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Preserving Techniques for Encrypted Data Analysis in Cloud Forensic Investigations

The purpose of this research is to investigate the “Preserving Techniques for Encrypted Data Analysis in Cloud Forensic Investigations” We kindly request for your cooperation to provide us with the complete information for every question detailed in the questionnaire.
You can answer every question as truthfully and as accurately as possible for your perception. There is no right or wrong answer. The information collected during the study will only be used to accomplish the research requirements, and all responses provided on this survey will remain confidential.
The information collected during the study will only be used to accomplish the research requirements, and all responses provided on this survey will remain confidential.
Please respond to all the statements in the questionnaire with your most accurate and complete knowledge.

Thank you very much
Best regards,
Eric

1.Indicate Your Age (Required.)
2.What is your Gender(Required.)
3.Highest Education level(Required.)
4.How many years have you been in cloud computing or cloud forensic profession?(Required.)
5.Are you aware of the potential privacy risks involved in cloud forensic investigations?(Required.)
6.How difficult is it to analyze encrypted data in a forensic investigation? (Required.)
7.How important is each of the following reasons for encrypting data in the cloud?(Required.)
Least Important
Somewhat Important
Neutral
Important
Most Important
Confidentiality: Ensuring that only authorized individuals can access and view the data.
Integrity: Protecting the data from unauthorized modification or tampering, maintaining its accuracy and trustworthiness.
Privacy: Safeguarding the privacy of individuals whose data is stored in the cloud, preventing unauthorized access and misuse.
Enhancing Trust: Building confidence in the security of the cloud environment and the protection of sensitive data.
8.Which are the privacy risks issues of data during cloud forensic investigations (Please tick at least 2)(Required.)
9.Are you familiar with privacy preserving techniques for encrypted data analysis in cloud forensic investigations?(Required.)
10.How strong is your organization's security measures for protecting encryption and decryption keys?(Required.)
11.Does your organization use secure multi-party computation (SMPC) techniques for analyzing encrypted data?(Required.)
12.Does your organization use homomorphic encryption techniques for analyzing encrypted data?(Required.)
13.Does your organization use Secure order-preserving encryption during encrypted data analysis?(Required.)
14.Does your organization use Attribute-based encryption for analyzing encrypted data? (Required.)
15.Which encryption methods does your organization commonly use to secure cloud data? (Required.)
16.How strong is each of the following Techniques for Encrypted Data Analysis in Cloud Forensic Investigations?(Required.)
Highly ineffective
Ineffective
Moderate
Effective
Highly effective
Homomorphic encryption
Secure Multi-party computation
Secure order-preserving encryption
Attribute-based encryption
17.Which is the most effective Techniques for Encrypted Data Analysis in Cloud Forensic Investigations?(Required.)
18.How would you rate your organization's compliance with legal and regulatory requirements during encrypted data analysis?(Required.)
19.How would you rate your organization's measures to ensure privacy preservation when encrypting and decrypting data for cloud forensic investigations?(Required.)
20.Please rate the effectiveness of your organization's measures to prevent compromise of decrypted data.(Required.)
21.How effectively does your organization preserve the privacy of individuals or entities during and after the decryption and analysis of data?(Required.)
22.How efficient is each of the following techniques in ensuring Data Privacy and Security?(Required.)
very inefficient
inefficient
neutral
Efficient
Very Efficient
Homomorphic encryption
Secure Multi-party computation
Secure order-preserving encryption
Attribute-based encryption
23.Which is the most effective techniques in ensuring Data Privacy and Security? Tick ()(Required.)
24.In your organization, how effectively is access to decrypted data managed during an investigation?(Required.)
25.How would you rate your organization's maintenance of the chain of custody when analyzing encrypted data?(Required.)
26.How efficient is each of the following encryption technique in handling data access and management during investigation?(Required.)
Very inefficient
Inefficient
Neutral
Efficient
Very Efficient
Homomorphic encryption
Secure Multi-party computation
Secure order-preserving encryption
Attribute-based encryption
27.Which is the most effective techniques in handling data access and management during investigation?(Required.)
28.How effective do you believe privacy preserving techniques are in maintaining data confidentiality during cloud forensic investigations?(Required.)
29.What are the biggest obstacles your organization faces when conducting forensic investigations of encrypted cloud data?(Required.)
30.To what extent do you think privacy preserving techniques are currently adopted in cloud forensic investigations?(Required.)
31.Please indicate your level of agreement with the following statements about the strengths of privacy-preserving techniques for encrypted data analysis(Required.)
Strongly disagree
disagree
neutral
Agree
Strongly agree
These techniques effectively protect the privacy of individuals' data during cloud forensic investigations.
They allow for meaningful analysis of encrypted data without the need for decryption.
Privacy-preserving techniques ensure compliance with privacy regulations and standards.
They help maintain the confidentiality and integrity of sensitive data during analysis.
Privacy-preserving techniques foster trust and confidence in cloud forensic investigations.
32.Please indicate your level of agreement with the following statements about the weaknesses of privacy-preserving techniques for encrypted data analysis(Required.)
Strongly disagree
Disagree
Neutral
Agree
Strongly agree
These techniques may introduce additional computational overhead and resource requirements.
They can impact the accuracy and precision of analysis results due to the introduction of noise or data transformation.
Privacy-preserving techniques may be vulnerable to certain types of attacks or vulnerabilities.
They may require specialized knowledge and expertise for proper implementation and configuration
Current Progress,
0 of 32 answered