Last seen May 1, 2025

AI agentic applications Remote Code Execution Vulnerability

AI agentic applications face significant security threats, including prompt injection, tool misuse, and unsecured code interpreters, which can result in information leakage, credential theft, and remote code execution. These vulnerabilities are primarily rooted in insecure design patterns, misconfigurations, and unsafe tool integrations rather than specific AI agent frameworks.

Technical Severity
Medium severity
Lifecycle Status

STABLE

What Happened

AI agentic applications face significant security threats, including prompt injection, tool misuse, and unsecured code interpreters, which can result in information leakage, credential theft, and remote code execution. These vulnerabilities are primarily rooted in insecure design patterns, misconfigurations, and unsafe tool integrations rather than specific AI agent frameworks.

Why This Matters

The evidence matters to defenders using AI agentic applications because it could let an attacker run code in affected environments.

Recommended Action

Confirm whether unit is present in your environment and review vendor guidance for this report. Apply available patches or mitigations if your deployment matches the described conditions.

Exposure

My Interests Exposure

Exposure unknown

Recommended Response
Last Seen

May 01, 2025 05:30

Exposure reason: This incident does not currently match a technology in My Interests.

Exploitation status: UNKNOWN

Primary entities:

AI agentic applicationsAI AgentsCredential ExposurePrompt InjectionRemote Code ExecutionAI Agents Are

Timeline

  • Incident first seen
    May 01, 2025 05:30

    BugSkan first recorded this incident.

  • AI Agents Are Here. So Are the Threats. - Unit 42
    May 01, 2025 05:30

    unit42.paloaltonetworks.com · Vulnerability

Sources

AI Agents Are Here. So Are the Threats. - Unit 42

unit42.paloaltonetworks.com · May 01, 2025 05:30

AI agentic applications face significant security threats, including prompt injection, tool misuse, and unsecured code interpreters, which can result in information leakage, credential theft, and remote code execution. These vulnerabilities are primarily rooted in insecure design patterns, misconfigurations, and unsafe tool integrations rather than specific AI agent frameworks.

Open publisher source

Other BugSkan incidents that share identifiers, products, or vendors with this report.

My Interests Match

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