FAQ-001054 - Hybrid Application Security / Multi-Platform Security Considerations

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Current FAQ

Question
What are the primary security considerations for a hybrid application with components on both Salesforce and an external platform?
Answer
The primary security considerations for a hybrid application with components on both Salesforce and an external platform include: 1. **Secure Data Transfer**: Encrypt data transferred between Salesforce and the external platform using TLS/SSL to prevent interception. 2. **Authentication and Authorization**: Use secure authentication mechanisms like OAuth 2.0 and enforce proper authorization checks, including CRUD/FLS enforcement, to control access to data and operations. 3. **External Endpoint Security**: Test all external endpoints for vulnerabilities, including those used for authentication or data transfer. Obtain permissions for security testing of third-party endpoints. 4. **Storage of Sensitive Information**: Securely store sensitive data using protected custom metadata or named credentials. Avoid storing secrets in custom objects or public locations. 5. **Code Security**: Follow secure coding practices, such as avoiding dynamically loaded JavaScript or CSS, and ensure compliance with Salesforce security guidelines. 6. **Security Scans and False Positives**: Conduct automated security scans on all components, document false positives with justifications, and address high-severity vulnerabilities promptly. 7. **Session Management**: Use secure session management practices, such as obtaining session IDs securely and avoiding exposure of sensitive data in URLs. 8. **Compliance with AppExchange Requirements**: Ensure all components meet AppExchange security review requirements, including proper documentation and testing. 9. **Cross-Domain and CSP Configurations**: Address cross-domain misconfigurations and implement proper Content Security Policy (CSP) headers to mitigate risks like XSS. 10. **Dynamic Content Restrictions**: Avoid dynamically loading HTML, JavaScript, or CSS unless stripped of harmful content or loaded securely, such as within an iframe. These measures help ensure the security and integrity of hybrid applications across Salesforce and external platforms. Let me know if you'd like more details!
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Related Security Rules (click to view)
ApexCRUDViolationApexSharingViolationsApexInsecureEndpointApexSuggestUsingNamedCredAvoidHardcodedCredentialsInFieldDeclsAvoidHardcodedCredentialsInVarDeclsAvoidHardcodedCredentialsInHttpHeaderApexXSSFromURLParamApexXSSFromEscapeFalseVfUnescapeElApexSOQLInjectionAvoidApiSessionIdAvoidUnauthorizedApiSessionIdInApexUseHttpsCallbackUrlConnectedAppAvoidInsecureHttpRemoteSiteSettingLoadJavaScriptIncludeScriptLoadJavaScriptHtmlScriptLoadCSSLinkHref
Question
What are the primary security considerations for a hybrid application with components on both Salesforce and an external platform?
Recommended Answer Update
The primary security considerations for a hybrid application with components on both Salesforce and an external platform include: 1. **Secure Data Transfer**: Encrypt data transferred between Salesforce and the external platform using TLS/SSL to prevent interception. 2. **Authentication and Authorization**: Use secure authentication mechanisms like OAuth 2.0 and enforce proper authorization checks, including CRUD/FLS enforcement, to control access to data and operations. 3. **External Endpoint Security**: Test all external endpoints for vulnerabilities, including those used for authentication or data transfer. Obtain permissions for security testing of third-party endpoints. 4. **Storage of Sensitive Information**: Securely store sensitive data using protected custom metadata or named credentials. Avoid storing secrets in custom objects or public locations. 5. **Code Security**: Follow secure coding practices, such as avoiding dynamically loaded JavaScript or CSS, and ensure compliance with Salesforce security guidelines. 6. **Security Scans and False Positives**: Conduct automated security scans on all components, document false positives with justifications, and address high-severity vulnerabilities promptly. 7. **Session Management**: Use secure session management practices, such as obtaining session IDs securely and avoiding exposure of sensitive data in URLs. 8. **Compliance with AppExchange Requirements**: Ensure all components meet AppExchange security review requirements, including proper documentation and testing. 9. **Cross-Domain and CSP Configurations**: Address cross-domain misconfigurations and implement proper Content Security Policy (CSP) headers to mitigate risks like XSS. 10. **Dynamic Content Restrictions**: Avoid dynamically loading HTML, JavaScript, or CSS unless stripped of harmful content or loaded securely, such as within an iframe. These measures help ensure the security and integrity of hybrid applications across Salesforce and external platforms.
Reasoning
The FAQ content is comprehensive and accurately covers security considerations for hybrid applications. No content was found to be outdated or conflicting with current security rules. The answer structure and technical accuracy are appropriate for the AppExchange security review context. Regarding the security rules selected: - ApexCRUDViolation and ApexSharingViolations relate to point #2 about "CRUD/FLS enforcement" and proper authorization checks - ApexInsecureEndpoint relates to point #3 about testing external endpoints for vulnerabilities - ApexSuggestUsingNamedCred and the hardcoded credentials rules (AvoidHardcodedCredentialsInFieldDecls, AvoidHardcodedCredentialsInVarDecls, AvoidHardcodedCredentialsInHttpHeader) directly relate to point #4 about using "named credentials" and avoiding storing "secrets in custom objects" - ApexXSSFromURLParam, ApexXSSFromEscapeFalse, VfUnescapeEl relate to point #9 about XSS mitigation and CSP configurations - ApexSOQLInjection relates to general code security practices mentioned in point #5 - AvoidApiSessionId and AvoidUnauthorizedApiSessionIdInApex relate to point #7 about secure session management and "obtaining session IDs securely" - UseHttpsCallbackUrlConnectedApp and AvoidInsecureHttpRemoteSiteSetting relate to point #1 about secure data transfer using TLS/SSL - LoadJavaScriptIncludeScript, LoadJavaScriptHtmlScript, LoadCSSLinkHref relate to point #10 about restrictions on "dynamically loading HTML, JavaScript, or CSS"
Reasoning References
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