Vibe trading ai: Vibe-Trading file-read tools expose arbitrary server-readable files
Vibe-Trading AI contains two related path traversal vulnerabilities in its file-read tools, allowing unauthenticated users to read arbitrary files within the container's root home (/root) and application directory (/app). The safe_user_path() function incorrectly permits any path under these directories, exposing sensitive files such as SSH keys, AWS credentials, and environment variables. Additionally, the read_document() function lacks sandboxing, enabling reading of any file accessible to the FastAPI process, including critical system files like /etc/shadow. The container runs as root, exacerbating the risk. These vulnerabilities can leak sensitive file contents via error messages when the files are parsed as trade journals. A patch is available to address both issues.
AI Analysis
Technical Summary
Two vulnerabilities affect Vibe-Trading AI's file-read tools: (1) safe_user_path() accepts any path under Path.home() or Path.cwd(), which resolve to /root and /app in the container, allowing reading of sensitive files including SSH keys and credentials. (2) read_document() lacks any sandboxing and returns full content of any readable file, including system secrets. The container runs the FastAPI process as root, increasing exposure. These flaws enable unauthenticated TCP clients on port 8899 to instruct the LLM to read arbitrary files, leaking contents via parse-error messages. Both issues require separate patches due to different code scopes.
Potential Impact
An unauthenticated attacker can read arbitrary files within the container's /root and /app directories, including sensitive credentials and secrets such as SSH private keys, AWS credentials, Kubernetes config, and environment variables. The FastAPI process runs as root, so any file readable by root is exposed. The vulnerabilities allow leaking file contents through error messages when files are parsed as trade journals. This leads to high confidentiality impact without requiring authentication or user interaction.
Mitigation Recommendations
A patch is available to fix both vulnerabilities: one to restrict safe_user_path() to a proper safe envelope and another to add sandboxing in read_document(). Users should apply the official fixes promptly. Since the container runs as root, it is also recommended to run the service under a non-root user to reduce risk. Until patched, avoid exposing the service to untrusted networks. Check the vendor advisory for the latest remediation details.
Vibe trading ai: Vibe-Trading file-read tools expose arbitrary server-readable files
Description
Vibe-Trading AI contains two related path traversal vulnerabilities in its file-read tools, allowing unauthenticated users to read arbitrary files within the container's root home (/root) and application directory (/app). The safe_user_path() function incorrectly permits any path under these directories, exposing sensitive files such as SSH keys, AWS credentials, and environment variables. Additionally, the read_document() function lacks sandboxing, enabling reading of any file accessible to the FastAPI process, including critical system files like /etc/shadow. The container runs as root, exacerbating the risk. These vulnerabilities can leak sensitive file contents via error messages when the files are parsed as trade journals. A patch is available to address both issues.
CVSS v3.1
Score 7.5high
Affected software
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AI-Powered Analysis
Machine-generated threat intelligence
Technical Analysis
Two vulnerabilities affect Vibe-Trading AI's file-read tools: (1) safe_user_path() accepts any path under Path.home() or Path.cwd(), which resolve to /root and /app in the container, allowing reading of sensitive files including SSH keys and credentials. (2) read_document() lacks any sandboxing and returns full content of any readable file, including system secrets. The container runs the FastAPI process as root, increasing exposure. These flaws enable unauthenticated TCP clients on port 8899 to instruct the LLM to read arbitrary files, leaking contents via parse-error messages. Both issues require separate patches due to different code scopes.
Potential Impact
An unauthenticated attacker can read arbitrary files within the container's /root and /app directories, including sensitive credentials and secrets such as SSH private keys, AWS credentials, Kubernetes config, and environment variables. The FastAPI process runs as root, so any file readable by root is exposed. The vulnerabilities allow leaking file contents through error messages when files are parsed as trade journals. This leads to high confidentiality impact without requiring authentication or user interaction.
Mitigation Recommendations
A patch is available to fix both vulnerabilities: one to restrict safe_user_path() to a proper safe envelope and another to add sandboxing in read_document(). Users should apply the official fixes promptly. Since the container runs as root, it is also recommended to run the service under a non-root user to reduce risk. Until patched, avoid exposing the service to untrusted networks. Check the vendor advisory for the latest remediation details.
Technical Details
- Gcve Source
- db.gcve.eu
- Osv Id
- GHSA-5rmq-chc7-m22f
- Osv Schema Version
- 1.4.0
- Ecosystems
- ["PyPI"]
- Database Specific Severity
- HIGH
- Cvss Version
- 3.1
Threat ID: 6ac139aea43b0b3b89d69aed
Added to database: 10/03/2026, 17:21:50 UTC
Last enriched: 10/03/2026, 17:40:14 UTC
Last updated: 10/04/2026, 02:51:33 UTC
Views: 8
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