Google Cloud SQL - SSL/TLS for secure connections MCQ

Google Cloud SQL – 26 – SSL/TLS for secure connections MCQ

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1. What is the primary purpose of SSL/TLS in Google Cloud SQL?

Enforcing strict data validation

Reducing storage costs

Protecting data during transmission

Enhancing query performance

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2. Which cryptographic protocol does SSL/TLS use to secure data in transit?

SSL/TLS itself

DES

SSH

AES

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3. What does SSL stand for in the context of secure connections?

Secure Layer Service

Secure Language Layer

Simple Security Layer

Secure Sockets Layer

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4. Why is SSL/TLS important in Google Cloud SQL?

To reduce storage costs

To enforce strict schema rules

To ensure data at rest encryption

To protect data during transmission

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5. How does SSL/TLS contribute to data protection in Google Cloud SQL?

By encrypting data during transmission

By encrypting data in temporary storage

By encrypting data backups

By encrypting data at rest

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6. What is the significance of SSL/TLS certificates in secure connections?

They store encrypted data

They secure data at rest

They generate encryption keys

They provide authenticity verification

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7. Which step involves obtaining SSL/TLS certificates for Google Cloud SQL?

Creating a Google Cloud SQL instance

Testing the secure connection

Enabling SSL/TLS in the client application

Creating a self-signed certificate

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8. How can SSL/TLS certificates be managed and protected in Google Cloud SQL?

By storing them in a plain text file

By sharing them publicly

By using Cloud SQL Backup Service

Through Cloud Key Management Service (Cloud KMS)

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9. What is one practical consideration when implementing SSL/TLS in Google Cloud SQL?

Use weak encryption algorithms for better performance

Regularly update SSL/TLS certificates

Implement SSL/TLS only for data at rest

Avoid using SSL/TLS for secure connections

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10. Which aspect of data does SSL/TLS encryption primarily protect during transmission?

Data at rest

Data in transit

Data in memory

Data in backups

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11. Which security benefit does SSL/TLS provide for Google Cloud SQL?

Eliminating the need for data backups

Reducing storage costs

Protecting data confidentiality during transmission

Improving query performance

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12. How can SSL/TLS be enabled in a client application for connecting to a Google Cloud SQL instance?

By setting database permissions

By configuring the database schema

By providing SSL/TLS certificates and connection parameters

By specifying encryption algorithms

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13. What is the primary advantage of SSL/TLS for secure connections in Google Cloud SQL?

Enhanced query performance

Reduced storage costs

Data protection during transmission

Simplified data validation

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14. Which cryptographic standard is commonly used for data encryption in SSL/TLS?

SHA-256

RSA 512-bit

HMAC

AES 256-bit

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15. What is the role of SSL/TLS certificates in verifying server authenticity?

To secure the client's connection

To generate encryption keys

To compress data

To ensure trust in the server

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16. What type of attacks does SSL/TLS encryption help prevent during data transmission?

SQL injection attacks

Man-in-the-middle attacks

Physical attacks

DNS attacks

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17. What does TLS stand for in the context of secure connections?

Textual Language System

Transport Layer Security

Technical Language Standard

Trust Layer Service

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18. What should organizations consider when using SSL/TLS in Google Cloud SQL to meet compliance requirements?

Disable SSL/TLS to simplify compliance

Regularly update SSL/TLS certificates before expiration

Use weak encryption algorithms for compatibility

Avoid SSL/TLS certificate management

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19. Which aspect of data encryption does SSL/TLS primarily address in Google Cloud SQL?

Data in memory encryption

Data in transit encryption

Data validation

Data at rest encryption

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20. Why is it important to keep SSL/TLS certificates secure?

To simplify SSL/TLS configuration

To reduce certificate renewal costs

To optimize query performance

To prevent unauthorized access

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21. In Google Cloud SQL, where should SSL/TLS certificates be stored to ensure their protection?

In public repositories

In the database schema

In plain text files

In Cloud Key Management Service (Cloud KMS)

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22. Which protocol provides both data confidentiality and integrity in SSL/TLS connections?

SSH

FTP

TLS

HTTP

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23. What is the primary purpose of SSL/TLS encryption in Google Cloud SQL?

To reduce storage costs

To simplify data validation

To enforce strict schema rules

To protect data during transmission

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24. Which type of certificates are recommended for SSL/TLS in Google Cloud SQL to ensure trustworthiness?

Self-signed certificates

Certificates with weak encryption

Certificates from untrusted CAs

Certificates from trusted CAs

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25. What should organizations do to ensure uninterrupted secure connections with SSL/TLS in Google Cloud SQL?

Disable SSL/TLS for performance reasons

Regularly update SSL/TLS certificates before expiration

Use self-signed certificates

Avoid SSL/TLS certificate renewal

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Google Cloud SQL – SSL/TLS for secure connections MCQ