Mobile security
Skill sairam0424/MindForge/.mindforge/skills/mobile-security
MindForge: The Enterprise Agentic Framework for Claude Code & Antigravity. High-performance autonomous execution, wave-parallelism, and multi-tier governance for production-grade AI engineering.From the repository description
npx -y skills add sairam0424/MindForge --skill mobile-securityAssembled from the repository path, not quoted from the project. Check it against their README if it does not work.
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SKILL.md
3.0 KB, 511 tokens by cl100k_base, as published. Nobody here has run it
Skill — Mobile Security Architecture
When this skill activates
This skill activates when implementing security-sensitive mobile features, including certificate pinning, secure storage, biometric authentication, root/jailbreak detection, or protecting against mobile-specific attack vectors.
Mandatory actions when this skill is active
Before writing any code
- Review OWASP Mobile Top 10 and identify applicable threats to the application
- Determine data classification and storage requirements (keychain/keystore for sensitive data, never UserDefaults/SharedPreferences)
- Establish certificate pinning strategy (pin leaf certificate, intermediate, or public key hash)
- Plan authentication flow with biometric fallback, token refresh, and secure token storage
During implementation
- Store sensitive data in platform secure storage (iOS Keychain with proper accessibility attributes, Android Keystore)
- Implement certificate pinning for API communications to prevent man-in-the-middle attacks
- Use biometric authentication (Face ID, Touch ID, Biometric Prompt) with proper fallback to passcode
- Implement root/jailbreak detection (check for common indicators, but never rely solely on client-side checks)
- Encrypt local databases and sensitive files using platform encryption APIs (SQLCipher, native encryption)
- Obfuscate code (ProGuard/R8 for Android, native code for critical logic) to deter reverse engineering
- Implement proper session management with token expiration, refresh tokens, and secure logout
After implementation
- Test security implementation with security scanning tools (MobSF, QARK, or commercial tools)
- Verify certificate pinning works correctly and fails on MITM attempts
- Test biometric authentication edge cases: disabled biometrics, changed biometrics, hardware unavailability
- Validate secure storage: data persists securely across app restarts, inaccessible without authentication
- Test root/jailbreak detection on compromised devices, verify graceful degradation or blocking
Self-check before task completion
- Sensitive data is never stored in plaintext (logs, UserDefaults, SharedPreferences, temp files)
- Certificate pinning is implemented for all API endpoints with sensitive data
- Biometric authentication follows platform best practices (keychain/keystore-backed, proper error handling)
- Root/jailbreak detection is implemented with appropriate response (warn, degrade functionality, or block)
- API tokens are stored securely (keychain/keystore) and transmitted securely (HTTPS only, proper headers)
- App handles security failures gracefully (logout on tampering detection, clear sensitive data on uninstall)
What ships with it
Read from the repository
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