Investigate Component Allowlists/Blocklists
Objective
Research and implement security mechanism to control which Camel components can be used in code execution, preventing potentially dangerous component usage.
Dependencies
Requirements
- Investigate Camel component security risks (exec, file system access, etc.)
- Design component allowlist/blocklist configuration
- Implement component filtering at appropriate lifecycle point
- Support component-level and granular permission rules
- Handle component dependency implications
- Prevent runtime component loading if blocked
- Document dangerous components and recommended restrictions
- Provide configuration examples for common scenarios
Affected Files/Modules
/core/core-runtimes/core-runtime-camel/ (component filtering)/backend/router/src/main/java/ai/wanaku/router/bridge/CodeExecutionBridge.java (enforcement)- Configuration files (component rules)
Notes
Component-level security is crucial. Examples of dangerous components: camel-exec (arbitrary command execution), camel-ssh, components with file system write access. Consider: (1) blocking at component registry level, (2) preventing ClassLoader from loading component classes, (3) validation during route building. May require Camel context customization.
Investigate Component Allowlists/Blocklists
Objective
Research and implement security mechanism to control which Camel components can be used in code execution, preventing potentially dangerous component usage.
Dependencies
Requirements
Affected Files/Modules
/core/core-runtimes/core-runtime-camel/(component filtering)/backend/router/src/main/java/ai/wanaku/router/bridge/CodeExecutionBridge.java(enforcement)Notes
Component-level security is crucial. Examples of dangerous components: camel-exec (arbitrary command execution), camel-ssh, components with file system write access. Consider: (1) blocking at component registry level, (2) preventing ClassLoader from loading component classes, (3) validation during route building. May require Camel context customization.