Big Data Security Analytics

5 minutes 5 Questions

Big Data Security Analytics refers to the application of advanced analytical techniques, such as machine learning, artificial intelligence, and statistical modeling, to vast amounts of security-related data in order to detect and prevent cyber threats. This approach allows security teams to process…

Guide to Big Data Security Analytics

Big Data Security Analytics is an important aspect of CISSP concept mainly due to the increasing prevalence of cyber threats and the need for robust security measures in managing vast datasets. It is a proactive security approach that uses big data capabilities and advanced analytic techniques to collect, correlate, and analyze large volumes of data to detect and predict security threats.

Big Data Security Analytics works in the following steps:
1. Data Collection: This involves gathering data from various sources.
2. Data Processing: The collected data is then processed and organized for analysis.
3. Data Analysis: The data is now analyzed using advanced algorithms to identify patterns and trends related to possible security threats.
4. Threat Detection: If any potential threat is detected, it’s reported to the relevant authorities for action.

To answer questions on Big Data Security Analytics in an exam, remember the following tips:
1. Understand the Concept: Have a thorough understanding of the concept and why it is important.
2. Know the Steps: Be familiar with how it works, specifically the steps involved in Big Data Security Analytics.
3. Apply Real-World Examples: Cite practical applications of Big Data Security Analytics to improve your answers.
4. Practice: Go through previous questions and answers to get comfortable with the type of questions that are asked.

Answering Questions on Big Data Security Analytics:
1. DEF: Define Big Data Security Analytics. 'Big Data Security Analytics is a proactive approach to security that involves the collection, correlation, and analysis of large volumes of data to detect and predict security threats.'
2. WHY: Can you explain why Big Data Security Analytics is important? 'Due to a rise in cyber threats and the need for enhanced security measures with managing massive datasets.'
3. HOW: How does Big Data Security Analytics work? 'It involves stages of data collection, processing, analysis, and threat detection.'

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Question 1

A financial institution has implemented a big data analytics tool to detect fraud in transactions. Despite continuous analysis, the tool fails to identify specific types of fraud. What should be done to improve the tool's effectiveness?

Replace the analytics tool with manual analysis Focus the analysis on high-value transactions only Incorporate additional data sources to enhance the analysis Reduce the data collection frequency

Correct Answer: Incorporate additional data sources to enhance the analysis

Incorporating additional data sources enhances the analysis and helps detect more fraud types. Reducing data collection frequency or ignoring less frequent fraud types negatively impact the analysis. Manual analysis can be impractical, while focusing on high-value transactions or enabling additional alerts doesn't address the issue.

Question 2

A global organization's Security Operations Center (SOC) aggregates terabytes of log data daily. While analyzing data on a specific security incident, the analysts cannot find relevant logs due to data retention policies. What should be done to avoid this issue in the future?

Remove the log data retention policy Request manual logs from affected systems Extend log data retention based on business requirements Convert all logs into summarized reports

Correct Answer: Extend log data retention based on business requirements

Extending log retention based on business requirements allows analysts to access data for longer periods, enhancing their investigation. Removing the retention policy creates storage issues. Requesting manual logs, retaining critical system data only, or converting logs into summarized reports might lead to incomplete analysis.

Question 3

A company has conducted an analysis of log data to identify security issues. The analysis produced a significant amount of false positives. What should the company do to improve the accuracy of the analysis?

Disregard the analysis and rely on manual examination Refine the analytics algorithms to reduce false positives Increase the amount of log data collected Remove false positives from the analysis results

Correct Answer: Refine the analytics algorithms to reduce false positives

Refining the algorithms reduces false positives and improves the analysis accuracy. Increasing data amount, decreasing the collection interval or changing the tool doesn't target the issue. Ignoring the analysis or removing false positives impacts the results and may overlook security issues.

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