33. A virtual machine interface that’s loaded on top of an existing OS.
34. The NSA’s approach to implementing a layered network defense strategy. It focuses on three modes of protection:
people, technology, and operations.
35. The process of collecting and analyzing raw network data and systematically tracking network traffic to determine
how security incidents occur.
36. Computers used without the owners’ knowledge in a DDoS attack.
37. Intrusion prevention and monitoring systems that track what attackers do on honeypots.
38. Attacks launched before vendors or network administrators have discovered vulnerabilities and patches for them have
been released.
39. A virtual machine interface that loads on physical hardware and contains its own OS.
40. A computer or network set up to lure an attacker.
41. Why are live acquisitions becoming a necessity, and why don’t live acquisitions follow typical forensics procedures?
42. Define network forensics, and explain how network forensics can be used.
43. Describe the defense in depth (DiD) strategy, and outline each of the three modes of protection.
44. What is a VM snapshot, and why is a live acquisition typically required for VMs?
45. What is the biggest problem with live acquisitions?
46. Describe the standard procedure for performing network forensics.
47. Explain the need for using established procedures for acquiring data after an attack or intrusion incident, and list some
resources that address these needs.
48. What is a packet analyzer, and how is it used?
49. What is the difference between a type 1 and a type 2 hypervisor?
50. Describe a zero day attack.