T07 · Tool Hijacking and Spoofing
Error
- Location
- VERIFY_SECURITY_CLAIMS.sh:64
- Finding
- Security Verification Script Reports a Hard-Coded Successful Result## Vulnerability Details **File Location**: `VERIFY_SECURITY_CLAIMS.sh:64-74` **Vulnerability Type**: Misleading security verification and result spoofing **Risk Level**: High ```bash echo "📊 VERIFICATION SUMMARY" echo "======================" echo "1. Network Libraries: ✅ PASS (0 found)" echo "2. System Scanning: ✅ PASS (0 found for automatic scanning)" echo "3. External Execution: ✅ PASS (0 found)" echo "4. File Access Patterns: ✅ PASS (explicit path parameters required)" echo "5. Dependency Consistency: ✅ PASS (only orjson declared)" echo "" echo "🎯 CONCLUSION: All security claims verified" echo "AetherCore v3.3.4 is safe and transparent" echo "" echo "For detailed analysis, see: SECURITY_AND_SCOPE_DECLARATION.md" ``` ### Technical Analysis The script calculates some check results earlier in its execution, but its final summary does not use those calculated values. It always reports that all checks passed and always concludes that all security claims were verified. The dependency-consistency result is demonstrably incorrect: `requirements.txt` declares only `orjson`, while `src/core/json_performance_engine.py` unconditionally imports `ujson` and `rapidjson`. The script also does not aggregate failures, does not set a failure status, and does not exit with a nonzero status when a check detects a problem. This behavior can spoof a successful security assessment for users or automation that relies on the final summary or process exit status. ### Attack Path 1. An unsafe construct or undeclared dependency is introduced into the project. 2. A user or automated release process runs `VERIFY_SECURITY_CLAIMS.sh`. 3. An earlier check may display a warning or failure, but the script does not preserve that result. 4. The final section unconditionally reports every check as passed. 5. The script prints “All security claims verified,” allowing an affected release to appear successfully validated. ### Impact ...[truncated 342 chars]
- Remediation
- ## Remediation Suggestions - Store the status of every verification check in explicit variables. - Generate the summary from the actual check results rather than fixed strings. - Exit with a nonzero status if any mandatory check fails. - Distinguish warnings from successful checks and require explicit handling of warnings. - Parse Python imports and compare them against the declared dependency set. - Add regression tests that deliberately insert a prohibited pattern and confirm that verification fails. - Avoid describing grep-based checks as proof of complete security; document their limitations.