Here you will select policies that match your needs. I check Require MFA to ensure this Role cannot be used without MFA. I enter my account ID into the Account ID field (making sure I use my account ID - to look up your account ID, see Your AWS account ID and its alias). I open the IAM Console, click Roles in the navigation bar, and click Create role. An IAM User that is only permitted to assume the IAM Role mentioned above.įirst, I will create an IAM Role with permissions for actions that I’d like to perform within the Toolkit.This Role will not work without MFA, and will be configured with policies that allow me to perform my development work from the Toolkit, such as uploading a Lambda function and listing S3 buckets. You’ll want to look through the documentation (listed later on) to make an IAM configuration that best suits your needs. I’m going to walk through a basic MFA setup to show the basics, but this is not the only way to configure MFA. Part of the handshake process requires you to enter a unique code that is generated by an authentication device or app that you register with your account. MFAĬredentials that assume a role and require MFA have a stronger security posture than an access key ID + secret key pair. The two credentials types are not related, so feel free to follow through either section separately. Then, I show how to configure the Toolkit to use these credentials. In this article, I will set up two sets of credentials: one that makes use of MFA, and another that uses AWS SSO. By using MFA and AWS SSO, you can improve the security around how the Toolkit accesses your AWS account. While these credentials types aren’t new, adding support for them in the Toolkit is. Version 1.21.0.0 of the Toolkit adds support for both Multi-factor Authentication (MFA) based credentials and AWS Single Sign-On (AWS SSO) based credentials. Developers in this situation haven’t been able to utilize the Toolkit while building on AWS. Some organizations have security postures that restrict developers from storing these keys locally, particularly if those credentials provide broad Administrator access to an AWS account. It is common for developers to locally store an IAM User’s access key ID and secret key in a credentials file. These credentials inform the Toolkit which AWS account it is working with, and gate whether or not the Toolkit is allowed to perform actions against an account. NET applications that use Amazon Web Services. The AWS Toolkit for Visual Studio uses locally stored credentials to help you develop, debug, and deploy.
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