Security Manager's Guide to SIEM Product Features

Recommended Features for Efficient Log Analysis and Event Correlation

Question

You work as a Security Manager for Tech Perfect Inc.

You have set up a SIEM server for the following purposes: Analyze the data from different log sources Correlate the events among the log entries Identify and prioritize significant events Initiate responses to events if required One of your log monitoring staff wants to know the features of SIEM product that will help them in these purposes.

What features will you recommend? Each correct answer represents a complete solution.

Choose all that apply.

Answers

Explanations

Click on the arrows to vote for the correct answer

A. B. C. D. E.

to an attack that affects a vulnerable OS or a main host.

Answer: B is incorrect.

SIEM product does not have this feature.

The features of SIEM products are as follows: Graphical user interface (GUI): It is used in analysis for identifying potential problems and reviewing all available data that are associated with the problems.

Security knowledge base: It includes information on known vulnerabilities, log messages, and other technical data.

Incident tracking and hacking: It has robust workflow features to track and report incidents.

Asset information storage and correlation: It gives higher priority.

As a Security Manager, you have set up a SIEM (Security Information and Event Management) server to monitor and analyze data from various log sources, correlate events, identify and prioritize significant events, and initiate responses to events if required.

Your log monitoring staff wants to know the features of SIEM products that will help them achieve these purposes. Here are the recommended features:

A. Asset information storage and correlation: SIEM products should have the capability to store and correlate asset information such as IP addresses, hostnames, user IDs, and device types. This feature enables the SIEM server to identify and correlate security events related to specific assets, such as multiple failed login attempts from the same IP address, which could indicate a brute force attack.

B. Transmission confidentiality protection: SIEM products should have the capability to protect the confidentiality of transmitted data by using encryption and secure communication protocols. This feature ensures that sensitive data such as usernames, passwords, and other personal information are protected during transmission over the network.

C. Incident tracking and reporting: SIEM products should have the capability to track and report security incidents based on predefined rules and policies. This feature enables the SIEM server to generate reports and alerts that provide valuable information on security incidents such as the severity of the incident, the affected assets, and the response actions taken.

D. Security knowledge base: SIEM products should have a built-in security knowledge base that contains information on known security threats, vulnerabilities, and attack patterns. This feature enables the SIEM server to detect and respond to known security threats in real-time.

E. Graphical user interface: SIEM products should have a user-friendly graphical user interface (GUI) that enables log monitoring staff to easily access and analyze data from multiple log sources, correlate events, and generate reports. This feature simplifies the log analysis process and allows log monitoring staff to quickly identify and respond to security threats.

In conclusion, SIEM products should have the above-mentioned features to effectively monitor and analyze data from various log sources, correlate events, identify and prioritize significant events, and initiate responses to events if required.