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Introduction

1. Get Aws Access Key
2. Aws Iam Generate Access Key Download
3. Aws Iam Generate Access Key Id
4. Aws Iam Create-access-key
5. Aws Iam Generate Access Key Free
6. Aws Iam Generate Access Key West

Amazon Web Services (AWS) is a well-known provider of cloud services, while Kubernetes is quickly becoming the standard way to manage application containers in production environment. Amazon Elastic Container Service for Kubernetes (EKS) brings these two solutions together, allowing users to quickly and easily create Kubernetes clusters in the cloud.

Access keys are long-term credentials for an IAM user or the AWS account root user. You can use access keys to sign programmatic requests to the AWS CLI or AWS API (directly or using the AWS SDK).

This guide walks you, step by step, through the process of provisioning a new Kubernetes cluster using Amazon EKS and then deploying WordPress to the cluster using a Bitnami Helm chart.

1. The GetSignature lambda IAM role includes a policy that permits kms:Decrypt using the aws/ssm KMS key. You can store your ssh private keys in a SecureString parameter encrypted with that key to prevent unintended access to the raw key material. Deploying this service to a unique AWS account also helps limit access to the key material.
2. Jan 14, 2017  - How To Generate Amazon AWS Access Key ID and Secret Access Key 2017 In this video you will learn how to generate Amazon AWS Access.

Overview

This guide will introduce you to Amazon EKS by provisioning a Kubernetes cluster and deploying the Bitnami WordPress Helm chart on it. This will give you a pre-configured WordPress blog that you can start using right away. But WordPress is just an example: there are hundreds of other Bitnami applications to choose from, and they’re all equally easy to set up.

Here are the steps you’ll follow in this tutorial:

• Generate an AWS Access Key ID and Secret Access Key
• Create an AWS IAM service role
• Generate an AWS key pair for the worker nodes
• Create an AWS VPC
• Create and connect to an Amazon EKS cluster
• Add worker nodes to the Amazon EKS cluster
• Add a storage class to the Amazon EKS cluster
• Install Helm
• Deploy the WordPress Helm chart
• Log in and start using WordPress

The next sections will walk you through these steps in detail.

Assumptions and prerequisites

This guide assumes that:

• You have an AWS account with an active subscription and are able to log in using AWS IAM account credentials. If you don’t have either of these, create a new account and then create an IAM user in your AWS account.
• You have installed the latest version of aws, the AWS command-line interface (CLI), to a location in your system path. In case you haven’t, install it using these instructions.
• You have installed the latest version of heptio-authenticator-aws, the Heptio Authenticator for AWS, to a location in your system path. In case you haven’t, install it using these instructions.
• You have installed the latest version of kubectl, the Kubernetes command-line tool, to a location in your system path. In case you haven’t, install it using these instructions.

NOTE: You must use kubectl v1.10 or later with Amazon EKS.

IMPORTANT: At the time of writing, Amazon EKS is only available in the us-west-2 and us-east-1 regions. Therefore, before proceeding with the remainder of this guide, select one of these two regions in the AWS console and perform the operations listed below in that region alone.

Step 1: Generate an AWS Access Key ID and Secret Access Key

At the end of this step, you will have generated an AWS Access Key ID and Secret Access Key and created a local AWS profile to hold these credentials. If you already have an AWS Access Key ID and Secret Access Key and a local AWS profile, you can skip this step.

The first step is to generate an AWS Access Key ID and Secret Access Key, which will be used to authenticate your interaction with the Amazon EKS service. To do this:

• Log in to the AWS IAM console using your AWS IAM account credentials.
• Select the “Users” section in the left navigation bar and search for your IAM user record.
• Within the user record, select the “Security credentials” tab and find the “Access keys” section.

• Click the “Create access key” button.

A new key pair, consisting of an “Access Key ID” and “Secret Access Key”, will be generated and displayed. The “Secret Access Key” value will not be displayed again, so accurately down the “Access Key ID” and “Secret Access Key” values displayed.

On your local system, run the following command to create an AWS profile. Enter the AWS Access Key ID, Secret Access Key and selected region when prompted.

This will create a profile file in your home directory on your local system named ~/.aws/credentials. Typically, this file contains a default profile named default with your credentials. These credentials will be used when interacting with your Amazon EKS cluster.

Step 2: Create an AWS IAM service role

At the end of this step, you will have created an AWS IAM service role to handle operations related to your Amazon EKS cluster.

The next step is to create a service role that will interact with the Amazon EKS cluster. To do this:

• Navigate to the AWS IAM console and log in (if you’re not already logged in).
• Select the “Roles” section in the left navigation bar and click the “Create role” button.

• Select “AWS service” as the type of entity and “EKS” as the service. Click the “Next: Permissions” button to proceed.

• Click the “Next: Review” button to proceed.

• Enter a name for the service role and click “Create role” to create the role. Note the name of the service role.

Step 3: Generate an AWS key pair for the worker nodes

At the end of this step, you will have generated an SSH key pair to access your EC2 instances. If you already have an SSH key pair for the AWS region you are operating in, you can skip this step.

To generate an SSH key pair, which you will need to log in to your EC2 instances, follow the steps below:

• Log in to the AWS Console.

• From the Amazon Web Services menu, select the EC2 service.

• If required, use the region selector in the top right corner to switch to the region where your instance will be launched.

• From the Amazon EC2 dashboard, select the “Key Pairs” option in the “Network & Security” menu.

• Click the “Create Key Pair” button. In the resulting dialog box, enter a name for the new key pair and click the “Create” button.

• A new key pair, consisting of an SSH public and private key, will be generated. You will be prompted to download the private SSH key to your computer.

  NOTE: You will only be able to download the private SSH key once. Store it safely as you will not be able to log in to your AWS servers without it.

Step 4: Create an AWS VPC

At the end of this step, you will have created an AWS VPC to host your Amazon EKS cluster.

Amazon EKS also requires a Virtual Private Cloud (VPC) in which to deploy the cluster. To create this VPC:

• Navigate to the AWS CloudFormation console and log in (if you’re not already logged in).
• Click the “Create Stack” button.

• On the “Select Template” page, select the option to “Specify an Amazon S3 template URL” and enter the URL below:

  Click “Next” to proceed.

• On the “Specify Details” page, enter a name for the new stack. Click “Next” to proceed.

• On the “Options” page, leave all values at their defaults. Click “Next” to proceed.

• On the “Review” page, review and confirm the details of the stack. Click “Create” to proceed.

Stack creation will take a few minutes. Once complete, select the stack name in the list of available stacks and select the “Outputs” section in the lower left pane. Note the identifiers of the security group, VPC and VPC subnets.

Step 5: Create and connect to an Amazon EKS cluster

At the end of this step, you will have created an Amazon EKS cluster and configured kubectl to connect to its control plane.

At this point, you are ready to create a new Amazon EKS cluster. To do this:

• Navigate to the Amazon EKS console and log in (if you’re not already logged in).
• Click the “Create cluster” button.

• Enter details into the EKS cluster creation form as follows:

  • In the “Cluster name” field, enter a descriptive name for the cluster. Note this name as it will be required later.
  • In the “Role ARN” field, select the IAM service role created in Step 2.
  • In the “VPC” field, select the VPC identifier from Step 4.
  • In the “Subnets” field, select the VPC subnet identifiers from Step 4.
  • In the “Security groups” field, select the security group identifier from Step 4.

• Click “Create” to create the Amazon EKS cluster.

NOTE: If cluster creation fails due to insufficient capacity in your selected region or unavailability of subnets in certain zones, repeat the process using a different region.

Cluster creation may take up to 10 minutes. You can monitor the status of the cluster from the Amazon EKS console. Once complete, the cluster status will change to “Active” as shown below.

The next step is to configure kubectl to recognize the new cluster’s control plane. To do this:

• Select the new cluster in the Amazon EKS console. From the cluster details page, note the API server endpoint and certificate authority data.

• Create a kubectl configuration file in your ~/.kube directory as ~/.kube/config-eks:

• Add the file to the $KUBECONFIG environment variable so that kubectl is able to find it:

• Fill the file with the following contents, replacing the placeholders shown as follows:

  • Replace the API-SERVER-ENDPOINT placeholder with the API server endpoint obtained from the cluster detail page.
  • Replace the CA-DATA placeholder with the certificate authority data obtained from the cluster detail page.
  • Replace the CLUSTER-NAME placeholder with the name of the Amazon EKS cluster.

  • Replace the PROFILE-NAME placeholder with the name of your AWS credentials profile from the ~/.aws/credentials file (typically, default).

• Run the command below to confirm that kubectl is able to communicate with the new cluster’s control plane:

  You should see output similar to what is shown below:

Step 6: Add worker nodes to the Amazon EKS cluster

Get Aws Access Key

At the end of this step, your Amazon EKS cluster will be fully operational.

Once the control plane of your cluster has been activated, the next step is to add nodes to it. To do this:

• Navigate to the AWS CloudFormation console and log in (if you’re not already logged in).
• Click the “Create Stack” button.

• On the “Select Template” page, select the option to “Specify an Amazon S3 template URL” and enter the URL below:

  Click “Next” to proceed.

• On the “Specify Details” page, enter details as follows:

  • In the “Stack name” field, enter a descriptive name for the stack. Note this name as it will be required later.
  • In the “Cluster name” field, enter the name of your Amazon EKS cluster as specified in Step 5.
  • In the “ClusterControlPlaneSecurityGroup” field, select the security group identifier from Step 4.
  • In the “NodeGroupName” field, enter a descriptive name for the node group.
  • In the “NodeAutoScalingGroupMinSize” and “NodeAutoScalingGroupMaxSize” fields, enter the minimum and maximum number of nodes your cluster should have.
  • In the “NodeInstanceType” field, choose a system configuration for the cluster nodes.
  • In the “NodeImageId” field, enter ami-73a6e20b if you’re using the us-west-2 region or ami-dea4d5a1 if you’re using the us-east-1 region.
  • In the “KeyName” field, select the SSH key pair you created in Step 3.
  • In the “VpcId” field, select the VPC identifier from Step 4.
  • In the “Subnets” field, select the VPC subnet identifiers from Step 4.

  Click “Next” to proceed.

• On the “Options” page, leave all values at their defaults. Click “Next” to proceed.

• On the “Review” page, review and confirm the details of the stack and tick the checkbox to confirm that the stack can create additional IAM resources. Click “Create” to proceed.

• Once stack creation is complete, select the stack name in the list of available stacks and select the “Outputs” section in the lower left pane. Note the identifier of the node instance role.

• On your local system, create a file named auth.yaml and fill it with the content below. Replace the ARN-ROLE placeholder with the node instance role obtained from the stack output.

• Apply the changes to the cluster configuration with kubectl:

At this point, your nodes are configured to join the cluster. You can check the status of each node using the command below:

Step 7: Add a storage class to the Amazon EKS cluster

At the end of this step, you will have added a storage class to your Amazon EKS cluster, to enable provisioning of EBS volumes for your applications.

By default, Amazon EKS does not create a storage class for a cluster. However, many Kubernetes applications (including the Bitnami WordPress Helm chart) request persistent volumes for storage, so a storage class is required to provide EBS volumes to applications. To do this:

• On your local system, create a file named storage-class.yaml and fill it with the definition below:

• Apply the changes to the cluster configuration with kubectl:

At this point, your storage class is provisioned. You can check this using the command below:

Step 8: Install Helm

At the end of this step, you will have installed Helm in your Amazon EKS cluster.

Helm is the easiest way to manage applications in a Kubernetes cluster. Helm allows you to perform key operations for managing applications such as installation, upgrade and removal.

Follow these steps:

• To install Helm v3.x, run the following commands:

  TIP: If you are using OS X you can install it with the brew install command: brew install helm.

Step 9: Deploy the WordPress Helm chart

At the end of this step, you will have WordPress running in your Amazon EKS cluster.

Once Helm is installed, you’re ready to deploy WordPress using the Bitnami WordPress Helm chart.

• Add the Bitnami chart repository to Helm:

• Install the WordPress Helm chart:

  You should see something like the output below as the chart is installed. Pay special attention to the NOTES section of the output, as it contains important information to access the application.

• Check pod status until both WordPress and MariaDB are “running”:

• Obtain the load balancer’s public hostname, replacing RELEASE-NAME with the correct release name:

• Get the credentials for the application by executing the commands shown in the output of helm install:

Browse to the load balancer’s external IP address and you should see WordPress running. Here’s what it should look like:

Step 10: Log in and start using WordPress

At the end of this step, you will have logged in to WordPress and created a new blog post.

To log in to the WordPress dashboard, follow these steps:

• Browse to the WordPress dashboard, usually at the URL http://SERVER-IP/wp-admin.

• Log in with the administrator credentials from the previous step.

You should now arrive at the WordPress dashboard, which allows you to manage posts, pages and comments; customize your blog with themes and plugins; import and export content; manage navigation menus; add or delete new user accounts; and much more.

Create your first post

You can now add a new post using the following steps:

• Select the “Posts -> Add New” menu option to create a new post.

• Enter a title and content for the post. You can use the formatting tools at the top of the content area to format your post and add hyperlinks or images.

• Optionally, choose the format and category for your post.

• Publish it immediately using the “Publish” button.

And now, when you visit your blog’s front page, you should see your new post.

Congratulations! You now have a working, fully-functional WordPress blog in the cloud.

Keep your WordPress installation up-to-date

You can keep your WordPress installation up-to-date with the WordPress update feature. To access this:

• Log in to WordPress using the administrator account.

• Select the “Dashboard -> Updates” menu item.

• Review the resulting page to see if WordPress needs an update. If an update is available, you can install it by clicking the “Update Now” button. You can also re-install WordPress if needed with the “Re-install Now” button.

Useful links

To learn more about the topics discussed in this tutorial, use the links below:

Description

These custom script will rotate AWS access keys and verify the rotation was successful. The rotation follows AWS best practices.In order for the rotation to work, we will need AWS PowerShell SDK installed on Secret Server or the Distributed Engines. Secret Server doesn't capture results back from scripts, and since the script is generating the keys on Amazon and not in Secret Server, we need to send the new keys back to Secret Server. We do that by making an API call once we generate the new keys, and put them back in the Secret. The account used to make the call can be either a domain account (recommended since we can use IWA), or local Secret Server account.

Prerequisites

Aws Iam Generate Access Key Download

• AWS Tools for PowerShell installed on the Secret Server or Engine Machine
• Secret Server configured to execute PowerShell scripts
• AWS User with IAM Access Keys
  • Applied Policy
• The PowerShell account running the Script needs to be a Secret Server user with edit permissions on the Access Key Secret
• By Default: Windows Authentication will be used to call back to Secret Server and update the keys.
  • Optional: You may also use a local account account for the call back.

Configuration

• Add each script to Secret Server. Admin > Scripts > Create New
• Name each script and paste the powershell into the editor
• Your SS URL will need to be input into the bottom line of the script that calls the function. Example: -URL 'https://SSURL/SecretServer'
• Optional: If you're using a local account you'll need to comment out the Windows Auth API call at the bottom of the script and uncomment (remove #) from the last line
• Click OK to save your changes.

Create the Password Changer

• Navigate to Admin > Remote Password Changing > Configure Password Changers > New
• Name the new changer: AWS IAM AK (PowerShell), then choose PowerShell Script from the drop down menu, Save
  • Verify Password Changed Commands:
    • choose the Heartbeat script from the drop down
    • Script Args: $AccessKey $SecretKey $Username $SecretID
  • Password Change Commands:
    • choose the Access key rotation script from the drop down
    • Script Args: $AccessKey $SecretKey $Username $SecretID
    • Save
    • Note: If you are not using IWA for API access you will need to use the following for both Verify Password Changed Commands, and Password Change Commands: $AccessKey $SecretKey $Username $SecretID $[1]$Username $[1]$Password

Aws Iam Generate Access Key Id

Create the Template

• Note: It's important to keep the exact field names below.
• Create a Template for Access Key Rotation: Admin > Templates > Create New and name it
  • Field Name= AccessKey, Type=Text, Required
  • Field Name= SecretKey, Type=Password, Required
  • Field Name= Username, Type=Text, Required
  • Field Name= SecretId, Type=Text, Not Required
  • Field Name= Trigger, Type=Text, Not Required
• Note: Ensure that you click the + icon at the end of the Trigger row to save that field value

Associate Changer with the Template

Aws Iam Create-access-key

• Scroll down, click on configure password changing
• Check the box Enable Remote Password Changing and Enable Heartbeat
• From the drop down menu Password Type to use choose the password changer we created in the earlier step
• Map the fields to the password changer:
  • Domain = Access Key
  • Password = Trigger
  • Username = Username
  • Default Privileged Account = No Selected Secret
• Save

Aws Iam Generate Access Key Free

Usage

Aws Iam Generate Access Key West

• Create a new Secret and choose the Access Key Template we created earlier in the process

• Fill in the fields with:

  • Access Key = Your Access Key
  • Secret Key = Your Secret Key
  • IAM Username = the IAM user for these keys
  • SecretId = The SecretId
    • Note: Leave blank on creation. Get Secret ID from end of URL after Saving. Edit Secret and Update SecretId Field with Value.
  • Trigger = leave empty
  • Save

• Navigate to Remote Password Changing tab on the Secret

• Click Edit > Run PowerShell Using Privileged Account > Click No Selected Secret to choose the Secret which will run PowerShell

• Before Saving, Choose one of the methods below for calling back Secret Server's API:

  • Recommended: Enable Integrated Windows Authentication on Secret Server's web services in IIS in order to use the same PowerShell account for the api call
    • On IIS expand the Secret Server website or application
    • Find the directory winauthwebservices and enable Integrated Windows Authentication (IWA) on it
    • If you need instructions enabling IWA for Secret Server then please check https://thycotic.force.com/support/s/article/Using-Web-Services-with-Windows-Authentication-PowerShell
    • You will need to conduct an IISReset after enabling Windows Authentication
  • Alternative: If you can't enable IWA then you need to create a Secret for a Secret Server user account
    • Create a Password, or Web Password based Secret and fill in the blanks Username and Password of a Local Secret Server User. This account will need edit access to the AWS Access Key Secret.
    • On our Access Key right below The following Secrets are available to be used in Custom Password Changing Commands and Scripts.
    • Click on No Selected Secret and choose the API Secret we just created
    • Save
    • Navigate to Admin > Scripts

• The user accounts used for API access will need to have Edit permissions on the Access Key Secret

• The user account used for API access will also need at least View permissions on the secret created for its own account.