S6, E257 - How Apple’s New Chip Rewrites Mobile Security

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We unpack how Apple’s Memory Integrity Enforcement changes the rules of mobile security by rebuilding memory architecture, not just adding guardrails. We weigh who should upgrade now, what this means for Android, and why people remain the biggest risk.
• memory corruption explained with apartment analogy
• why NOP sleds and heap sprays fail under MIE
• tags, type segregation, and synchronous checks at runtime
• market-share vs design: Apple, Windows, Android trade-offs
• Pegasus, zero-click exploits, and threat profiles
• game hacking parallels: reading vs corrupting memory
• should you upgrade: high-risk users vs everyday users
• why architecture-level security beats bolt-on tools
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Chapters

1. Banter And Set Up (00:00:00)

2. What Memory Corruption Really Means (00:02:21)

3. Why MIE Is A Big Deal (00:06:03)

4. NOP Sleds And Broken Tactics (00:09:27)

5. [Ad] Everyday AI: Your daily guide to grown with Generative AI (00:10:30)

6. (Cont.) NOP Sleds And Broken Tactics (00:11:20)

7. Tags, Types, And Synchronous Checks (00:13:38)

8. Security Needs Architectural Change (00:16:37)

9. Pegasus, Threat Profiles, And Risk (00:19:01)

10. Apple Reputation, Market Share, And Design (00:23:35)

11. Game Hacking, Cheats, And Memory (00:27:49)

12. Should You Upgrade To iPhone 17 (00:32:35)

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