AWS Snow Family Flashcards
What is AWS Snow Family?
How is AWS Snow Family defined in the context of AWS?
Explain the purpose and characteristics of AWS Snow Family.
Summarize the significance of using AWS Snow Family in AWS.
Answer: AWS Snow Family is a collection of physical devices provided by Amazon Web Services to facilitate the transfer of large volumes of data between on-premises environments and AWS.
The family includes Snowcone, Snowball, and Snowmobile, each designed for specific use cases. These ruggedized devices enable secure and efficient data migration, edge computing, and offline storage solutions.
Real world Use-Case: Consider a scenario where an organization needs to transfer a massive amount of data from an on-premises data center to AWS. AWS Snowball, part of the Snow Family, can be used to physically transport the data on a secure and ruggedized device.
AWS Snow Family addresses challenges associated with transferring large volumes of data by providing physical devices optimized for different use cases. These devices ensure secure, reliable, and efficient data transfer between on-premises environments and AWS.
The use of AWS Snow Family is significant for organizations with large data transfer requirements. By offering a range of physical devices tailored for specific use cases, AWS Snow Family simplifies and accelerates the process of migrating, storing, and processing data between on-premises locations and AWS cloud environments.
What is Edge Computing?
How is Edge Computing defined in the context of cloud computing?
Explain the purpose and characteristics of Edge Computing.
Summarize the significance of using Edge Computing.
Answer: Edge Computing is a distributed computing paradigm that brings **computation and data storage closer to the location **where it is needed, reducing latency and enabling real-time processing of data. Unlike traditional cloud computing models that centralize processing in data centers, Edge Computing decentralizes computing resources, placing them closer to end-users or devices.
Real world Use-Case: Consider a scenario where a smart city needs to process data from sensors in real-time to optimize traffic flow. Edge Computing can be implemented to process sensor data locally, reducing latency and improving the efficiency of traffic management.
Edge Computing is designed to address the limitations of traditional cloud computing by distributing computing resources to the edge of the network. This enables faster processing, lower latency, and real-time decision-making for applications and services.
The use of Edge Computing is significant for applications that require low-latency processing, real-time decision-making, and efficient utilization of resources.
By bringing computation closer to where it is needed, Edge Computing enhances the performance and responsiveness of applications in various industries.
What is S3 Lifecycle Policy?
How is S3 Lifecycle Policy defined in the context of Amazon S3?
Explain the purpose and characteristics of S3 Lifecycle Policy.
Summarize the significance of using S3 Lifecycle Policy in AWS.
Answer: S3 Lifecycle Policy is a feature in Amazon S3 that enables users to automatically manage the lifecycle of objects stored in S3 buckets. With Lifecycle Policies, users can define rules to transition objects between storage classes, automatically delete objects after a specified retention period, or archive objects to Amazon Glacier. This helps optimize storage costs and streamline data management.
Real world Use-Case: Consider a scenario where an organization wants to reduce storage costs by moving infrequently accessed data to a lower-cost storage class. S3 Lifecycle Policy can be used to automatically transition objects to the Standard-IA storage class after a certain period.
S3 Lifecycle Policy is a powerful tool for automating the management of objects in S3 buckets. By defining rules based on usage patterns and retention requirements, users can efficiently optimize storage costs and maintain data compliance.
The use of S3 Lifecycle Policy is significant for organizations seeking automated and cost-effective management of object lifecycle in S3. By leveraging Lifecycle Policies, users can ensure that objects are stored in the most cost-efficient manner and meet retention or archival requirements on the AWS cloud.
What is Amazon FSx?
How is Amazon FSx defined in the context of AWS?
Explain the purpose and characteristics of Amazon FSx.
Summarize the significance of using Amazon FSx in AWS.
Answer: Amazon FSx is a fully managed file storage service provided by Amazon Web Services (AWS). It offers file systems compatible with industry-standard protocols, such as Windows File Server (FSx for Windows) and Lustre (FSx for Lustre). Amazon FSx is designed to provide scalable and high-performance file storage for applications and workloads.
Real world Use-Case: Consider a scenario where a business needs a Windows-compatible file system for its applications. Amazon FSx for Windows can be used to create a fully managed and scalable file system without the need for extensive administrative overhead.
Amazon FSx simplifies the process of deploying and managing file storage solutions by offering fully managed file systems that are compatible with industry standards. Users can choose the appropriate FSx variant based on their application requirements.
The use of Amazon FSx is significant for organizations seeking scalable and fully managed file storage solutions in the AWS cloud. Whether using FSx for Windows or FSx for Lustre, users can benefit from high-performance file storage tailored to their specific application needs.
What is AWS Storage Gateway?
How is AWS Storage Gateway defined in the context of AWS?
Explain the purpose and characteristics of AWS Storage Gateway.
Summarize the significance of using AWS Storage Gateway in AWS.
Answer: AWS Storage Gateway is a hybrid cloud storage service that connects on-premises environments with cloud storage.
It enables seamless integration between on-premises applications and AWS cloud storage services by providing a bridge between local systems and S3, Glacier, and other AWS storage options.
Real world Use-Case: Consider a scenario where a company wants to extend its on-premises storage to the cloud for data backup and archive. AWS Storage Gateway can be deployed to facilitate the connection between the on-premises environment and AWS cloud storage services.
- Disaster recovery
- backup & restore
- on-premise cache & low-latency file access.
AWS Storage Gateway simplifies the hybrid cloud storage architecture by providing a unified interface between on-premises environments and AWS storage services. It allows organizations to extend their storage infrastructure to the cloud seamlessly.
Types of storage gateway:
- S3 File Gateway
- FSx File Gateway
- Volume Gateway
The use of AWS Storage Gateway is significant for businesses looking to establish a hybrid cloud storage solution. By seamlessly connecting on-premises environments with** AWS storage service**s, Storage Gateway enables efficient data transfer, backup, and archival on the AWS cloud.
What is AWS Transfer Family?
How is AWS Transfer Family defined in the context of AWS?
Explain the purpose and characteristics of AWS Transfer Family.
Summarize the significance of using AWS Transfer Family in AWS.
Answer: AWS Transfer Family is a fully managed file transfer service that enables the secure transfer of files to and from Amazon S3 or Amazon EFS. It supports multiple protocols, including FTP, SFTP, and FTPS, allowing users to choose the protocol that best suits their requirements. AWS Transfer Family eliminates the operational overhead of managing and scaling file transfer infrastructure.
Real world Use-Case: Consider a scenario where a business needs to securely transfer files between its on-premises environment and Amazon S3. AWS Transfer Family can be configured to support SFTP, ensuring a secure and managed file transfer process.
AWS Transfer Family simplifies the file transfer process by providing a fully managed service that supports various protocols. Users can securely transfer files to and from Amazon S3 or Amazon EFS without the need for manual infrastructure management.
The use of AWS Transfer Family is significant for organizations looking to establish secure and managed file transfers between on-premises environments and AWS storage services. By supporting multiple protocols, Transfer Family offers flexibility and ease of use for file transfer operations on the AWS cloud.
What is AWS DataSync?
How is AWS DataSync defined in the context of AWS?
Explain the purpose and characteristics of AWS DataSync.
Summarize the significance of using AWS DataSync in AWS.
Answer: AWS DataSync is a fully managed service that simplifies and accelerates the transfer of large amounts of data between on-premises storage systems and Amazon S3, Amazon EFS, or Amazon FSx for Windows File Server. It uses a purpose-built, high-performance protocol to optimize data transfer and provides features such as automation, encryption, and scheduling.
Real world Use-Case: Consider a scenario where a company needs to regularly transfer large datasets from an on-premises network-attached storage (NAS) system to Amazon S3. AWS DataSync can be configured to automate and accelerate the data transfer process.
AWS DataSync is designed to address challenges associated with transferring large volumes of data by providing a fully managed service with features like automation and optimization. It simplifies and accelerates data transfer between on-premises storage and AWS cloud storage services.
The use of AWS DataSync is significant for organizations with large-scale data transfer requirements. By leveraging a purpose-built protocol and fully managed service, DataSync ensures efficient, secure, and automated data transfer between on-premises environments and AWS storage services.
What is Amazon FSx for Lustre?
How is Amazon FSx for Lustre defined in the context of AWS?
Explain the purpose and characteristics of Amazon FSx for Lustre.
Summarize the significance of using Amazon FSx for Lustre in AWS.
Answer: Amazon FSx for Lustre is a fully managed high-performance file system service provided by Amazon Web Services. It is built on the Lustre file system, designed for parallel computing workloads.
FSx for Lustre is optimized for high-throughput, low-latency access to shared data, making it suitable for data-intensive applications such as machine learning, high-performance computing (HPC), and analytics.
Real world Use-Case: Consider a scenario where a research institution needs a high-performance file system to support a machine learning project.
Amazon FSx for Lustre can be utilized to provide scalable and low-latency access to shared data, optimizing performance for machine learning workloads.
Amazon FSx for Lustre offers a fully managed and optimized file system for parallel computing workloads.
It is designed to deliver high-throughput and low-latency access to shared data, making it ideal for performance-sensitive applications in various domains.
The use of Amazon FSx for Lustre is significant for organizations with data-intensive workloads, such as machine learning and high-performance computing. By leveraging a fully managed Lustre file system, FSx for Lustre provides a scalable and optimized solution for parallel computing applications on the AWS cloud.
Which deployment option in the FSx file system provides you with long-term storage that’s replicated within AZ?
1. Scratch File System
2. Persistent File System
Answer: Persistent File System
Amazon FSx is a fully managed file storage service provided by Amazon Web Services. When referred to as a “persistent file system,” it implies that Amazon FSx offers durable and reliable storage that persists even when instances or applications are shut down. It is designed to provide long-term storage for data, ensuring data durability and availability.
Real world Use-Case: Consider a scenario where a business requires a file system that persists data even in the event of instance failures. Amazon FSx, as a persistent file system, ensures that data remains intact and accessible over the long term, providing a reliable storage solution for applications.
The use of Amazon FSx as a persistent file system is significant for applications and workloads that demand reliable, durable, and scalable file storage. By leveraging FSx, users can ensure the persistence of data, providing a robust foundation for various use cases on the AWS cloud.
What are the protocols supported by AWS Transfer Family?
How are the protocols defined in the context of AWS Transfer Family?
Explain the purpose and characteristics of the protocols supported by AWS Transfer Family.
Summarize the significance of supporting multiple protocols in AWS Transfer Family.
Answer: AWS Transfer Family supports multiple file transfer protocols, including
- FTP (File Transfer Protocol),
- SFTP (Secure File Transfer Protocol),
- FTPS (FTP Secure).
These protocols enable users to choose the most suitable method for transferring files based on security requirements and compatibility with existing systems.
Real world Use-Case: Consider a scenario where a company needs to **securely transfer files to and from **AWS S3. AWS Transfer Family’s support for SFTP can be utilized for secure file transfer, ensuring data integrity and confidentiality during transit.
AWS Transfer Family’s support for multiple protocols provides flexibility for users to choose the most appropriate method for their file transfer needs. Whether it’s the simplicity of FTP or the security features of SFTP and FTPS, AWS Transfer Family accommodates diverse requirements.
The significance of supporting multiple protocols in AWS Transfer Family lies in providing users with options to choose the most suitable and secure method for transferring files.
This flexibility ensures compatibility with various systems and enhances the overall usability of the file transfer service on the AWS cloud.
