Welcome to our comprehensive guide on disaster recovery, a vital aspect of business resilience in the face of unexpected challenges. Organizations must be prepared to navigate and recover from various disruptions, from natural disasters like hurricanes and earthquakes to cyberattacks and system failures. In this blog, we’ll explore the importance of disaster recovery planning and provide actionable insights to help businesses mitigate risks and ensure continuity during times of crisis.
Understanding Disaster Recovery
Disaster recovery involves implementing strategies and procedures to recover data, restore operations, and minimize downtime after a disruptive event. By having a robust disaster recovery plan in place, businesses can minimize the impact of disruptions and maintain critical functions, safeguarding their reputation and bottom line.
Key Components of Disaster Recovery
A comprehensive disaster recovery plan encompasses several key components, including data backup and recovery, redundant infrastructure, communication protocols, and employee training. Each element plays a crucial role in ensuring that businesses can quickly recover from disasters and resume operations with minimal.
Q1. An advantage of an HIDPS is
a. it is susceptible to some DoS attacks
b. it is passive and can be deployed with little or no disruption
c. it functions on the host system, where encrypted traffic is decrypted and available for processing
d. placement of a few devices can enable an organization to monitor a large networkQ2. A(n) is the set of rules and configuration guidelines governing the implementation and operation of IDPSs within the organization.
a. attack stimulus
b. confidence policy
c. site policy
d. IR policyQ3. are closely monitored network decoys that can distract adversaries from more valuable machines on a network, provide early warning about new attack and exploitation trends; and can allow in-depth examination of adversaries during and after exploitation.
a. Log file monitors
b. Honeypots
C. Trap and trace systems
d. Packet exchangersQ4. A _____rootkit is one that becomes a part of the system bootstrap process and is loaded every time the system boots
a. user-mode
b. memory-based
C. kernel-mode
d. persistentQ5. In an attack known as valid protocol packets exploit poorly configured DNS servers to inject false information and corrupt the servers' answers to routine DNS queries from other systems on that network.
a. denial-of-service (DoS)
b. DNS cache poisoning
C. port mirroring
d. evasionQ6. is a value associated with an IDPS's ability to detect and identify an attack correctly.
a. Confidence
b. Awareness
c. Noise
d. StimulusQ7. systems use a combination of resources to detect an intrusion and then track it back to its source; they must be used with caution to avoid illegal actions.
a. Trap and trace
b. Log file monitors
C. Honeynet
d. Packet exchangersQ8. The ongoing activity from alarm events that are accurate and noteworthy but not necessarily as significant as potentially successful attacks is called
a. confidence
b. false positive
C. tuning
d. noiseQ9. The resides on a particular computer or server, known as the host, and monitors activity only on that system.
a. HIDPS
b. NIDPS
C. WIDPS
d. AIDPSQ10. The use of IDPS sensors and analysis systems can be quite complex. One very common approach is to use an open source software program called running on a UNIX or Linux system that can be managed and queried from a desktop computer using a client interface.
a. Sniff
b. Snort
C. Match
d. Detector
Answers: Disaster Recovery Quiz Questions
- c
- c
- b
- d
- b
- a
- a
- d
- a
- b