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iOS App Integrity: Enhancing Security with Encrypted Code Modules
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- 1 Introduction
- 2 iOS Mobile App Security (MAS) Elevator Pitch
- 3 Hacking and Jailbreaking ios Attacks and weaknesses are well documented
- 4 Recent iOS App Coding and OS Reported Vulnerabilities
- 5 Standard iOS Application Today
- 6 Research Idea: IMAS Secure Application Framework
- 7 iOS Security Architecture
- 8 IMAS App Security "trade-space" Comparison Mar 2014
- 9 IMAS - Security Controls Device Access
- 10 Github: project-imas.github.io 13 Controls
- 11 IMAS - Encrypted Core Data (ECD) em
- 12 Encrypted Core Data Additional iMAS Support
- 13 Multi-compiler Based on work out of UC Irvine by Michael Franz and Per Larsen . Produces different binaries each compile • Static analysis and ROP exploits must account for variations
- 14 System Monitor - Monitor all device processes and network calls at the kernel level - Filtering tools to find and react to developer defined system events -IMAS provides direct programmatic app integ…
- 15 Memory Security Allows encryption, wiping, and checksums of objects in memory - Provides function address space validation Application Start
- 16 File Shredding
- 17 IMAS Sentry Application Add to existing Apple deployed devices • Jailbreak and Debugger Detection
- 18 Prior Research Focus - modifying ELF structures
- 19 iOS Static App Attacks
- 20 Static App Attacks Process
- 21 Code Injection and Binary Patching
- 22 Consequences of Static Attacks
- 23 Encrypted Code Modules (ECM) WHAT?
- 24 IMAS Encrypted Code Modules (ECM) Summary
- 25 ECM - Encrypted Code Modules Concept 2/3
- 26 Build Summary
- 27 App Startup
- 28 Validating Integrity
- 29 ECM Advantages
