Unit 4 Security and Protection
Unit 5 Threats, Assessment and Solutions
Important
Questions:
- Define computer security and explain its basic
components.
- Describe the different types of threats to computer
security.
- Explain the concept of security policies and their
types.
- Discuss confidentiality, integrity, and availability
policies with examples.
- Explain the Bell-LaPadula model of confidentiality
policies.
- Describe the Biba model of integrity policies.
- Define denial of service (DoS) attacks and explain
the goals of availability policies.
- Explain the differences between symmetric and
asymmetric cryptosystems.
- Discuss the principles of public key cryptography
and its uses.
- Describe the process and importance of key
management in cryptography.
- Explain the different types of cryptographic
checksums and their uses.
- Discuss the role and implementation of digital
signatures.
- Describe the principles of hashing and its
applications in security.
- Explain the concept of authentication and the
different methods used.
- Discuss the challenges and solutions in password
selection and management.
- Explain the principles of biometric authentication
and its advantages.
- Describe the network security infrastructure and the
role of firewalls.
- Discuss the different types of malware and their
impacts on system security.
- Explain the process and importance of vulnerability
analysis in network security.
- Describe the principles of intrusion detection and
the organization of intrusion detection systems.
21.
Explain the role of policy and mechanism in
computer security.
22. Discuss the assumptions and trust in security models.
23. Explain the concept of assurance in security.
24. Describe the operational and human issues in computer
security.
25. Explain the role of trust in the implementation of
security policies.
26. Discuss the Bell-LaPadula model and its significance in
confidentiality policies.
27. Describe the goals and models of denial of service
attacks.
28. Explain the differences between stream ciphers and block
ciphers.
29. Discuss the concept of authenticated encryption and its
importance.
30. Explain the basics of password authentication and common
challenges.
31. Discuss the different methods of attacking passwords and
their prevention.
32. Describe the concept of password aging and its
significance.
33. Explain the principles of multifactor authentication and
its benefits.
34. Discuss the principles and challenges of network
infrastructure analysis.
35. Explain the processes of encryption and decryption in
network security.
36. Describe the different types of firewalls and their
applications.
37. Discuss the security challenges and solutions in wired
and wireless networks.
38. Explain the concept of virtual private networks (VPNs)
and their importance.
39. Discuss the principles and practices of email security.
40. Explain the challenges and solutions in web and database
security.
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