Protect public sector data in Azure Microsoft Quiz Answers

Get Protect public sector data in Azure Microsoft Quiz Answers

In this learning path, you’ll learn how Azure provides options to encrypt data throughout its lifecycle to protect sensitive data while following local regulations. Explore public multi-tenant, private, and hybrid cloud options to understand the cloud’s flexibility while differentiating between residency and encryption requirements. Implement and configure data breach notifications and response management options.

Prerequisites:

  • Familiarity with current workloads that could benefit from moving to the cloud.
  • Familiarity with protection requirements across a variety of data classification.

Enroll on Microsoft

Module 1: Design cloud solutions for the public sector

Governments around the world are in the process of a digital transformation. Explore digital solutions and select architectures that will allow you to move your workload into the cloud while keeping data of all classification levels safe. As you consider the features and services the cloud has to offer, explore how you can integrate various Azure solutions to bring value to your agency while maintaining control of your data.

Learning objectives:

In this module, you will learn to:

  • Explain the basic concept and benefits of public multi-tenant cloud services.
  • Describe a conceptual architecture that protects data at various classification levels.
  • Explain how residency and encryption features keep data of all classification levels safe.

Prerequisites:

  • Familiarity with current workloads that could benefit from moving to the cloud.
  • Familiarity with protection requirements across a variety of data classification.

Quiz 1: Knowledge check

Q1. What is a benefit of multi-tenant cloud computing?

  • The multi-tenant cloud allows customers to access each other’s applications.
  • Hyperscale public cloud also offers many features that incorporate the latest cloud innovations.
  • Applications and data are stored in multiple physical hardware components.
  • All data is stored on Azure cloud services.

Q2. What technology allows Azure to support private and hybrid cloud deployment models?

  • Azure confidential computing.
  • Just-in-time (JIT) virtual machine (VM) access.
  • Customer Lockbox.
  • Azure Stack Hub.

Q3. Which technology allows customers to approve/deny elevated access requests for customer data in support scenarios?

  • Tactical Azure Stack Hub.
  • Intel Software Guard Extensions.
  • Azure Dedicated Host.
  • Customer Lockbox.

Module 2: Encrypt public sector data in Azure

Data encryption in the cloud is an important risk mitigation requirement expected by government customers worldwide. Learn how to protect data through its entire lifecycle, whether at rest, in transit, or in use. Control encryption keys in the cloud using comprehensive encryption key management and explore the various encryption options to keep data secure in the public sector.

Learning objectives:

In this module, you will:

  • Describe the options for key management in Azure.
  • Identify various scenarios in which encryption is used to protect data throughout its lifecycle.
  • Choose between the various encryption options in Azure.

Prerequisites:

  • Basic understanding of data residency and encryption.
  • Experience in network administration or cloud solutions is preferred.

Quiz 1: Knowledge check

Q1. What prevents a customer from accessing another customer’s secrets in Azure Key Vault?

  • Data encryption at rest.
  • Bring your own key capability.
  • Just-in-time (JIT) privileged access management system.
  • Azure Active Directory (Azure AD).

Q2. What protects connections between customer’s client systems and Microsoft cloud services by generating a unique session key for every session a customer initiates?

  • In-transit encryption for VMs.
  • Perfect Forward Secrecy (PFS).
  • VPN encryption.
  • ExpressRoute encryption.

Q3. What is a symmetric key stored in the database boot record for availability during recovery?

  • Database Encryption Key (DEK).
  • Transparent Data Encryption (TDE).
  • Key Encryption Key (KEK).
  • Azure Disk Encryption (ADE).
Conclusion:

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