Guardrails & Safety
Exogram + Palo Alto Networks (AI Security)
“Network firewalls cannot stop semantic unauthorized executions.”
What Palo Alto Networks (AI Security) Does
- •Legacy security vendors secure the network perimeter, protecting data in transit and stopping malware.
- •Attempting to adapt to AI by scanning for sensitive data (DLP) or detecting malicious prompt payloads.
- •They inspect packets, not semantic logic. They don't understand if an agent is generating unwarranted inferences a tool parameter.
What Exogram Does
- ▸Exogram is built natively for AI semantics, not network packets.
- ▸It evaluates the execution intent of a payload via deterministic logic gates, rather than merely scanning for known malicious signatures.
- ▸A completely benign-looking network request can be a catastrophic agent probabilistic variance. Exogram stops it.
Key Differences
| Dimension | Palo Alto Networks | Exogram |
|---|---|---|
| Inspection Level | Network / Application Layer | Semantic / Execution Layer |
| Focus | Malware, DLP, Perimeters | LLM Unauthorized Executions, Action Gating |
The Verdict
Use Palo Alto to secure your network pipes. Use Exogram to govern the intelligent entities operating inside those pipes.
Interception Latency Benchmark
Unlike standard LLM-based guardrails that invoke external APIs on every single tool execution, Exogram compiles policies to execute in-memory inside the client runtime.
Palo Alto Networks (LLM / API Check)~220.00 ms
Exogram Authority Runtime (In-Memory Intercept)0.07 ms
Is Palo Alto Networks (AI Security) vulnerable to execution drift?
Run a static analysis on your LLM pipeline below.
STATIC ANALYSIS
Frequently Asked Questions
Why won't my existing firewall protect my database from AI?
Because the AI agent acts as a trusted internal actor. The firewall sees a valid SQL request from an authenticated internal service. It has no way to discern that the AI made unwarranted inferences the "DROP TABLE" command.