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Protection of Information Assets

Temple University

Protection of Information Assets

MIS 5206.701 ■ Fall 2022 ■ William Bailey
  • HomePage
  • Instructor
  • Syllabus
  • Schedule
    • First Half of the Semester
      • Unit #1: Understanding an Organization’s Risk Environment
      • Unit #2: Case Study 1 – Snowfall and stolen laptop
      • Unit #2: Data Classification Process and Models
      • Unit #3: Risk Evaluation
      • Unit #4 Case #2: Autopsy of a Data Breach: The Target Case
      • Unit #5: Creating a Security Aware Organization
      • Unit #6: Physical and Environmental Security
    • Second Half of the Semester
      • Unit #8 Case Study 3 – A Hospital Catches the “Millennium Bug”
      • Unit #9: Business Continuity and Disaster Recovery Planning
      • Unit #10: Network Security
      • Unit #11: Cryptography, Public Key Encryption and Digital Signatures
      • Unit #12: Identity Management and Access Control
      • Unit #13: Computer Application Security
  • Deliverables
    • Weekly Deliverables
      • “In the News” Articles
      • Answers to Reading Discussion Questions
      • Comments on Reading Discussion Question and Other Students’ Answers
    • Case Studies
    • Team Project
  • Class Capture Videos

All Questions

October 26, 2022 by William Bailey

  1. The total processing speed of microprocessors (based on clock rate and number of circuits) is doubling roughly every year.  Today a symmetric session key needs to be 100 bits long to be considered strong.  How long will a symmetric session key have to be in 30 years to be considered strong? (Hint: Consider how much longer decryption takes if the key length is increased by a single bit.) Explain.
  2. Longer keys are more difficult to crack. Most symmetric keys today are 100 to 300 bits long. Why don’t systems use far longer symmetric keys—say, 1,000 bit keys?
  3. How are digital certificates and drivers’ licenses similar, and how are they different?

Filed Under: Unit 11: Cryptography, Public Key Encryption and Digital Signature Tagged With:

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Weekly Discussions

  • Unit 01: Understanding an Organization's Risk Environment (5)
  • Unit 02: Case Study 1 – Snowfall and a stolen laptop (6)
  • Unit 02: Data Classification Process and Models (6)
  • Unit 03: Risk Evaluation (6)
  • Unit 04: Case Study 2 – Autopsy of a Data Breach – The Target Case (3)
  • Unit 05: Creating a Security Aware Organization (6)
  • Unit 06: Physical and Environmental Security (6)
  • Unit 08: Case Study 3 – A Hospital Catches the "Millennium Bug" (2)
  • Unit 09: Business Continuity and Disaster Recovery (6)
  • Unit 10: Network Security (6)
  • Unit 11: Cryptography, Public Key Encryption and Digital Signature (6)
  • Unit 12: Identity Management and Access Control (6)
  • Unit 13: Computer Application Security (6)
  • Welcome (1)

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