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Address space randomization helps prevent which components of buffer overflow attacks?

Address space randomization helps prevent which components of buffer overflow attacks? A: overwriting program variables B: hijacking the control flow C: executing arbitrary code. Non-executable stacks help prevent which component of buffer overflow attacks? A: overwriting program variables

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Address space randomization helps prevent which components of buffer overflow attacks?

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  1. Address space randomization helps prevent which components of buffer overflow attacks? • A: overwriting program variables • B: hijacking the control flow • C: executing arbitrary code

  2. Non-executable stacks help prevent which component of buffer overflow attacks? • A: overwriting program variables • B: hijacking the control flow • C: executing arbitrary code

  3. Return-to-libc is a countermeasure to foil which buffer overflow defense? • A: Address space randomization • B: Non-executable stack • C: libsafe

  4. If an IDS reports an attack when only benign actions occur, this is an example of a: • A: false positive • B: false negative • C: evasion

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