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| Section | Objectives |
|---|---|
| Topic 1: Incident Response and Recovery | - Incident handling lifecycle - Disaster recovery and business continuity |
| Topic 2: Data and Application Security | - Data protection mechanisms and encryption basics - Endpoint and application hardening |
| Topic 3: Network Security Monitoring | - Traffic monitoring and anomaly detection - Log analysis and SIEM fundamentals |
| Topic 4: Network Defense Fundamentals | - Network security principles and architectures - Security policies and procedures |
| Topic 5: Threats and Vulnerabilities | - Network reconnaissance and exploitation techniques - Malware and attack vectors |
| Topic 6: Network Security Controls | - Firewalls, IDS/IPS, and network access control - Secure network devices configuration |
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NEW QUESTION # 436
Which of the following are the six different phases of the Incident handling process? Each correct answer represents a complete solution. Choose all that apply.
Answer: A,B,D,E,F,G
Explanation:
Following are the six different phases of the Incident handling process:
1.Preparation: Preparation is the first step in the incident handling process. It includes processes like backing up copies of all key data on a regular basis, monitoring and updating software on a regular basis, and creating and implementing a documented security policy. To apply this step a documented security policy is formulated that outlines the responses to various incidents, as a reliable set of instructions during the time of an incident.
The following list contains items that the incident handler should maintain in the preparation phase i.e. before an incident occurs:
Establish applicable policies
Build relationships with key players
Build response kit
Create incident checklists
Establish communication plan
Perform threat modeling
Build an incident response team
Practice the demo incidents
2.Identification: The Identification phase of the Incident handling process is the stage at which the Incident handler evaluates the critical level of an incident for an enterprise or system. It is an important stage where the distinction between an event and an incident is determined, measured and tested.
3.Containment: The Containment phase of the Incident handling process supports and builds up the incident combating process. It helps in ensuring the stability of the system and also confirms that the incident does not get any worse.
4.Eradication: The Eradication phase of the Incident handling process involves the cleaning-up of the identified harmful incidents from the system. It includes the analyzing of the information that has been gathered for determining how the attack was committed. To prevent the incident from happening again, it is vital to recognize how it was conceded out so that a prevention technique is applied.
5.Recovery: Recovery is the fifth step of the incident handling process. In this phase, the Incident Handler places the system back into the working environment. In the recovery phase the Incident Handler also works with the questions to validate that the system recovery is successful. This involves testing the system to make sure that all the processes and functions are working normal. The Incident Handler also monitors the system to make sure that the systems are not compromised again. It looks for additional signs of attack.
6.Lessons learned: Lessons learned is the sixth and the final step of incident handling process. The Incident Handler utilizes the knowledge and experience he learned during the handling of the incident to enhance and improve the incident-handling process. This is the most ignorant step of all incident handling processes. Many times the Incident Handlers are relieved to have systems back to normal and get busy trying to catch up other unfinished work. The Incident Handler should make documents related to the incident or look for ways to improve the process.
Answer option C is incorrect. The post mortem review is one of the phases of the Incident response process.
NEW QUESTION # 437
Damian is the chief security officer of Enigma Electronics. To block intruders and prevent any environmental accidents, he needs to set a two-factor authenticated keypad lock at the entrance, rig a fire suppression system, and link any video cameras at various corridors to view the feeds in the surveillance room. What layer of network defense-in-depth strategy is he trying to follow?
Answer: D
Explanation:
The measures Damian is implementing are part of the Physical layer of network defense-in-depth strategy.
This layer involves securing the physical infrastructure of the organization, which includes controlling physical access to the building through mechanisms like two-factor authenticated locks and monitoring the environment with video surveillance. Additionally, implementing fire suppression systems is a part of safeguarding the physical premises against environmental hazards. These measures are essential to prevent unauthorized physical access and to protect against physical threats that could harm the network's infrastructure. References: The Certified Network Defender (CND) program by EC-Council covers a defense-in-depth security strategy that includes the Physical layer as one of its core components12.
NEW QUESTION # 438
Management wants to bring their organization into compliance with the ISO standard for information security risk management. Which ISO standard will management decide to implement?
Answer: D
NEW QUESTION # 439
Which of the following is a kind of security, which deals with the protection of false signals transmitted by the electrical system?
Answer: D
NEW QUESTION # 440
You are responsible for network functions and logical security throughout the corporation. Your company has over 250 servers running Windows Server 2012, 5000 workstations running Windows 10, and 200 mobile users working from laptops on Windows 8. Last week 10 of your company's laptops were stolen from a salesman, while at a conference in Barcelona. These laptops contained proprietary company information.
While
doing a damage assessment, a news story leaks about a blog post containing information about the stolen laptops and the sensitive information. What built-in Windows feature could you have implemented to protect the sensitive information on these laptops?
Answer: C
Explanation:
The Encrypted File System (EFS) is a feature of the NTFS file system available in Windows that provides filesystem-level encryption. It allows for the transparent encryption of files, protecting confidential data from attackers who might gain physical access to the computers. EFS uses a combination of symmetric key encryption and public key technology to protect files. The symmetric key, known as the File Encryption Key (FEK), is used to encrypt the file data, and then the FEK itself is encrypted with a public key associated with the user's identity and stored with the file. This ensures that only authorized users can decrypt the encrypted files. EFS is particularly suitable for protecting sensitive data on laptops that might be lost or stolen, as it ensures that the data remains inaccessible without the appropriate encryption key.
References: The information about EFS is consistent with the features and capabilities as described in the Windows documentation and resources on filesystem-level encryption123.
NEW QUESTION # 441
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