AI Runtime Security Overview
Detect and block AI-specific threats in real time using network-level or
code-level enforcement, or both, without replacing your existing
.
| Where Can I Use This? | What Do I Need? |
- Prisma AIRS (Network Intercept)
- Prisma AIRS (API Intercept)
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AI traffic flowing between applications, agents, models, and external services
carries a class of threats that traditional security tools don't inspect — prompt
injections, sensitive data leakage, malicious content in AI-generated output, and
agent-specific attacks such as memory poisoning and tool misuse. Prisma® AIRS™ AI
Runtime Security detects and blocks these threats in real time as traffic flows
through your AI applications and agents.
You enable AI Runtime Security through two approaches, and you can use one or
both. Both modes share the same policy framework and security intelligence, so you
configure policies once and they apply consistently across your entire
deployment.
- Network Intercept enforces security at the network layer without
requiring changes to your application code. Your AI traffic passes through a
Prisma AIRS software firewall that inspects and enforces policies
inline.
- API Intercept enforces
security at the code layer — you integrate the Prisma AIRS RESTful API or
Python SDK directly into your AI application or agent.
Protection spans five areas: prompt injection and jailbreak prevention
(AI Model Protection), memory poisoning, tool misuse, and hallucination attack
blocking (AI Agent Protection), sensitive data leakage prevention
(AI Data Protection), malicious URL and malware detection in AI-generated content
(AI App Protection), and harmful and toxic content moderation (AI Safety). Some
capabilities — including contextual grounding for RAG applications and in-line
data redaction — are currently available on API Intercept only.
Network Intercept deploys in three models to match your infrastructure: on public
cloud (AWS, Azure, GCP), in Kubernetes environments using Hyperscale Security
Fabric (HSF), or in private cloud and on-premises environments using the
microperimeter model. You can combine deployment models across your
environment.