FAQ-000231 - CSRF and DML Security Issues / Security Review and Documentation

Current Status:VALID_RESPONSEErrorUnable to AnswerSuggests Case

Current FAQ

Question
My application requires a DML operation upon component load. How can I implement this securely and document it as a false positive for CSRF?
Answer
To securely implement a DML operation upon component load and document it as a false positive for CSRF in the AppExchange Security Review, follow these steps: 1. **Mitigation Implementation**: Avoid executing the DML operation automatically. Introduce a user interaction mechanism, like a button click, to trigger the operation. This reduces CSRF vulnerability. 2. **CSRF Token Usage**: If the DML operation must occur on component load, implement a CSRF token mechanism. Use a random token included in custom headers for the request, and validate it server-side before executing the operation. 3. **Documentation for False Positive**: Prepare a detailed document explaining why the flagged CSRF issue is a false positive. Include: - A description of the mitigation (e.g., user interaction or CSRF token validation). - Screenshots or code snippets showing the mitigation. - An explanation of the business use case and why the flagged issue is not a security risk. 4. **Submission**: Attach the false positive document to your security review submission, ensuring all details are clear for the reviewers. By implementing these steps, you can address the CSRF concern and document it effectively for the review.
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Related Security Rules (click to view)
ApexCSRFVfCsrf
Question
My application requires a DML operation upon component load. How can I implement this securely and document it as a false positive for CSRF?
Recommended Answer Update
To securely implement a DML operation upon component load and document it as a false positive for CSRF in the AppExchange Security Review, follow these steps: 1. **Mitigation Implementation**: Avoid executing the DML operation automatically. Introduce a user interaction mechanism, like a button click, to trigger the operation. This reduces CSRF vulnerability. 2. **CSRF Token Usage**: If the DML operation must occur on component load, implement a CSRF token mechanism. Use a random token included in custom headers for the request, and validate it server-side before executing the operation. 3. **Documentation for False Positive**: Prepare a detailed document explaining why the flagged CSRF issue is a false positive. Include: - A description of the mitigation (e.g., user interaction or CSRF token validation). - Screenshots or code snippets showing the mitigation. - An explanation of the business use case and why the flagged issue doesn't pose a security risk. 4. **Submission**: Attach the false positive document to your security review submission, ensuring all details are clear for the reviewers. By implementing these steps, you can address the CSRF concern and document it effectively for the review.
Reasoning
The FAQ content is accurate and doesn't contain outdated information, but I made minor improvements for clarity and tone consistency. Changed 'is not a security risk' to 'doesn't pose a security risk' for more natural language flow. The existing structure and all technical points remain intact. Regarding the security rules selected: 1. **ApexCSRF** - This rule directly relates to the FAQ's core topic. The FAQ discusses implementing DML operations on component load and how to handle CSRF vulnerabilities, which is exactly what the ApexCSRF rule detects. The FAQ content about 'CSRF token mechanism' and 'user interaction mechanism' directly addresses the type of vulnerabilities this rule identifies. 2. **VfCsrf** - This rule is relevant because the FAQ discusses component load scenarios that could involve Visualforce pages. The FAQ's guidance on 'CSRF token usage' and documenting 'false positive for CSRF' applies to both Apex and Visualforce contexts where CSRF vulnerabilities might be flagged.
Reasoning References