Snowball and Snowball Edge devices can be used to transfer large amounts of data into and out of AWS cost effectively. Snowball supports offline data transfers of up to 80TB while Snowball Edge provides up to 100TB of storage along with local compute and storage capabilities. The seminar covered how to set up and use Snowball and Snowball Edge devices including creating jobs, transferring and processing data, and networking options when used with services like S3, EC2, and Lambda.
AWS Black Belt Online Seminarの最新コンテンツ: https://aws.amazon.com/jp/aws-jp-introduction/#new
過去に開催されたオンラインセミナーのコンテンツ一覧: https://aws.amazon.com/jp/aws-jp-introduction/aws-jp-webinar-service-cut/
This document summarizes an AWS webinar on Amazon ECS Deep Dive. It includes slides on key concepts of ECS such as running containers on EC2 instances or Fargate, task definitions, clusters, services, load balancing with ALB, and service discovery. It also covers questions and answers about using AWS Secrets Manager and ECS, load balancing with ALB, task dependencies, and scheduling tasks on Fargate using Step Functions and CloudWatch Events.
- The document discusses Amazon Redshift, a cloud data warehouse service from AWS.
- It provides an overview of Redshift's architecture and how it has evolved over time, including the addition of new instance types.
- It also discusses how Redshift can be used with Amazon S3 as a data lake, through features like Redshift Spectrum, to enable analytics on both data warehouse and lake storage.
AWS Black Belt Online Seminarの最新コンテンツ: https://aws.amazon.com/jp/aws-jp-introduction/#new
過去に開催されたオンラインセミナーのコンテンツ一覧: https://aws.amazon.com/jp/aws-jp-introduction/aws-jp-webinar-service-cut/
The document discusses redundancy connections between on-premises environments and AWS. It introduces AWS Network Solutions Architect Kikuchi Nobuaki and the agenda which includes why redundancy is needed, options for redundancy, achieving higher availability, operating securely, and conclusions. Redundancy is important to ensure reliable connectivity between on-premises networks and AWS VPCs. The document reviews example outages and AWS' efforts to ensure availability. Common redundancy options with AWS include connecting with multiple Direct Connect circuits or using a combination of Direct Connect and VPN connections.
This document provides an overview and agenda for an AWS webinar on AWS Glue. It introduces AWS Glue as a fully managed and serverless ETL service that can manage metadata for various data sources. The webinar will cover the background of AWS Glue, its key features including being serverless and enabling secure development in notebooks, use cases, pricing, and a conclusion. It also provides details on the components and functions of AWS Glue like the data catalog, orchestration, and serverless engines.
This document provides information about an AWS webinar on AWS CodeStar and AWS CodePipeline held on November 11, 2020. It includes an agenda that covers the need for CI/CD, an overview of AWS CodeStar features, an overview of AWS CodePipeline features, common questions, and a conclusion. The presenter is Hiroki Yamaguchi from Amazon Web Services Japan. Attendees can ask questions during the webinar.
20190521 AWS Black Belt Online Seminar Amazon Simple Email Service (Amazon SES)Amazon Web Services Japan
?
This document summarizes an AWS webinar on Amazon Simple Email Service (Amazon SES). It discusses how Amazon SES can be used to send emails using SMTP or APIs. It also covers topics like delivery optimization, reputation management, and monitoring email sending activity. Configuration options like dedicated IPs and suppression lists are presented as ways to improve deliverability.
Snowball and Snowball Edge devices can be used to transfer large amounts of data into and out of AWS cost effectively. Snowball supports offline data transfers of up to 80TB while Snowball Edge provides up to 100TB of storage along with local compute and storage capabilities. The seminar covered how to set up and use Snowball and Snowball Edge devices including creating jobs, transferring and processing data, and networking options when used with services like S3, EC2, and Lambda.
AWS Black Belt Online Seminarの最新コンテンツ: https://aws.amazon.com/jp/aws-jp-introduction/#new
過去に開催されたオンラインセミナーのコンテンツ一覧: https://aws.amazon.com/jp/aws-jp-introduction/aws-jp-webinar-service-cut/
This document summarizes an AWS webinar on Amazon ECS Deep Dive. It includes slides on key concepts of ECS such as running containers on EC2 instances or Fargate, task definitions, clusters, services, load balancing with ALB, and service discovery. It also covers questions and answers about using AWS Secrets Manager and ECS, load balancing with ALB, task dependencies, and scheduling tasks on Fargate using Step Functions and CloudWatch Events.
- The document discusses Amazon Redshift, a cloud data warehouse service from AWS.
- It provides an overview of Redshift's architecture and how it has evolved over time, including the addition of new instance types.
- It also discusses how Redshift can be used with Amazon S3 as a data lake, through features like Redshift Spectrum, to enable analytics on both data warehouse and lake storage.
AWS Black Belt Online Seminarの最新コンテンツ: https://aws.amazon.com/jp/aws-jp-introduction/#new
過去に開催されたオンラインセミナーのコンテンツ一覧: https://aws.amazon.com/jp/aws-jp-introduction/aws-jp-webinar-service-cut/
The document discusses redundancy connections between on-premises environments and AWS. It introduces AWS Network Solutions Architect Kikuchi Nobuaki and the agenda which includes why redundancy is needed, options for redundancy, achieving higher availability, operating securely, and conclusions. Redundancy is important to ensure reliable connectivity between on-premises networks and AWS VPCs. The document reviews example outages and AWS' efforts to ensure availability. Common redundancy options with AWS include connecting with multiple Direct Connect circuits or using a combination of Direct Connect and VPN connections.
This document provides an overview and agenda for an AWS webinar on AWS Glue. It introduces AWS Glue as a fully managed and serverless ETL service that can manage metadata for various data sources. The webinar will cover the background of AWS Glue, its key features including being serverless and enabling secure development in notebooks, use cases, pricing, and a conclusion. It also provides details on the components and functions of AWS Glue like the data catalog, orchestration, and serverless engines.
This document provides information about an AWS webinar on AWS CodeStar and AWS CodePipeline held on November 11, 2020. It includes an agenda that covers the need for CI/CD, an overview of AWS CodeStar features, an overview of AWS CodePipeline features, common questions, and a conclusion. The presenter is Hiroki Yamaguchi from Amazon Web Services Japan. Attendees can ask questions during the webinar.
20190521 AWS Black Belt Online Seminar Amazon Simple Email Service (Amazon SES)Amazon Web Services Japan
?
This document summarizes an AWS webinar on Amazon Simple Email Service (Amazon SES). It discusses how Amazon SES can be used to send emails using SMTP or APIs. It also covers topics like delivery optimization, reputation management, and monitoring email sending activity. Configuration options like dedicated IPs and suppression lists are presented as ways to improve deliverability.
This document lists different CIDR blocks and URLs for downloading files from an S3 bucket. It includes CIDR blocks ranging from /25 to /19 and URLs to download icon.zip and pie.zip files from the mahjong folder in the aws-cloud S3 bucket.
10. CloudHSM(Hardware Security Module)
10
? 2013 Amazon.com, Inc. and its affiliates. All rights reserved. May not be copied, modified or distributed in whole or in part without the express consent of
AWS上で稼働させることのできるHSM
安全な鍵の保管および、耐タンパ性エンクロージャー内の
一連の暗号化操作を提供する専用アプライアンスをAWS上
で提供
現在US-EASTとEUで提供。2013年中にその他リージョン
に拡大予定
17. Copyright ? 2012 Amazon Web Services
2.Amazon Elastic Block Store
18. Copyright ? 2012 Amazon Web Services
特徴
? EC2にマウント可能なネットワーク
ストレージ
利点
? 任意のファイルシステムが利用可能
? スナップショット機能搭載
? 複数EBSを1つのEC2インスタンスに
アタッチ可能
? EBSを別のEC2にマウントしなおす
事も可能
注意点
? 1EBSあたり最大1TB
? 複数のEC2から1つのEBSをマウント
することは出来ない
Region
Availability Zone - a
EBS EBS EBS
Availability Zone - b
EBS EBS
S3
EBS
Snapshot
EC2 EC2
2.Amazon Elastic Block Store(EBS)
EC2へマウント
19. Copyright ? 2012 Amazon Web Services
EBSスナップショットの取得処理方式
S3への連携は差分で、格納は全分で行われる
EBS
10G
EBS
10G
EBS
10G初回
Amazon Simple
Storage Service (S3)
に実ファイルが格納
2回目 3回目
A
A
B B
B
C
C
A B B C
スナップ
ショット
の概念
1G
1G
1G 1G 1G
計1G
計1G 計2G
←変更
差分
←変更
差分
計2G
初回は全分1Gが取得 2回目は差分
1Gのみが取得
3回目は2回目との
差分1Gのみが取得
スナップショットの概
念として、各時点の全
分が確保される。
S3に格納される実
ファイルベースでは
スナップショットに
紐づくファイルを差
分で管理される。
(利用容量ベースで
合計3G)
連携は差分
20. Copyright ? 2012 Amazon Web Services
EBSスナップショットのリストア処理方式
戻したいスナップショット時点に全分方式でリストアすることが可能
(当然Diskの物理交換も不要で、EBSの特徴的な機能)
EBS
10G
EBS
10G
EBS
10G初回
Amazon Simple
Storage Service (S3)
に実ファイルが格納
2回目 3回目
A
A
B B
B
C
C
A B B C
スナップ
ショット
の概念
1G
1G
1G 1G 1G
計1G
計1G 計2G
例えばこのスナップショットを削除
計2G
障
害 EBS
10G
B計1G
2回目スナップショッ
トの取得時点に戻した
い場合
残りのスナップ
ショットに無い
データAは削除される
2回目時点
54. Copyright ? 2012 Amazon Web Services
Data Warehouse as a Service
? 分析用に整理された大量の統合業務データの管理サービス
? フルマネージドサービス
拡張性:数百GB~1.6PBまで拡張可能
高速:カラムナ型、超並列演算(MPP)
低額:インスタンスの従量課金
10.Amazon Redshift
55. Copyright ? 2012 Amazon Web Services
行型 vs. カラムナ型
DWHにはカラムナ型のデータベースが用いられる
orderid name qty
1 Book 100
2 Pen 50
…
n Eraser 70
orderid name qty
1 Book 100
2 Pen 50
…
n Eraser 70
行型 – トランザクション処理向き カラムナ型 – 分析処理向き
58. Copyright ? 2012 Amazon Web Services
DWノード(コンピュートノード)
High Storage Extra Large (XL) DW Node:
? CPU: 2 virtual cores
? ECU: 4.4
? Memory: 15 GiB
? Storage: 3 HDD with 2 TB of local attached storage
? Network: Moderate
? Disk I/O: Moderate
? API: dw.hs1.xlarge
High Storage Eight Extra Large (8XL) DW Node:
? CPU: 16 virtual cores
? ECU: 35
? Memory: 120 GiB
? Storage: 24 HDD with 16 TB of local attached storage
? Network: 10 Gigabit Ethernet with support for cluster placement groups
? Disk I/O: Very High
? API: dw.hs1.8xlarge
59. Copyright ? 2012 Amazon Web Services
シングルノード (2TB)
クラスター 2 – 32ノード(4TB – 64TB)
クラスター 2 – 100ノード(32TB – 1.6PB)
拡張性
Extra Large Node (XL) 8 Extra Large Node (8XL)
数百GBから数PBまで拡張可能