Tokendito

Generate temporary AWS credentials via Okta.

Use tokendito to generate temporary AWS credentials via Okta for programmatic authentication to AWS. Tokendito signs you into Okta and uses your existing AWS integration to broker a SAML assertion into your AWS accounts, returning STS tokens into your local ~/.aws/credentials file.

What's new

See Releases for a detailed Changelog.

Tokendito 2.4.0

Version 2.4.0 of Tokendito introduces the following new features:

• Add support for Okta question MFA.
• Many bug fixes and contributions.

Tokendito 2.3.0

Version 2.3.0 of Tokendito introduces the following new features:

• Basic OIE support while forcing Classic mode.
• Support for saving the Device Token ID for later reuse.
• Misc bug fixes

Note: This feature currently works with locally enabled OIE organizations, but it does not for Organizations with chained Authentication in mixed OIE/Classic environments.

Tokendito 2.2.0

Version 2.2.0 of Tokendito introduces the following new features:

• Shared HTTP Client to leverage keepalives and Python's connection pool (by @fsilvamaia)
• Support for Step-Up Authorization (by @ruhulio)
• Misc bug fixes

Tokendito 2.1.0

Version 2.1.0 of Tokendito introduces the following new features:

• IdP redirection
• Docker support (by @opis-mark)
• Interactive support for AWS profile names (by @opis-mark)
• Docker container signing to ensure you are on a 'certified' Tokendito container
• Misc bug fixes

Tokendito 2.0.0

With the release of tokendito 2.0, many changes and fixes were introduced. It is a breaking release: your configuration needs to be updated, the command line arguments have changed, and support for Python < 3.7 has been removed. The following changes are part of this release:

• Set the config file to be platform dependent, and follow the XDG standard.
• Extend configuration capabilities.
• Modernize output.
• Change the MFA method from strict match to partial match.
• Mask secrets from output logs.
• Automatically discover AWS URLs.
• Fix authentication with DUO.
• Add support for setting the logging level via both the INI file and ENV vars.
• Add support for Python 3.9, 3.10, and 3.11.
• And many fixes.

Consult additional notes for how to use tokendito.

Requirements

• Python 3.7+, or a working Docker environment
• AWS account(s) federated with Okta

Tokendito is compatible with Python 3 and can be installed with either pip or pip3.

Getting started

1. Install (via PyPi): pip install tokendito
2. Run tokendito --configure.
3. Run tokendito.

NOTE: Advanced users may shorten the tokendito interaction to a single command.

Have multiple Okta tiles to switch between? View our multi-tile guide.

Docker

Using Docker eliminates the need to install tokendito and its requirements. We are providing experimental Docker image support in Dockerhub

Running the container image

Run tokendito with the docker run command. Tokendito supports DCT, and we encourage you to enforce image signature validation before running any containers.

export DOCKER_CONTENT_TRUST=1

then

docker run --rm -it tokendito/tokendito  --version

You must map a volume in the Docker command to allow tokendito to write AWS credentials to your local filesystem for use. This is done with the -v flag. See Docker documentation for help setting the syntax. The following directories are used by tokendito and should be considered when mapping volumes:

• /app/.aws/ (AWS credential storage)
• /app/.config/tokendito/ (tokendito profile storage)

These can be covered by mapping a single volume to both the host and container users' home directories (/app is the home directory in the container and must be explicitly defined). You may also map multiple volumes if you have custom configuration locations and require granularity.

Be sure to set the -it flags to enable an interactive terminal session.

On Windows, you can do the following:

docker run --rm -it -v "%USERPROFILE%\.aws":/app/.aws  -v "%USERPROFILE%\.config":/app/.config tokendito/tokendito

In a Mac OS system, you can run:

docker run --rm -it -v "$HOME/.aws":/app/.aws  -v "$HOME/.config":/app/.config tokendito/tokendito

On a Linux system, however, you must specify the user and group IDs for the mount mappings to work as expected. Additionally the mount points within the container move to a different location:

docker run --user $(id -u):$(id -g) --rm -it -v "$HOME/.aws":/.aws  -v "$HOME/.config":/.config tokendito/tokendito

Tokendito command line arguments are supported as well.

NOTE: In the following examples the entire home directory is exported for simplicity. This is not recommended as it exposes too much data to the running container:

docker run --rm -it -v "$HOME":/ tokendito/tokendito \
  --okta-tile https://acme.okta.com/home/amazon_aws/000000000000000000x0/123 \
  --username [email protected] \
  --okta-mfa push \
  --aws-output json \
  --aws-region us-east-1 \
  --aws-profile my-profile-name \
  --aws-role-arn arn:aws:iam::000000000000:role/role-name \

Tokendito profiles are supported while using containers provided the proper volume mapping exists.

docker run --rm -ti -v "$HOME":/app tokendito/tokendito \
  --profile my-profile-name

Tips, tricks, troubleshooting, examples, and more docs are here

Contributions are welcome!