#AmazonECS

[govindhtech]

Amazon VPC Lattice: Easy Container Networking Built-In

Simplify networking for container applications with Amazon VPC Lattice‘s integrated Amazon ECS support.

What is VPC Lattice?

Amazon VPC Lattice is a fully managed application networking solution that facilitates service monitoring, security, and connection between virtual private clouds (VPCs) and accounts.

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Make service-to-service communication, security, and monitoring easier with Amazon VPC Lattice.

Advantages

Make connecting easier

Discover and safely link services across VPCs and accounts with Amazon VPC Lattice, which streamlines and automates service connectivity.

Boost security

Context-specific authorization and trustworthy authentication can help you establish a better and more consistent security posture.

Scale automatically

Automatically scale network and computing resources to accommodate high-bandwidth HTTP, HTTPS, and gRPC workloads.

Implement flexibly

With support for instances, containers, and serverless computing, you can increase productivity and deployment flexibility.

How it operates

An application networking tool called Amazon VPC Lattice continuously links, tracks, and secures communications between your services, enhancing efficiency and freeing up your developers to work on things that are important to your company. To connect compute services in a straightforward and uniform manner across instances, containers, and serverless apps, you can specify policies for network traffic control, access, and monitoring.

Use cases

Simplify scalable service-to-service connectivity

Thousands of services can be connected across accounts and VPCs without making the network more complicated.

Boost security at the application layer

With context-specific authorization, centralized access controls, and authentication, you can enhance service-to-service security and support Zero Trust architectures.

Put smart traffic control into practice

For blue/green and canary deployments, use granular traffic restrictions like weighted targets and request-level routing.

Get insight into interactions between services

Keep an eye on and troubleshoot service-to-service communication for faults, response time, traffic volume, request type, and other factors.

AWS introduced Amazon Elastic Container Service (Amazon ECS) built-in support for Amazon VPC Lattice today. Amazon ECS services can now be directly linked to VPC Lattice target groups without the use of intermediary load balancers with this new built-in connection.

A brief overview of how to locate Amazon VPC Lattice integration when developing an Amazon ECS service is provided here:

IP addresses from ECS tasks within a service are registered and deregistered as targets in a VPC Lattice target group as part of the Amazon VPC Lattice interaction with Amazon ECS. Amazon ECS will automatically register ECS tasks to the VPC Lattice target group as soon as they are launched for the service.

Additionally, Amazon ECS will automatically replace ECS activities that fail VPC Lattice health checks. Additionally, the target group is excluded from any work that is discontinued or scaled down.

Utilizing the Lattice integration for Amazon VPC

Allow me to demonstrate how to utilize this just-added integration. You will set up the interaction with VPC Lattice and install a basic application server operating as an ECS service in the demo that follows. The application server will then be tested by connecting to the VPC Lattice domain name without the need to set up extra load balancers on Amazon ECS.

You must confirm that Amazon ECS will have the necessary authorization to register and deregister targets inside VPC Lattice before you can begin this integration.

You must define a task definition with at least one container and one port mapping in order to use the interaction with VPC Lattice. Here is an illustration of how we define our tasks.

{

“containerDefinitions”: [

{

“name”: “webserver”,

“image”: “public.ecr.aws/ecs-sample-image/amazon-ecs-sample:latest”,

“cpu”: 0,

“portMappings”: [

{

“name”: “web-80-tcp”,

“containerPort”: 80,

“hostPort”: 80,

“protocol”: “tcp”,

“appProtocol”: “http”

}

],

… *redacted for brevity*

}

Then select Create after navigating to your ECS cluster.

The job specification must then be chosen, and the service name must be assigned.

To begin setting up the target group for VPC Lattice, select Turn on VPC Lattice in the VPC Lattice integration section. Since you will be using VPC Lattice, you don’t need to define a load balancer. By default, it will route requests to healthy targets using a round-robin routing mechanism.

Now begin creating it integration for your ECS service. Start by choosing the Amazon ECS infrastructure role. Next, you have to decide which virtual private cloud (VPC) you want to use for your service. The target groups that will receive traffic must then be defined. You build this service once you’ve finished setting the VPC Lattice integration.

ECS service is available in a few minutes. Select Configuration and Networking after navigating to the service. The VPC Lattice target group is generated if you scroll down to the VPC Lattice section.

Click on the target group name to be sent to the VPC Lattice target group website, where you can get more details about this target group. You can see that Amazon ECS was able to correctly register the task’s IP address here.

Now you have to set up a service network and VPC Lattice service. Creating the VPC Lattice service first, then connecting to the VPC Lattice service network later. Let’s do that, then.

In the VPC Lattice section, select Services and then select Create service.

You can select Next after entering all the information needed to start a VPC Lattice service.

Then add a listener and choose the newly formed target group for the Forward to target group on the Listener default action.

You can skip this step and select Next, check the configurations, and create the service on the following page since you’ll be creating the VPC Lattice service network later.

Now that VPC Lattice services have been established, VPC Lattice service networks need to be established. Select Create service network after navigating to Service networks in the VPC Lattice section.

Start by entering the network name for the VPC Lattice service.

Then choose the service you created on the Service associations page.

You link both the security group and your VPC to this service network.

It has everything set up for this integration at this point. Both VPC and VPC Lattice service are now connected to your VPC Lattice service network.

Copy the domain name from your VPC Lattice service page once everything is configured.

Then use the domain name from VPC Lattice to call the service after logging into the instance in the same VPC.

Things to be aware of

Here are some crucial things to remember:

VPC Lattice GA

In AWS regions where Amazon VPC Lattice and Amazon ECS are accessible, Amazon VPC Lattice integration with Amazon ECS is now possible.

All ECS launch types, including AWS Fargate and Amazon Elastic Compute Cloud (Amazon EC2), are compatible with this integration.

VPC Lattice pricing

The standard cost for Amazon ECS and VPC Lattice is applicable. This integration does not come with any extra fees.

Try out this new feature of Amazon VPC Lattice now to discover how it can improve communication between your container applications running on Amazon ECS.

Read more on govindhtech.com

[virtualizationhowto]

ECS Anywhere: Run AWS Containers on your Home Server On-premises!

ECS Anywhere: Run AWS Containers on your Home Server On-premises! @vexpert #vmwarecommunities #ecsanywhere #cloudcontainers #homeserver #homelab #kubernetes #docker #cloudcontrolplane #virtualization #virtualizationhowto #vhtforums #selfhosted #amazonecs

So many services are either “cloud only” or “only on-premises” technologies. However, what if you wanted a blend of both running in your home lab or in production when it comes to running your containers? If you haven’t heard about it before, AWS ECS Anywhere is just such a service that allows you to house the management plane for your containers in the AWS cloud while you have the actual…

[muellermh]

Welche AWS-Services stehen für Cloud Computing zur Verfügung?: Die Überschrift lautet: "Cloud Computing mit AWS: Die verschiedenen Services im Überblick"

#CloudComputing #AWS #AmazonEC2 #AmazonS3 #AmazonRDS #AWSElasticBeanstalk #AWSLambda #AmazonRedshift #AmazonKinesis #AmazonECS #AmazonLightsail #AWSFargate Entdecken Sie die verschiedenen Services von AWS für Cloud Computing und machen Sie sich mit den Vor- und Nachteilen vertraut!

Cloud Computing ist in vielerlei Hinsicht eine revolutionäre Technologie. Es bietet Unternehmen die Möglichkeit, ihr Rechenzentrum zu einer kostengünstigen, zuverlässigen und flexiblen Infrastruktur zu machen. Mit Cloud Computing können Unternehmen auf jeder Plattform, zu jeder Zeit und an jedem Ort auf ihre Rechenzentrumsressourcen zugreifen. Amazon Web Services (AWS) ist einer der führenden…

[katyslemon]

AWS ECS Tutorial: How to Deploy Docker Containers on Amazon ECS?

Do you face problems while deploying Docker containers on Amazon ECS? If yes then, this AWS ECS Tutorial is for you! In this tutorial, we will have a bit introduction about Amazon ECS and Docker, in case you are not much familiar, and then move to the step-by-step guidelines to deploy Docker containers.

Without wasting much time, let’s move forward with our AWS ECS tutorial.

What is Amazon ECS?

Amazon Elastic Container (Amazon ECS) is an AWS cloud service used for managing containers. Using Amazon ECS, developers can run their apps on the cloud without configuring an environment to run the code. With the help of AWS accounts, deployment and management of scalable apps can be done by running them on a group of servers called clusters via API and task definitions. It can be accessed through AWS Management Consoles and SDKs.

We need Amazon ECS to solve the issues related to memory or full storage, unavailability of CPU, high utilization of CPU, and many more, for preventing our server from going down.

Here are few advantages of Amazon ECS-

Improved Security

Cost-efficient

Extensible

Easily Scalable

Improved compatibility

This was about Amazon ECS. Now let’s have a small introduction regarding Docker.

What is Docker?

Docker allows developers to build applications based on small and lightweight containers. It shares the operating system kernel but still runs isolatedly from each other. The containers combine the app source code with OS libraries and needed dependencies for executing the code in different environments.

Feature of Docker:

High Scalability and efficiency

Short boot-up time

Reusable data volume

Isolated Application

Read more: AWS ECS Tutorial: Steps to deploy Docker containers

[totalcloudio-blog]

All services look same same, but are different, but still same!!

[phungthaihy]

FINRA: Petabyte-Scale Data Analysis on AWS http://ehelpdesk.tk/wp-content/uploads/2020/02/logo-header.png [ad_1] On the next This Is My Architect... #amazonecs #amazonemr #amazonredshift #amazons3 #amazonwebservices #aws #awscloud #bigdata #cloud #cloudcomputing #dataanalysis #datamodeling #datavisualization #excel #exceldashboard #excelformulas #excelfunctions #excelmacros #excelvba #finra #hive #microsoftaccess #microsoftoffice #microsoftoffice365 #microsoftpowerbi #microsoftproject #microsoftword #officeproductivity #pivottables #powerpivot #powerpoint #presto #reinvent2018 #sap #thisismyarchitecture #tma

[awsexchage]

DockerコンテナをローカルrunしたときECSと同じ様にSecretsManager/パラメータストアの値を環境変数に展開 https://ift.tt/34Q9mVM

やりたいこと

https://docs.aws.amazon.com/ja_jp/AmazonECS/latest/developerguide/specifying-sensitive-data.html

Amazon ECS を使用すると、AWS Secrets Manager シークレットまたは AWS Systems Manager パラメータストアのパラメータに機密データを保存してコンテナの定義でそれを参照することによって、コンテナに機密データを挿入できます。この機能は、EC2 および Fargate の両方の起動タイプを使用するタスクでサポートされています。

これ、Secrets ManagerやSSMパラメータストアに保存している値をECSで実行するコンテナに環境変数として展開できるので便利です。 ただ、開発中などコンテナをローカルPCで実行(docker run)したいことも多いので、ローカル実行時も同じように展開するシェルを書きました。

やり方

要件

ServiceSettingsというパラメータを、dockerコンテナでSERVICE_SETTINGという環境変数に展開したい

前提条件

aws cliが入っていること

シェル

aws cliで値を引っ張ってきて -e で割り当てる

SecretsManagerの場合

setting=`aws secretsmanager get-secret-value --secret-id ServiceSetting --output text --query 'SecretString'` docker run -it \ -e SERVICE_SETTING=$setting \ 　　...

--output textにするのがミソ

SSM/ParameterStoreの場合

setting=`aws ssm get-parameter --name ServiceSetting --with-decryption --output text --query Parameter.Value | tr -d ' \n'` docker run -it \ -e SERVICE_SETTING=$setting \ 　　...

trでスペースと改行削除するのがミソ 暗号化してる前提で –with-decryption つけてます（してなかったらいらない）

これで

ストアの値を環境変数へ展開して利用するアプリケーション(on Docker)のコードを、ECS/ローカル実行で共通にできます。

元記事はこちら

「DockerコンテナをローカルrunしたときECSと同じ様にSecretsManager/パラメータストアの値を環境変数に展開」

September 18, 2019 at 04:00PM

[govindhtech]

Prebid Server Deployment Now Available on AWS

Prebid Server Deployment on AWS is now generally available, according to a statement from Amazon Web Services (AWS). With this new solution, AWS customers can quickly and easily deploy Prebid Server, an open-source real-time ad monetization solution, in their own Amazon Private Cloud (VPC) environment, giving them complete control over the auction decision logic.

This allows customers to monetize their content at scale with programmatic advertising across web, mobile, connected TV, gaming, and other properties. For sell-side customers seeking more customisation than proprietary solutions can offer, Prebid Server Deployment on AWS streamlines “header bidding” workflows, which are content providers bidding for ad space to advertisers across multiple third-party advertising platforms simultaneously.

Many AWS customers use third-party ad platforms, where advertisers bid in real-time auctions for the chance to display their advertisement to consumers, to monetize content through advertising across web, mobile, connected TV, gaming, and other assets. These AWS clients use “header bidding” technology, which enables them to scale access to numerous advertisers’ bids and concurrently auction ad space across several ad platforms, in order to optimise income potential.

The customer experience may be impacted by the way that existing header bidding operations are implemented in the browser using JavaScript. This is addressed by server-to-server methods like the Transparent Ad Marketplace (TAM) offered by Amazon Publisher Services. It is a difficult task for even well-resourced organisations to deploy and manage architectures that are geographically distributed and can support high volumes of traffic with low latency, so publishers who want to customise their auctions or run them in their own AWS accounts are losing out on potential revenue.

A Quick Overview of Prebid Server Deployment on AWS Prebid Server Deployment on AWS, which is generally accessible today, lets users install Prebid Server in their own Amazon VPC environment in a matter of simple steps. This new AWS solution offers pay-as-you-go economics and global scalability along with complete control over auction decision logic and how clients stream transaction data, including necessary revisions.

For AWS users wishing to establish communication with ad platforms, the release of Prebid Server Deployment on AWS signifies a significant advancement as Prebid Server offers connectivity to more than 180 advertising platforms. Prebid Server has been used as a jumping off point by customers with mobile and CTV applications as well as commerce media firms to construct that link. Prebid Server Deployment on AWS speeds up the development process so that customers may have their own monetization engine sooner.

“AWS customers can own their monetization stack with Prebid Server Deployment,” stated Tim Barnes, General Manager of Advertising and Marketing Technology Solutions at AWS. Customers may maximise revenue by holding auctions across hundreds of partners by using this solution, and they can access all of the resulting data in their own AWS environment. They can now develop novel approaches to decision-making on monetization, and they are just need to cover the costs of the supporting infrastructure.

In order to provide AWS clients with ad-supported content properties with scalable ad income access through Prebid.org’s network of advertising platforms, Prebid Server Deployment on AWS was created as a click-to-deploy solution. AWS joined the open-source community that advances omni-channel ad tech auction standards in June by joining Prebid.org.

With the help of this new solution, AWS offers a thorough deployment template along with support for databases, caches, data pipelines, load balancing, containers, and Amazon Elastic Compute Cloud (EC2) instances running the most recent version of Amazon S3. Prebid Server Deployment on AWS can also handle up to 100,000 requests per second (RPS) on average, and it records transaction and operational logs from every Prebid Server container for reporting, analysis, and monitoring purposes. Delivering the operational quality, efficiency, and cost optimisation that AWS customers need, it is a secure, dependable, and sustainable solution for content monetization.

Under the Hood of Prebid Server Deployment on AWS With just one click in the AWS Management Console or AWS Solutions Library, Prebid Server Deployment on AWS offers the complete infrastructure needed to host a Prebid Server with production-grade availability. For admission into Prebid Server Deployment on AWS, Prebid.js code on a customer’s content property secretly transmits ad buyer bid requests to the web application firewall endpoint of Amazon CloudFront/WAF. The load balancer receives this request and forwards it to a cluster of Prebid servers that are operated by Amazon Elastic Container Service (Amazon ECS).

The inbound request is then verified and improved by Prebid Server, which also contacts server-side bid adapters in parallel. In the meantime, in order to monitor the overall health of the solution, Amazon CloudWatch gathers metrics from different resources that are engaged in handling requests and answers through the solution and alerts that are used to scale-in or out each container cluster. Each container’s Prebid Server runtime and metrics logs are momentarily kept on a shared Amazon Elastic File System (Amazon EFS).

Read more on Govindhtech.com

[muellermh]

15. Was sind die Top-AWS-Services für Unternehmen?: Hallo Manuel! Der Titel des Blog-Beitrags lautet: "Die Top-AWS-Services für Unternehmen: Wie MHM Digitale Lösungen UG Ihnen bei der Auswahl hilft".

#AWS #CloudServices #AmazonEC2 #AmazonS3 #AmazonRDS #AmazonVPC #AmazonCloudFront #AWSLambda #AmazonECS #AmazonElasticBeanstalk #AWSGlue #AmazonKinesis - Welche AWS-Services helfen Unternehmen, ihre digitale Transformation voranzutreiben? Lerne mehr darüber im MHM Digitale Lösungen UG Blog-Beitrag!

Amazon Web Services (AWS) bietet Unternehmen eine breite Palette an Cloud-Computing-Services, um ihnen dabei zu helfen, digitale Lösungen zu erstellen und zu implementieren. Unternehmen können aus einer Vielzahl an Services wählen: von Computing über Datenbanken und Netzwerkinfrastruktur bis hin zu Entwicklungs-Tools. Während es schwierig ist, die richtige Auswahl zu treffen, kann die MHM…

[hyv]

Thought via Path

It’s 3:30am Friday night I am reading tbuild reviews out the wazoo... I know/can tell Fargate type systems are the future of how cubic media will work with a relationship between a storycube, e-cosystems and an audience member but the cost/duration variables are frying my brain. https://docs.aws.amazon.com/AmazonECS/latest/developerguide/ECS_AWSCLI_Fargate.html at Hyvquarters – Read on Path.

[takachan]

Amazonのスマートスピーカー「Echo Show」が発表

ギズモード・ジャパンより転載：噂通り、画面付きです。あれこれ声で扱えるスマートスピーカーといえば、「AmazonEcho」がまず思い浮かぶと思います。そしてAmazon（アマゾン）は5月9日（現地時間）、そのEchoシリーズの新型となる「EchoShow」を発表しました。見ての通り本体前面にはタッチスクリーンを搭載し、お値段は230ドル（約2万6000円）となっています。基本的にはAmazonEc http://j.mp/2r5jvJq ライフハッカー［日本版］