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MIT 6.858: Computer Systems Security →0/22
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1. Introduction, Threat Models

1:17:12
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2. Control Hijacking Attacks

1:27:38
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3. Buffer Overflow Exploits and Defenses

1:21:37
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4. Privilege Separation

1:23:29
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6. Capabilities

1:21:57
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7. Sandboxing Native Code

1:23:21
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8. Web Security Model

1:22:48
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9. Securing Web Applications

1:22:08
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Lecture 10: Symbolic Execution (6.858)

1:22:16
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Lecture 11: Ur/Web (6.858)

1:20:04
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Lecture 12: Network Security (6.858)

1:18:26
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Lecture 13: Network Protocols (6.858)

1:21:03
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Lecture 14: SSL and HTTPS (6.858)

1:18:18
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Lecture 15: Medical Software (6.858)

1:15:31
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Lecture 16: Side-Channel Attacks (6.858)

1:22:16
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Lecture 17: User Authentication (6.858)

1:19:48
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Lecture 18: Private Browsing (6.858)

1:20:13
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Lecture 19: Anonymous Communication (6.858)

1:20:13
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Lecture 20: Mobile Phone Security (6.858)

1:22:00
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Lecture 21: Data Tracking (6.858)

1:19:38
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Lecture 22: Information Security at MIT IS&T (6.858)

1:26:51
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Lecture 23: Security Economics (6.858)

1:17:25

7. Sandboxing Native Code

Nickolai ZeldovichMIT

Professor of Electrical Engineering and Computer Science

1:23:21·2017·graduate level

This lecture introduces the Native Client system, detailing its architectural approach to software fault isolation and secure execution of native code within a browser environment.

Systems & CSSystems SecuritySandboxingNative ClientSoftware Fault Isolation

MIT 6.858 Computer Systems Security, Fall 2014

View the complete course: http://ocw.mit.edu/6-858F14

Instructor: Nickolai Zeldovich

Previous · Lecture 5

6. Capabilities

Next · Lecture 7

8. Web Security Model

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