[05/Metauro/02]

What does the tool provide for preparing data for visualization?

Which feature empowers data analysts to define custom dimensions and metrics quickly?

What is the primary purpose of the API provided by the tool?

The tool provides a code-free visualization builder.

The tool does not support in-memory asynchronous caching and queries.

The API provided by the tool is not designed for programmatic customization.

Match the following features with their descriptions:

Match the following capabilities with their descriptions:

Match the following features with their purposes:

What is the primary purpose of a cloud-native architecture?

Which principle is commonly used to break down cloud-native applications into small, independent services?

What technology is often used to deploy cloud-native applications in isolation?

Which practice automates the building, testing, and deployment of software in cloud-native architectures?

What is a key benefit of cloud-native applications in terms of scalability?

In terms of reliability, cloud-native applications are typically designed to be:

What aspect do cloud-native applications emphasize in terms of resilience?

Which architecture methodology utilizes cloud services for building and running applications?

What technology allows applications to be packaged and run in isolation within cloud-native architectures?

Which set of practices automates the building, testing, and deployment of software within cloud-native architectures?

Cloud-native architectures typically emphasize reliability over scalability.

Containers are a heavy virtualization technology that allows applications to be packaged and run in isolation.

CI/CD is often used to deploy cloud-native applications, but it does not automate the building and testing of software.

Cloud-native architectures do not offer any benefits in terms of scalability.

Microservices are often used to deploy cloud-native applications as large, dependent services.

Cloud-native applications are typically designed to be unreliable, meaning they cannot continue to operate in the event of failures.

Cloud-native architectures do not utilize cloud services such as elastic computing, storage, and networking to build and run applications.

Resilience is not a key focus in cloud-native architectures; they do not aim to recover from failures quickly.

Containers are never used to deploy cloud-native applications within cloud-native architectures.

CI/CD does not automate the building, testing, and deployment of software within cloud-native architectures.

Match the following cloud-native architecture principles with their descriptions:

Match the following benefits of cloud-native architectures with their descriptions:

Match the following cloud-native architecture technologies with their primary usage: