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Eccouncil 312-38 Exam Questions
- Topic 1: Risk Anticipation with Risk Management/ Technical Network Security
- Topic 2: Threat Prediction with Cyber Threat Intelligence/ Network Attacks and Defense Strategies
- Topic 3: Business Continuity and Disaster Recovery/ Endpoint Security-Windows Systems
- Topic 4: Threat Assessment with Attack Surface Analysis/ Administrative Network Security
- Topic 5: Incident Response and Forensic Investigation/ Endpoint Security-IoT Devices
- Topic 6: Network Logs Monitoring and Analysis/ Network Perimeter Security
- Topic 7: Network Traffic Monitoring and Analysis/ Administrative Application Security
- Topic 8: Enterprise Wireless Network Security/ Endpoint Security- Mobile Devices
- Topic 9: Enterprise Cloud Network Security/ Endpoint Security-Linux Systems
- Topic 10: Enterprise Virtual Network Security/ Data Security
Free Eccouncil 312-38 Exam Actual Questions
Note: Premium Questions for 312-38 were last updated On Aug. 04, 2026 (see below)
Which of the following types of information can be obtained through network sniffing? (Select all that apply)
Network sniffing is a process used to monitor and capture data packets as they travel across a network. Through network sniffing, various types of information can be obtained:
DNS traffic: Sniffing can capture the queries and responses exchanged between DNS servers and clients, revealing which domains are being requested by users on the network.
Telnet passwords: Since Telnet transmits data, including login credentials, in clear text, sniffing can easily capture these passwords as they traverse the network.
Syslog traffic: Syslog is a standard for message logging, and sniffing can intercept this traffic, providing insights into the events and statuses reported by network devices.
Programming errors, however, are typically not something that can be captured through network sniffing, as they are related to the code's logic rather than the data transmitted over the network.
Which of the following is an example of MAC model?
The Bell-LaPadula model is an example of a Mandatory Access Control (MAC) model. It is designed to maintain the confidentiality of information by enforcing access controls based on security classification levels. This model ensures that subjects (users) with a certain clearance level cannot read data at a higher classification level (no read-up) and cannot write data to a lower classification level (no write-down), thus preventing unauthorized access and information flow not permitted by the policy.
How does Windows' in-built security component, AppLocker, whitelist applications?
AppLocker whitelists applications by creating rules that specify which files are allowed to run. One of the primary methods for specifying these rules is through the use of Path Rules. Path Rules allow administrators to specify an allowed file or folder path, and any application within that path is permitted to run. This method is particularly useful for allowing applications from a known directory while blocking others that are not explicitly approved.
Which of the following entities is responsible for cloud security?
In the context of cloud security, the responsibility is shared between the cloud provider and the cloud consumer. This is known as the shared responsibility model. The cloud provider is responsible for securing the infrastructure that runs all of the services offered in the cloud. On the other hand, the cloud consumer is responsible for managing the security of their data, applications, and operating systems that they run on the cloud infrastructure. The specific responsibilities can vary depending on the service model being used (IaaS, PaaS, SaaS), but the underlying principle is that both parties have a role to play in ensuring the security of cloud services.
Which firewall technology provides the best of both packet filtering and application-based filtering and is used in Cisco Adaptive Security Appliances?
Stateful multilayer inspection (SMLI) firewalls provide a robust security mechanism that combines the features of both packet filtering and application-based filtering. They are capable of inspecting the state of active connections and make decisions based on the context of the traffic. Cisco Adaptive Security Appliances (ASA) utilize this technology to offer an integrated approach to network security, which includes application-aware firewall capabilities, intrusion prevention, and content security services. This technology is particularly effective as it not only looks at the state and attributes of the packets but also examines the data within the packet, enabling it to provide more comprehensive protection against various types of network threats.
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