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| Topic | Details | Weights |
|---|---|---|
| Computer Network and Defense Fundamentals | - Understanding computer network - Describing OSI and TCP/IP network Models - Comparing OSI and TCP/IP network Models - Understanding different types of networks - Describing various network topologies - Understanding various network components - Explaining various protocols in TCP/IP protocol stack - Explaining IP addressing concept - Understanding Computer Network Defense (CND) - Describing fundamental CND attributes - Describing CND elements - Describing CND process and Approaches | 5% |
| Network Security Threats, Vulnerabilities, and Attacks | - Understanding threat, attack, and vulnerability - Discussing network security concerns - Reasons behind network security concerns - Effect of network security breach on business continuity - Understanding different types of network threats - Understanding different types of network security vulnerabilities - Understanding different types of network attacks - Describing various network attacks | 5% |
| Network Risk and Vulnerability Management | - Understanding risk and risk management - Key roles and responsibilities in risk management - Understanding Key Risk Indicators (KRI) in risk management - Explaining phase involves in risk management - Understanding enterprise network risk management - Describing various risk management frameworks - Discussing best practices for effective implementation of risk management - Understanding vulnerability management - Explaining various phases involve in vulnerability management - Understanding vulnerability assessment and its importance - Discussing requirements for effective network vulnerability assessment - Discussing internal and external vulnerability assessment - Discussing steps for effective external vulnerability assessment - Describing various phases involve in vulnerability assessment - Selection of appropriate vulnerability assessment tool - Discussing best practices and precautions for deploying vulnerability assessment tool - Describing vulnerability reporting, mitigation, remediation and verification | 9% |
| Secure Firewall Configuration and Management | - Understanding firewalls - Understanding firewall security concerns - Describing various firewall technologies - Describing firewall topologies - Appropriate selection of firewall topologies - Designing and configuring firewall ruleset - Implementation of firewall policies - Explaining the deployment and implementation of firewall - Factors to considers before purchasing any firewall solution - Describing the configuring, testing and deploying of firewalls - Describing the management, maintenance and administration of firewall implementation - Understanding firewall logging - Measures for avoiding firewall evasion - Understanding firewall security best practices | 8% |
| Secure VPN Configuration and Management | - Understanding Virtual Private Network (VPN) and its working - Importance of establishing VPN - Describing various VPN components - Describing implementation of VPN concentrators and its functions - Explaining different types of VPN technologies - Discussing components for selecting appropriate VPN technology - Explaining core functions of VPN - Explaining various topologies for implementation of VPN - Discussing various VPN security concerns - Discussing various security implications to ensure VPN security and performance | 6% |
| Network Traffic Monitoring and Analysis | - Understanding network traffic monitoring - Importance of network traffic monitoring - Discussing techniques used for network monitoring and analysis - Appropriate position for network monitoring - Connection of network monitoring system with managed switch - Understanding network traffic signatures - Baselining for normal traffic - Disusing the various categories of suspicious traffic signatures - Various techniques for attack signature analysis - Understanding Wireshark components, working and features - Demonstrating the use of various Wireshark filters - Demonstrating the monitoring LAN traffic against policy violation - Demonstrating the security monitoring of network traffic - Demonstrating the detection of various attacks using Wireshark - Discussing network bandwidth monitoring and performance improvement | 9% |
| Data Backup and Recovery | - Understanding data backup - Describing the data backup plan - Describing the identification of data to backup - Determining the appropriate backup medium for data backup - Understanding RAID backup technology and its advantages - Describing RAID architecture - Describing various RAID levels and their use - Selection of appropriate RAID level - Understanding Storage Area Network (SAN) backup technology and its advantages - Best practices of using SAN - Understanding Network Attached Storage (NAS) backup technology and its advantages - Describing various types of NAS implementation | 9% |
| Wireless Network Defense | - Understanding wireless network - Discussing various wireless standards - Describing various wireless network topologies - Describing possible use of wireless networks - Explaining various wireless network components - Explaining wireless encryption (WEP, WPA,WPA2) technologies - Describing various authentication methods for wireless networks - Discussing various types of threats on wireless networks - Creation of inventory for wireless network components - Appropriate placement of wireless Access Point (AP) - Appropriate placement of wireless antenna - Monitoring of wireless network traffic - Detection and locating of rogue access points - Prevention of wireless network from RF interference - Describing various security implications for wireless network | 6% |
| Secure IDS Configuration and Management | - Understanding different types of intrusions and their indications - Understanding IDPS - Importance of implementing IDPS - Describing role of IDPS in network defense - Describing functions, components, and working of IDPS - Explaining various types of IDS implementation - Describing staged deployment of NIDS and HIDS - Describing fine-tuning of IDS by minimizing false positive and false negative rate - Discussing characteristics of good IDS implementation - Discussing common IDS implementation mistakes and their remedies - Explaining various types of IPS implementation - Discussing requirements for selecting appropriate IDSP product - Technologies complementing IDS functionality | 8% |
| Physical Security | - Understanding physical security - Importance of physical security - Factors affecting physical security - Describing various physical security controls - Understanding the selection of Fire Fighting Systems - Describing various access control authentication techniques - Understanding workplace security - Understanding personnel security - Describing Environmental Controls - Importance of physical security awareness and training | 6% |
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EC-COUNCIL is a globally recognized provider of cybersecurity certification programs, and the EC-COUNCIL 312-38 Exam is one of the most sought-after certifications in the field of network security. EC-Council Certified Network Defender CND certification is designed for network administrators, system administrators, network security engineers, and other IT professionals who are responsible for protecting the confidentiality, integrity, and availability of their organization's network infrastructure. EC-Council Certified Network Defender CND certification provides candidates with the knowledge and skills needed to identify and mitigate various types of network security threats, including viruses, malware, and other forms of cyber-attacks. The EC-COUNCIL 312-38 Exam is a valuable certification for professionals looking to advance their careers in the field of network security and demonstrate their expertise in protecting network infrastructure.
NEW QUESTION # 147
What is the best way to describe a mesh network topology?
Answer: A
Explanation:
A mesh network topology is characterized by each node (computer or device) being interconnected with every other node in the network. This allows for direct data transmission and multiple pathways for the data to route itself, enhancing reliability and robustness. In a mesh topology, the absence of a central hub means that the network can dynamically reroute data if any node fails, maintaining the network's overall connectivity.
NEW QUESTION # 148
Daniel is monitoring network traffic with the help of a network monitoring tool to detect any abnormalities.
What type of network security approach is Daniel adopting?
Answer: A
Explanation:
Daniel is adopting a Reactive network security approach. This approach involves monitoring network traffic to detect any abnormalities or intrusions as they occur. The goal of reactive security is to identify and respond to threats in real-time. It is a part of the broader defense strategy that includes Protect, Detect, Respond, and Predict, where 'Detect' aligns with the reactive approach. By using network monitoring tools, Daniel is able to observe the network for any signs of compromise or unusual activity and then take appropriate action to mitigate the threat.
References: The Certified Network Defender (CND) program by EC-Council emphasizes the importance of a continual/adaptive security strategy, which includes the ability to detect ongoing threats as a critical component of network defense12. This strategy is further detailed in the CND course outline, which covers key topics such as network traffic monitoring and analysis, indicating the reactive nature of such activities1.
NEW QUESTION # 149
Which of the following policies helps in defining what users can and should do to use network and organization's computer equipment?
Answer: B
NEW QUESTION # 150
What can be the possible number of IP addresses that can be assigned to the hosts present in a subnet having 255.255.255.224 subnet mask?
Answer: A
Explanation:
A subnet with a mask of 255.255.255.224 (or /27 in CIDR notation) allows for 32 IP addresses in total. However, the first address is reserved for the network address, and the last is reserved for the broadcast address. This leaves 30 usable IP addresses for hosts within the subnet.
NEW QUESTION # 151
Which of the following is a high-speed network that connects computers, printers, and other network devices together?
Answer: B
NEW QUESTION # 152
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