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ECCouncil CND 312-38 Practice Test Questions, ECCouncil CND 312-38 Exam Practice Test Questions

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The EC-Council 312-38 exam is intended for those professionals who are seeking to earn the Certified Network Defender (CND) certificate. This test validates the skills of the network administrators in detecting, responding to, and protecting against threats within networks. This exam and its associated certification are created to help the enterprises establish and deploy the most comprehensive network defense system.

Target Audience and Prerequisites

The candidates for the EC-Council 312-38 exam are network administrators and engineers. These are the professionals who possess competency in network components, performance, utilization, traffic, network topology, security policy, and system location, among others. The students should have a fundamental knowledge of true construction of data transfer, software, and network technologies. They also understand network functions, how to analyze different subject materials, and what software automating is.

The applicants for this certification test must be familiar with the network defense fundamentals and intricacies of the network traffic signature. They should also be proficient in the application of different network security controls, perimeter appliances, firewall configuration and VPN, protocols, secure IDS, and vulnerability and analysis scanning. Additionally, they must develop competence in the exam topics before taking the test.

Exam Details and Topics

EC-Council 312-38 is a 4-hour test consisting of 100 questions. The exam questions are delivered in the multiple-choice format. The passing score for the test varies from 60% to 85%, depending on the type of questions that are administered and the ‘cut score’ that is used per certain delivery of the exam. The applicants have two options to become eligible for the test. They must complete the official training. Alternatively, they must have a minimum of a 2-year work experience in the information security domain without attending the official network security training.

The 312-38 certification exam measures your skills and knowledge in eight different domains. The highlights of these topics are as follows:

Network Management (10%):

• Network Attacks & Defense Strategies: This will measure the understanding of the candidates on the essential terminologies associated with network security attacks. It will also evaluate their ability to explain various instances of network-level, host-level, application-level, social engineering, email, mobile device-focused, Cloud-specific, and wireless network-focused attack methods, among others.
• Administrative Network Security: This covers the individuals’ skills in obtaining compliances with the regulatory framework and explaining different regulatory frameworks, acts, and laws as well as different administrative security measures. It also evaluates their expertise in designing and developing security policies and carrying out security awareness training.

Network Perimeter Protection (16%):

• Technical Network Security: This requires your understanding of access control terminologies, models, and principles as well as critical network security protocols. The learners should also be able to discuss different cryptographic algorithms and security techniques, Identity & Access Management concepts, and network segmentation techniques benefits.
• Network Perimeter Security: The candidates need to have knowledge of firewall security limitations, concerns, and capability as well as various firewall technologies’ types and their uses. They also need to demonstrate an idea of firewall topologies and usage, role, concerns, limitations, capabilities in IDS deployment. The test takers should also be able to explain different components of IDS and effective deployment of host-based IDS and networks as well as different HIDS and NIDS solutions with their specific intrusion detection abilities.

Endpoint Protection (15%):

• Endpoint Security Windows Systems: The individuals should be able to discuss Windows OS & security concerns, Windows Security Components, Windows User Account & Password Management, and Windows Security Features. They should also have the expertise in Windows Patch Management, Windows security baseline configuration, Windows AD security best practice, Windows user access management, and Windows Protocol Security & Network Service.
• Endpoint Security Linux Systems: The students have to know Linux OS & security concerns, Linux installation & patching, Linux user access & password management, Linux OS hardening methods, Linux network & remote access security, and different Linux security frameworks and tools.
• Endpoint Security Mobile Devices: This requires one’s ability to discuss security tools and guidelines for iOS devices, security risk & challenges connected to usage policies of enterprise mobile. The learners should be able to discuss and implement different enterprise-level mobile security management solutions and general security guidelines & best practices on the mobile platforms.
• Endpoint Security IoT Devices: This will measure the candidates’ knowledge of IoT devices, their application areas, and needs. It will also evaluate the understanding of IoT Communication models and ecosystem as well as security risks and challenges associated with different IoT-enabled settings. The applicants will have to discuss IoT best practices and security tools as well as security measures for different IoT-enabled settings, among others.

Application & Data Protection (13%):

• Administrative Application Security: Within this subject area, the examinees should discuss and implement WAF (Web Application Firewall), Application Blacklisting and Whitelisting, application patch management, and application Sandboxing.
• Data Security: The candidates need to have the ability to talk about the implementation of different data access controls, encryption of data-at-rest, encryption of data-at-transit, encryption of data-at-transit between the web server and browser, and encryption of data-at-transit between the web server and database server, among others.

Enterprise Cloud, Virtual, & Wireless Network Protection (12%):

• Enterprise Cloud Network Security: This measures the candidates’ skills in Cloud computing fundamentals and insights into Cloud security. It also evaluates their expertise in discussing security within Amazon Cloud, Microsoft Azure Cloud, and Google Cloud Platform.
• Enterprise Virtual Network Security: The individuals need to have the ability to discuss virtualization essential concepts, network virtualization security, software-defined network security, network function virtualization, and OS virtualization security. The section will also measure your understanding of security guidelines, best practices, and recommendations for Containers, Dockers, and Kubernetes.
• Enterprise Wireless Network Security: This part will measure the applicants’ skills in wireless network fundamentals, wireless network encryption mechanisms, and wireless network authentication techniques.

Incident Detection (14%):

• Network Traffic Monitoring & Analysis: This measures the learners’ understanding of network traffic monitoring needs and benefits as well as network performance & bandwidth monitoring concepts, among others.
• Network Logs Monitoring & Analysis: This area requires the candidates’ ability to talk about log monitoring & analysis on Linux, Firewall, Web Server, Routers, Mac, and Windows systems.

Incident Response (10%):

• Incident Response & Forensic Investigation: This measures the understanding of incident response concepts and the function of the first responder within the incident response. The test takers should also understand the do’s and don’ts within the first response, forensic investigation process, and incident handling & response process.
• Business Continuity & Disaster Recovery: In the framework of this domain, the learners need to understand business continuity & disaster recovery, business continuity plan & disaster recovery plan, as well as BC/DR activities and BC/DR standards.

Incident Prediction (10%):

• Risk Anticipation and Risk Management: This requires your understanding of risk management concepts, Risk Management Frameworks, vulnerability assessment & scanning, and management of vulnerabilities through the vulnerability management program.
• Threat Assessment and Attack Surface Analysis: Here the students should know about attack surface analysis, Indicators of Exposures, and attack simulation.
• Threat Prediction and Cyber Threat Intelligence: This evaluates the examinees’ knowledge and skills in the function of cyber threat intelligence within network defense, various threat intelligence types, Indicators of Threat Intelligence, and layers of threat intelligence.

Job Roles and Salary Outlook

The candidates with the Certified Network Defender certification can take up the job titles as Network Administrators, Network Security Engineers, Network Security Administrators, Security Operators, Security Analysts, Data Security Analysts, and Network Defense Technicians. The average salary for these positions ranges from $66,000 to $112,000 per annum.

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