CaSE- Cache-Assisted Secure Execution on ARM Processors

CaSE- Cache-Assisted Secure Execution on ARM Processors

IEEE Symposium on Security and Privacy via YouTube Direct link

SOC-Bound Execution - Cache Locking

7 of 12

7 of 12

SOC-Bound Execution - Cache Locking

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CaSE- Cache-Assisted Secure Execution on ARM Processors

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  1. 1 Intro
  2. 2 Talk Outline Motivation and Background - Why this work? Threat Model - What are we defending against ? Case: Cache Assisted Secure Execution - How does it work?
  3. 3 ARM TrustZone - Trusted Execution Environment (TEE) System Wide Protection
  4. 4 Hardware Attacks - Cold Boot Attack
  5. 5 Previous Works on Coldboot Defense
  6. 6 Controlling the Cache Cache Locking is available through L2 cache lockdown CP15 coprocessor
  7. 7 SOC-Bound Execution - Cache Locking
  8. 8 Self Modifying Program
  9. 9 Feasibility of using Cache as Memory
  10. 10 Performance Impact to the Application
  11. 11 Performance Impact to the System
  12. 12 Conclusion A secure cache-assisted Soc-bound execution framework Provide confidentiality and integrity to sensitive code and data of applications

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