The document discusses Amazon Route 53 and Route 53 Resolver for hybrid cloud DNS. It explains that Route 53 Resolver allows DNS queries to be resolved between on-premises networks and AWS resources using private and public DNS zones. It provides examples of configuring inbound and outbound endpoints to allow resolution of queries from VPCs and on-premises to internet domains and private domains. The document also mentions additional capabilities like resolving queries for internal domain names in a VPC.
This document discusses DNS and Amazon Route 53. It begins with an overview of DNS records like NS, A, AAAA, CNAME, PTR and MX records. It then covers DNS concepts such as the domain name system, domain name registration and resolution. The document also discusses how Route 53 can be used to configure DNS settings across public and private hosted zones for routing traffic to AWS resources.
- The document discusses AWS X-Ray, a service that allows users to analyze and debug distributed applications.
- It provides visibility into requests as they travel through various services, microservices, functions and resources. This helps identify performance bottlenecks and the root causes of errors.
- The key concepts discussed are segments, subsegments and traces. Segments represent units of work and are connected through parent/child relationships to reconstruct request flows.
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.
The document discusses Amazon Route 53 and Route 53 Resolver for hybrid cloud DNS. It explains that Route 53 Resolver allows DNS queries to be resolved between on-premises networks and AWS resources using private and public DNS zones. It provides examples of configuring inbound and outbound endpoints to allow resolution of queries from VPCs and on-premises to internet domains and private domains. The document also mentions additional capabilities like resolving queries for internal domain names in a VPC.
This document discusses DNS and Amazon Route 53. It begins with an overview of DNS records like NS, A, AAAA, CNAME, PTR and MX records. It then covers DNS concepts such as the domain name system, domain name registration and resolution. The document also discusses how Route 53 can be used to configure DNS settings across public and private hosted zones for routing traffic to AWS resources.
- The document discusses AWS X-Ray, a service that allows users to analyze and debug distributed applications.
- It provides visibility into requests as they travel through various services, microservices, functions and resources. This helps identify performance bottlenecks and the root causes of errors.
- The key concepts discussed are segments, subsegments and traces. Segments represent units of work and are connected through parent/child relationships to reconstruct request flows.
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.
20191002 AWS Black Belt Online Seminar Amazon EC2 Auto Scaling and AWS Auto S...Amazon Web Services Japan
This document discusses Amazon EC2 Auto Scaling and AWS Auto Scaling. It provides an overview of EC2 Auto Scaling for scaling EC2 instances, Application Auto Scaling for services like ECS, and AWS Auto Scaling which unifies scaling across different AWS resources. It also covers various scaling options like target tracking, step scaling policies, and scheduled scaling. Best practices for setting up auto scaling groups and examples of using different scaling configurations are presented.
The document provides an overview of an AWS webinar on CloudFormation that will cover:
1) An introduction to CloudFormation and how to get started with it.
2) Development, testing, deployment, and operation methods for CloudFormation.
3) The webinar is intended for those new to CloudFormation or already using it to learn about useful CloudFormation features and efficient automation methods in 2020.
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 about Amazon AppStream 2.0. The webinar covered key features of AppStream 2.0 like hosting desktop applications in the cloud, bringing applications to any device, and integrating with Active Directory for single sign-on. It also compared AppStream 2.0 to Amazon WorkSpaces and discussed pricing and deployment options. The presenter took questions from webinar participants and provided resources for learning more about AppStream 2.0.
This document provides information about an AWS webinar on AWS Step Functions hosted by Yuta Imamura from Amazon Web Services Japan. The agenda includes an overview of Step Functions, state machines, data input and output, describing states, checking execution status, and additional details. Step Functions allows orchestrating distributed applications and microservices using state machines defined in Amazon States Language (ASL). States can pass data and parameters between each other to synchronize processes.
AWS AppSync is a fully managed GraphQL service that allows building and running GraphQL APIs on AWS. It supports real-time data, offline programming, and fetching only required data through connections to various data sources like DynamoDB, Lambda, Elasticsearch and HTTP endpoints. It handles authentication, data synchronization, conflict detection and resolution, and provides a clean interface between clients and servers through GraphQL queries.
The document discusses Amazon Web Services (AWS) Batch and how it can help customers run batch computing workloads on AWS. It notes that AWS Batch automatically provisions the optimal quantity and type of compute resources (e.g., EC2 instances) required to run jobs efficiently. It also allows customers to integrate their own scheduling and application code with AWS Batch through simple API calls or SDKs.
The document discusses Amazon Certificate Manager (ACM) Private Certificate Authorities (CA), which allow users to manage private CAs and certificates for use on AWS services and internal systems. It provides an overview of features like creating and managing CAs, issuing and revoking certificates, pricing, availability in regions, and integration with services and SDKs. It also compares ACM Private CA to using a public CA or self-managed CA.
This document provides an overview of Elastic Load Balancing (ELB) on AWS. It discusses the different types of ELBs (Application Load Balancer, Network Load Balancer, Classic Load Balancer), their key features and how they can be used to build scalable and highly available systems by distributing traffic across multiple Availability Zones and targets like EC2 instances or ECS containers. It also covers topics like listener configurations, routing, health checks, access logs and integration with other AWS services.
20191002 AWS Black Belt Online Seminar Amazon EC2 Auto Scaling and AWS Auto S...Amazon Web Services Japan
This document discusses Amazon EC2 Auto Scaling and AWS Auto Scaling. It provides an overview of EC2 Auto Scaling for scaling EC2 instances, Application Auto Scaling for services like ECS, and AWS Auto Scaling which unifies scaling across different AWS resources. It also covers various scaling options like target tracking, step scaling policies, and scheduled scaling. Best practices for setting up auto scaling groups and examples of using different scaling configurations are presented.
The document provides an overview of an AWS webinar on CloudFormation that will cover:
1) An introduction to CloudFormation and how to get started with it.
2) Development, testing, deployment, and operation methods for CloudFormation.
3) The webinar is intended for those new to CloudFormation or already using it to learn about useful CloudFormation features and efficient automation methods in 2020.
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 about Amazon AppStream 2.0. The webinar covered key features of AppStream 2.0 like hosting desktop applications in the cloud, bringing applications to any device, and integrating with Active Directory for single sign-on. It also compared AppStream 2.0 to Amazon WorkSpaces and discussed pricing and deployment options. The presenter took questions from webinar participants and provided resources for learning more about AppStream 2.0.
This document provides information about an AWS webinar on AWS Step Functions hosted by Yuta Imamura from Amazon Web Services Japan. The agenda includes an overview of Step Functions, state machines, data input and output, describing states, checking execution status, and additional details. Step Functions allows orchestrating distributed applications and microservices using state machines defined in Amazon States Language (ASL). States can pass data and parameters between each other to synchronize processes.
AWS AppSync is a fully managed GraphQL service that allows building and running GraphQL APIs on AWS. It supports real-time data, offline programming, and fetching only required data through connections to various data sources like DynamoDB, Lambda, Elasticsearch and HTTP endpoints. It handles authentication, data synchronization, conflict detection and resolution, and provides a clean interface between clients and servers through GraphQL queries.
The document discusses Amazon Web Services (AWS) Batch and how it can help customers run batch computing workloads on AWS. It notes that AWS Batch automatically provisions the optimal quantity and type of compute resources (e.g., EC2 instances) required to run jobs efficiently. It also allows customers to integrate their own scheduling and application code with AWS Batch through simple API calls or SDKs.
The document discusses Amazon Certificate Manager (ACM) Private Certificate Authorities (CA), which allow users to manage private CAs and certificates for use on AWS services and internal systems. It provides an overview of features like creating and managing CAs, issuing and revoking certificates, pricing, availability in regions, and integration with services and SDKs. It also compares ACM Private CA to using a public CA or self-managed CA.
This document provides an overview of Elastic Load Balancing (ELB) on AWS. It discusses the different types of ELBs (Application Load Balancer, Network Load Balancer, Classic Load Balancer), their key features and how they can be used to build scalable and highly available systems by distributing traffic across multiple Availability Zones and targets like EC2 instances or ECS containers. It also covers topics like listener configurations, routing, health checks, access logs and integration with other AWS services.
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/
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/
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/
AWS Japan YouTube 公式チャンネルでライブ配信された 2022年4月26日の AWS Developer Live Show 「Infrastructure as Code 談議 2022」 の資料となります。 当日の配信はこちら からご確認いただけます。
https://youtu.be/ed35fEbpyIE
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/
202204 AWS Black Belt Online Seminar Amazon Connect Salesforce連携(第1回 CTI Adap...Amazon Web Services Japan
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/
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/
* 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/
企業間の連携においてもSaaS活用シフトが進む一方で、インターネット経由というイメージからセキュリティーに不安を感じて踏みとどまるユーザーは多くいます。こうした懸念を払しょくするAWS PrivateLinkを活用した企業間のプライベート接続や閉域網との構成例、SaaS事業者様からなるPrivateLinkパートナーコミュニティ形成の取り組みをご紹介します。
2021年12月9日に開催された「SaaS on AWS Day 2022」での講演内容です。
パッケージソフトウェアをお持ちのお客様が新たにSaaS版のアプリケーションを検討したいというニーズが増えています。一方で"SaaS版を作っても成功するかわからない"、"WEBアプリケーションを作る技術力や知見がない"といった不安からSaaS化における課題があることも事実です。本セッションでは、小さく早くSaaSビジネスを始めたいお客様に向けて、Amazon AppStream2.0を用いた既存アプリケーションのSaaS化手法をご紹介します。
2021年12月9日に開催された「SaaS on AWS Day 2021」での講演内容です。
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/
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/
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/
202201 AWS Black Belt Online Seminar Apache Spark Performnace Tuning for AWS ...Amazon Web Services Japan
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/
77. •
•
•
PrivateLink (Interface )
EC2 API
Kinesis Streams API
Amazon Provided DNS
API
EC2 VPC
10.0.0.100
EC2 VPC
10.0.1.100
EC2 API IP 10.0.0.100 or
10.0.1.100
10.0.0.100
AWS
EC2 API
API
IP
IP
ELB
RDS
77
82. VPC peering
• 1vs1の関係
• 100 VPCまで
• VPC間のSecurity groups
• Inter-region対応
Transit VPC
• スポークの1つに配置
• 帯域の制限
• 制御が複雑
• インスタンスとライセンス費用
• Inter-region対応VPN
WAN
AW S Direct
Connect
Transit VPC
Shared
Services
AWS Transit Gateway
• 1vs1でも1vsNでもroute table次
第
• スケーラブル
• AZごとのエンドポイント費用
• Inter-region未対応
Account Account
Account Account
Development
Account Account
Account Account
Testing
Account Account
Account Account
Production Shared Services
R
o
u
t
e
T
a
b
l
e
s
R
o
u
t
e
T
a
b
l
e
sTransit Gateway
AWS PrivateLink
• 1 vs Nの関係
• スケーラブル
• IPアドレス重複でもOK
• NLBとエンドポイント費用
• Inter-region対応
83. AWS Transit Gateway
Account Account
Account Account
Development
Account Account
Account Account
Testing
Account Account
Account Account
Production Shared Services
R
o
u
t
e
T
a
b
l
e
s
R
o
u
t
e
T
a
b
l
e
sTransit Gateway
Scope
Trust model
Dependencies
Scale
Scope
Trust model
Dependencies
Scale
AWS PrivateLink
• 1 vs Nの関係
• スケーラブル
• IPアドレス重複で
もOK
• NLBとエンドポイ
ント費用
• 1vs1でも1vsNでもroute
table次第
• スケーラブル
• AZごとのエンドポイント費
用
87. アベイラビリティゾーン A
10.1.1.0/24
VPC CIDR: 10.1.0.0 /16
アベイラビリティゾーン B
10.2.1.0/24
Route Table
Destination Target
10.2.0.0/16 local
0.0.0.0/0 pcx-xxxxxx
VPC CIDR: 10.1.0.0 /16 VPC CIDR: 10.2.0.0 /16
pcx-xxxxxx
Route Table
Destination Target
10.0.0.0/16 local
0.0.0.0/0 pcx-xxxxxx
http://docs.aws.amazon.com/ja_jp/AmazonVPC/latest/UserGuide/vpc-peering.html 87
88.
89. App A Production Account App A Test/UAT Account App A Development Account
Master Account
App B Production Account App B Test/UAT Account App B Development Account
Business Unit A
Business Unit B
Prod VPC VPC
VPC
Dev/Test VPCNAT gateway NAT gateway
Private VIF Private VIF
92. Admin
Users
Account A (VPC Owner) Account B (Participant)
Common VPC
Same AWS Organization
AWS Resource
Access
Manager
Shared Subnet
Share subnet
with Resource
Share
EC2
Instance
owned by
Account A
RDS
Instance
owned by
Account B
Traffic