiltration, and indirect attacks using three distinct methods: Crescendo, TAP, and zero-shot approaches.
We measure how consistently each system maintains safe, intended behavior when pushed to its limits, giving you the data you need to make informed decisions about AI security in production. This benchmark gives you transparent, actionable data to evaluate AI security solutions before deploying them in production.
AI Runtime Guardrail Benchmark
Updated
Prompt attack detection (F1-Score)
LLM Security Benchmark
Updated
Attack Success Rates (ASR)
AI Runtime Guardrail Benchmark
PII detection and data protection
Results not published yet.
AI Runtime Guardrail Benchmark
Harmful, safety and moderation detection
Results not published yet.
Most AI evaluations measure capability. These benchmarks measure failure. Prompt injection, jailbreaks, and data exfiltration do not appear in happy-path demos — but they consistently appear in production systems.
This benchmark answers one question: What breaks first when an attacker shows up?
Prompt injection, jailbreak chaining, indirect attacks, and multi-step exploitation.
Evaluated in real execution contexts including system prompts, RAG, and tool use.
Identical attack conditions across all models and vendors.
Side-by-side comparisons under identical attack conditions — designed for procurement, security reviews, and vendor selection.
Azure vs GuardionAI
View Comparison →Google Cloud vs GuardionAI
View Comparison →AWS vs GuardionAI
View Comparison →GuardionAI vs Lakera
View Comparison →GuardionAI vs ProtectAI
View Comparison →GuardionAI vs Meta
View Comparison →Compare how foundation models break when attacked — not how they perform at baseline.
Anthropic vs Anthropic
View Comparison →Anthropic vs Anthropic
View Comparison →Anthropic vs Google
View Comparison →Anthropic vs Anthropic
View Comparison →Anthropic vs OpenAI
View Comparison →Anthropic vs Cohere
View Comparison →