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Data Protection Ensuring

To answer the questions related to this module, the learners need to have the skills in managing encryption at rest. This comprises their comprehension of use cases for default encryption, customer-supplied encryption keys (CSEK), and customer-managed encryption keys (CMEK). The candidates should also be capable of creating & managing encryption keys for CSEK and CMEK as well as managing application secrets. They should have an understanding of enclave computing, envelope encryption, and object lifecycle policies for Cloud Storage. Moreover, this area requires your competency in preventing data loss using DLP API. This involves the ability to configure tokenization, restrict access to DLP datasets, determine and redact PII, as well as configure the format-preserving substitution.

Google Professional-Cloud-Security-Engineer Certification Exam covers a range of topics related to cloud security, including security management, data protection, identity and access management, compliance and regulation, and incident management. Google Cloud Certified - Professional Cloud Security Engineer Exam certification exam is ideal for professionals who want to work with Google Cloud Platform (GCP) and ensure that their organizations can maintain a secure and compliant cloud environment.

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Google Professional-Cloud-Security-Engineer Certification Exam is intended for individuals who have prior experience in cloud security, and who are looking to enhance their skills and knowledge in securing cloud-based solutions. Professional-Cloud-Security-Engineer exam is designed to test the candidate's ability to design and implement secure infrastructure and platforms in the Google Cloud environment, as well as their knowledge of best practices for data protection, identity management, network security, and compliance.

Google Cloud Certified - Professional Cloud Security Engineer Exam Sample Questions (Q304-Q309):

NEW QUESTION # 304
Your team wants to make sure Compute Engine instances running in your production project do not have public IP addresses. The frontend application Compute Engine instances will require public IPs. The product engineers have the Editor role to modify resources. Your team wants to enforce this requirement.
How should your team meet these requirements?

A. Remove the Editor role and grant the Compute Admin IAM role to the engineers.
B. Set up an organization policy to only permit public IPs for the front-end Compute Engine instances.
C. Set up a VPC network with two subnets: one with public IPs and one without public IPs.
D. Enable Private Access on the VPC network in the production project.

Answer: B

Explanation:
Explanation/Reference: https://cloud.google.com/compute/docs/ip-addresses/reserve-static-external-ip-address

NEW QUESTION # 305
Your organization develops software involved in many open source projects and is concerned about software supply chain threats You need to deliver provenance for the build to demonstrate the software is untampered.
What should you do?

A. * 1. Hire an external auditor to review and provide provenance
* 2. Define the scope and conditions.
* 3. Get support from the Security department or representative.
B. * 1, Publish the software code on GitHub as open source.
* 2. Establish a bug bounty program, and encourage the open source community to review, report, and fix the vulnerabilities.
C. * 1- Generate Supply Chain Levels for Software Artifacts (SLSA) level 3 assurance by using Cloud Build.
* 2. View the build provenance in the Security insights side panel within the Google Cloud console.
D. * 1. Review the software process.
* 2. Generate private and public key pairs and use Pretty Good Privacy (PGP) protocols to sign the output software artifacts together with a file containing the address of your enterprise and point of contact.
* 3. Publish the PGP signed attestation to your public web page.

Answer: C

Explanation:
* 4. Publish the attestation to your public web page.
Explanation:
Generate Supply Chain Levels for Software Artifacts (SLSA) level 3 assurance by using Cloud Build: SLSA is a framework for ensuring the integrity of software artifacts. By using Cloud Build, you can automate the build process and generate SLSA level 3 compliance, which includes verifiable build steps and provenance.
View the build provenance in the Security insights side panel within the Google Cloud console: The build provenance provides a detailed history of how the software was built, including the source code, build process, and any dependencies. This information is accessible through the Security insights side panel in the Google Cloud console, allowing you to verify the integrity and authenticity of your software artifacts.
Reference:
Supply Chain Levels for Software Artifacts (SLSA) documentation
Cloud Build documentation
Security insights in Google Cloud console

NEW QUESTION # 306
You are setting up a new Cloud Storage bucket in your environment that is encrypted with a customer managed encryption key (CMEK). The CMEK is stored in Cloud Key Management Service (KMS). in project
"pr j -a", and the Cloud Storage bucket will use project "prj-b". The key is backed by a Cloud Hardware Security Module (HSM) and resides in the region europe-west3. Your storage bucket will be located in the region europe-west1. When you create the bucket, you cannot access the key. and you need to troubleshoot why.
What has caused the access issue?

A. A firewall rule prevents the key from being accessible.
B. The CMEK is in a different project than the Cloud Storage bucket
C. The CMEK is in a different region than the Cloud Storage bucket.
D. Cloud HSM does not support Cloud Storage

Answer: C

Explanation:
When you use a customer-managed encryption key (CMEK) to secure a Cloud Storage bucket, the key and the bucket must be located in the same region. In this case, the key is in europe-west3 and the bucket is in europe-west1, which is why you're unable to access the key.

NEW QUESTION # 307
You need to implement an encryption at-rest strategy that reduces key management complexity for non- sensitive data and protects sensitive data while providing the flexibility of controlling the key residency and rotation schedule. FIPS 140-2 L1 compliance is required for all data types. What should you do?

A. Encrypt non-sensitive data with Google default encryption, and encrypt sensitive data with Cloud External Key Manager.
B. Encrypt non-sensitive data with Google default encryption, and encrypt sensitive data with Cloud Key Management Service.
C. Encrypt non-sensitive data and sensitive data with Cloud External Key Manager.
D. Encrypt non-sensitive data and sensitive data with Cloud Key Management Service

Answer: B

Explanation:
* Objective: Implement an encryption at-rest strategy that balances key management complexity and control for sensitive and non-sensitive data, ensuring FIPS 140-2 L1 compliance.
* Solution: Use Google default encryption for non-sensitive data and Cloud Key Management Service (KMS) for sensitive data.
* Steps:
* Step 1: Store non-sensitive data using Google Cloud's default encryption, which automatically encrypts data at rest without additional configuration.
* Step 2: For sensitive data, use Cloud KMS to create and manage encryption keys.
* Step 3: Configure key rotation policies for the keys managed by Cloud KMS to meet compliance requirements.
* Step 4: Ensure that all data encryption keys used by Cloud KMS comply with FIPS 140-2 Level 1 standards.
By using Google default encryption for non-sensitive data and Cloud KMS for sensitive data, you can manage encryption efficiently while maintaining control over key residency and rotation for sensitive data.
References:
Google Cloud Default Encryption
Cloud Key Management Service
FIPS 140-2 Compliance

NEW QUESTION # 308
A customer's internal security team must manage its own encryption keys for encrypting data on Cloud Storage and decides to use customer-supplied encryption keys (CSEK).
How should the team complete this task?

A. Generate an encryption key in the Google Cloud Platform Console, and upload an object to Cloud Storage using the specified key.
B. Encrypt the object, then use the gsutil command line tool or the Google Cloud Platform Console to upload the object to Cloud Storage.
C. Upload the encryption key to a Cloud Storage bucket, and then upload the object to the same bucket.
D. Use the gsutil command line tool to upload the object to Cloud Storage, and specify the location of the encryption key.

Answer: D

Explanation:
To use customer-supplied encryption keys (CSEK) for encrypting data on Cloud Storage, follow these steps:
* Generate an Encryption Key: Generate a 256-bit AES encryption key. This key should be base64- encoded.
sh
Copy code
openssl rand -base64 32
* Upload Object with CSEK: Use the gsutil command-line tool to upload the object to Cloud Storage, specifying the location of the encryption key using the -o option.
gsutil -o "GSUtil:encryption_key=<base64-encoded-key>" cp [LOCAL_OBJECT_PATH] gs://
[BUCKET_NAME]/
* Verify Encryption: After uploading the object, you can verify that it is encrypted using the provided CSEK by checking the object's metadata.
gsutil stat gs://[BUCKET_NAME]/[OBJECT_NAME]
* Key Management: Ensure that the encryption key is securely stored and managed. It should not be hard-coded in scripts or applications.
By using the gsutil tool and specifying the encryption key, you ensure that the object is encrypted using the customer-supplied encryption key during the upload process.
References:
* Customer-Supplied Encryption Keys (CSEK) Documentation
* gsutil Command Line Tool Documentation

NEW QUESTION # 309
......

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