I have analyzed the cartridge and found two significant issues:
-
Functional Gap in FFI Invoke:
The function in (lines 222-233) returns static JSON stubs (e.g., ) for all tools instead of calling the actual vault state machine functions (, , etc.) defined in the same file. This renders the cartridge non-functional in terms of actual secret management.
-
Insecure GraphQL Dispatch in Adapter:
In (lines 66-77), the function uses to determine which tool to invoke based on the presence of a substring in the request body. This allows any request containing the tool name (e.g., 'secrets_unseal') to trigger the operation, regardless of the actual GraphQL query structure.
Recommendation:
- Connect to the actual vault functions.
- Implement proper GraphQL query parsing in the adapter instead of simple substring matching.
I have analyzed the cartridge and found two significant issues:
Functional Gap in FFI Invoke:
The function in (lines 222-233) returns static JSON stubs (e.g., ) for all tools instead of calling the actual vault state machine functions (, , etc.) defined in the same file. This renders the cartridge non-functional in terms of actual secret management.
Insecure GraphQL Dispatch in Adapter:
In (lines 66-77), the function uses to determine which tool to invoke based on the presence of a substring in the request body. This allows any request containing the tool name (e.g., 'secrets_unseal') to trigger the operation, regardless of the actual GraphQL query structure.
Recommendation: