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Amazon efs-utils

Amazon utilities for Amazon Elastic File System (EFS) and Amazon S3 Files. efs-utils is an open-source toolkit for mounting and managing Amazon EFS and S3 file systems (S3 support added in version 3.0.0). The package includes mount helpers that simplify mounting file systems and enable Amazon CloudWatch monitoring your mount status.

Amazon Elastic File System (EFS) is designed to provide serverless, fully elastic file storage that lets you share file data without provisioning or managing storage capacity and performance. To learn more, see Amazon EFS.

Amazon S3 Files is a shared file system that connects any AWS compute directly with your data in Amazon S3. It provides fast, direct access to all of your S3 data as files with full file system semantics and low-latency performance, without your data ever leaving S3. File-based applications, agents, and teams can access and work with S3 data as a file system using the tools they already depend on. To learn more, see S3 Files.

Efs-utils for EFS and S3 file systems are supported on the following Linux distributions:

Distribution Package Type init System
Amazon Linux 2 rpm systemd
Amazon Linux 2023 rpm systemd
RHEL 8 rpm systemd
RHEL 9 rpm systemd
Ubuntu 20.04 deb systemd
Ubuntu 22.04 deb systemd
Ubuntu 24.04 deb systemd
OpenSUSE Leap rpm systemd
SLES 15 rpm systemd

Efs-utils for EFS file systems is supported on the following macOS distributions:

Distribution init System
macOS Ventura launchd
macOS Sonoma launchd
macOS Sequoia launchd
macOS Tahoe launchd

README Contents

Installation Instructions

For Amazon Linux distributions

For Amazon Linux users, the simplest way to install efs-utils is from Amazon's repositories:

sudo yum -y install amazon-efs-utils

Install via AWS Systems Manager Distributor

You can use AWS Systems Manager Distributor to automatically install or update amazon-efs-utils. For more information, see Using AWS Systems Manager to automatically install or update Amazon EFS clients. Prerequisites for using AWS Systems Manager Distributor to install or update amazon-efs-utils include:

  1. AWS Systems Manager agent is installed on the distribution (pre-installed on Amazon Linux and Ubuntu; for other distributions, see install AWS Systems Manager agent on Linux EC2 instance).

  2. Instance is attached with IAM role with AWS managed policy AmazonElasticFileSystemsUtils, this policy will enable your instance to be managed by AWS Systems Manager agent, also it contains permissions to support specific features.

Other Linux Distributions

Building from source requires Rust 1.70+, Cargo, Go 1.17.13+, CMake 3.0+, GCC/G++, and Perl. See INSTALL.md for detailed build instructions for your distribution.

For macOS Tahoe, Sequoia, Sonoma, and Ventura distributions

For EC2 Mac instances running macOS Tahoe, Sonoma, or Ventura, you can install amazon-efs-utils from the homebrew-aws repository. This is supported on only EC2 instances, not for local Mac computers. macOS is unsupported for S3 file systems.

brew install amazon-efs-utils

This installs amazon-efs-utils in:

  • Intel Macs: /usr/local/Cellar/amazon-efs-utils
  • Apple Silicon Macs: /opt/homebrew/Cellar/amazon-efs-utils

Follow the instructions in caveats when using efs-utils on EC2 Mac instance for the first time. To check the package caveats run the command below:

brew info amazon-efs-utils

Mount an EFS and S3 file system

efs-utils includes two mount helper utilities: mount.efs for EFS file systems and mount.s3files for S3 file systems (v3.0.0+). Both simplify mounting and enhance file system performance. They also launch a proxy process that forwards NFS traffic from the kernel's NFS client to the file system. This proxy handles TLS encryption and improves throughput performance.

To mount your file system with the recommended default options, run:

# For an EFS file system
sudo mount -t efs file-system-id efs-mount-point/

# For an S3 file system
sudo mount -t s3files file-system-id s3files-mount-point/

To mount a file system to a specific mount target, run:

# For an EFS file system
sudo mount -t efs -o mounttargetip=mount-target-ip-address file-system-id efs-mount-point/

# For an S3 file system
sudo mount -t s3files -o mounttargetip=mount-target-ip-address file-system-id s3files-mount-point/

To mount a file system within a specific network namespace, run:

# For an EFS file system
sudo mount -t efs -o netns=netns-path file-system-id efs-mount-point/

# For an S3 file system
sudo mount -t s3files -o netns=netns-path file-system-id s3files-mount-point/

To mount a file system to a mount target in a specific AWS Availability Zone, run:

# For an EFS file system (use az name, e.g. us-east-1a)
sudo mount -t efs -o az=az-name file-system-id efs-mount-point/

# For an S3 file system (use az id, e.g. use1-az1)
sudo mount -t s3files -o azid=az-id-name file-system-id s3files-mount-point/

To mount a file system to a mount target in a specific AWS Region, run:

# For an EFS file system
sudo mount -t efs -o region=region-name file-system-id efs-mount-point/

# For an S3 file system
sudo mount -t s3files -o region=region-name file-system-id s3files-mount-point/

Note: For cross-account support, ensure the prerequisites are met before using the cross-account option.

To mount an EFS file system mount target in the same availability zone ID (e.g., use1-az1) as the client instance for cross-account mounts, run:

Note: This feature is not supported for S3 Files.

sudo mount -t efs -o crossaccount file-system-id efs-mount-point/

To mount your EFS file system over TLS, add the tls flag. S3 file systems use TLS by default and require no action.

# For an EFS file system
sudo mount -t efs -o tls file-system-id efs-mount-point/

# For an S3 file system
sudo mount -t s3files file-system-id s3files-mount-point/

To authenticate with EFS using an IAM identity, add the iam and tls flags (TLS is required). S3 Files automatically includes both IAM and TLS and cannot be disabled.

# For an EFS file system
sudo mount -t efs -o tls,iam file-system-id efs-mount-point/

# For an S3 file system
sudo mount -t s3files file-system-id s3files-mount-point/

To mount using an access point, use the accesspoint= option, which requires the tls flag. The access point must be in the "available" state before it can be used for EFS or S3 file system mounts.

# For an EFS file system
sudo mount -t efs -o tls,accesspoint=access-point-id file-system-id efs-mount-point/

# For an S3 file system (iam and tls are automatically applied)
sudo mount -t s3files -o accesspoint=access-point-id file-system-id s3files-mount-point/

To automatically mount your file system with any of the options above, you can add entries to /etc/fstab:

# For an EFS file system
file-system-id efs-mount-point efs _netdev,tls,iam,accesspoint=access-point-id 0 0

# For an S3 file system (iam and tls are automatically applied)
file-system-id s3files-mount-point s3files _netdev,accesspoint=access-point-id 0 0

For more information on mount helpers, see manual pages below or visit our documentation.

man mount.efs
man mount.s3files

S3 Files-specific Mount Options

nodirects3read – Optionally, you can disable direct reads from your S3 bucket. S3 Files automatically selects the optimal read path, from the file system or direct from the bucket. For large objects, it streams directly from your S3 bucket for higher throughput. When specified, all read operations use the standard NFS data path instead of streaming directly from your S3 bucket.

# Disable direct S3 read path
sudo mount -t s3files -o nodirects3read file-system-id s3files-mount-point/

Cross Account Prerequisites: the crossaccount option ensures that the client instance Availability Zone ID (e.g. use1-az1) is the same as the EFS mount target Availability Zone ID for cross-AWS-account mounts (e.g. if the client instance is in Account A while the EFS instance is in Account B). Given a client instance in Account A/VPC A and an EFS instance in Account B/VPC B, the following prerequisites must be completed prior to using the crossaccount option:

Cross-VPC Communication:

  • Create a VPC Peering relationship between VPC A & VPC B. Documentation to create the peering relationship can be found here.
  • Configure VPC route tables to send/receive traffic. Documentation can be found here.
  • Create subnet in VPC B in the Availability Zone of the Account A client instance if it does not exist already.
  • Create an EFS Mount Target in each of the Availability Zones from the above step in VPC B if they do not exist already.
  • Attach a VPC Security Group to each of the EFS Mount Targets which allow inbound NFS access from VPC A’s CIDR block.

Route 53 Setup:

  • For a mount target A in <availability-zone-id>, create a Route 53 Hosted Zone for the domain <availability-zone-id>.<file-system-id>.efs.<aws-region>.amazonaws.com.
  • Then, add an A record in the Hosted Zone which resolves to mount target A's IP Address. Leave the subdomain blank.

After the above steps are complete, mount your filesystem mount target in the same Availability Zone ID (e.g. use1-az1) as the client instance over cross-AWS-account mounts, by running:

sudo mount -t efs -o crossaccount file-system-id efs-mount-point/

Note: crossaccount is not supported for S3 Files. You can manually specify the mount target IP using the mounttargetip option to perform cross-account mounts.

macOS

For EC2 instances using macOS distribution, the recommended default options will perform a tls mount:

sudo mount -t efs file-system-id efs-mount-point/

or

sudo mount -t efs -o tls file-system-id efs-mount-point/

To mount without TLS, simply add the notls option (not available for S3 Files mounts):

sudo mount -t efs -o notls file-system-id efs-mount-point/

Amazon EFS Mount Watchdog

efs-utils contains a watchdog process to monitor the health of TLS mounts. This process is managed by either upstart or systemd depending on your Linux distribution and launchd on macOS distribution, and is started automatically the first time an EFS or S3 file system is mounted over TLS.

Troubleshooting

If you run into a problem with efs-utils, please open an issue in this repository. We can more easily assist you if relevant logs are provided. You can find the log file at /var/log/amazon/efs/mount.log for both EFS and S3 Files. Oftentimes, enabling debug level logging can help us find problems more easily. Turn on debug logging with the following commands:

# For EFS
sed -i '/logging_level = INFO/s//logging_level = DEBUG/g' /etc/amazon/efs/efs-utils.conf

# For S3 Files
sed -i '/logging_level = INFO/s//logging_level = DEBUG/g' /etc/amazon/efs/s3files-utils.conf

You can enable efs-proxy debug logs or stunnel debug logs with:

# For EFS
sed -i '/stunnel_debug_enabled = false/s//stunnel_debug_enabled = true/g' /etc/amazon/efs/efs-utils.conf

# For S3 Files: 
sed -i '/proxy_logging_level = INFO/s//proxy_logging_level = DEBUG/g' /etc/amazon/efs/s3files-utils.conf

Make sure to re run the failed mount again after running the prior commands before pulling the logs.

Upgrading Efs-utils Versions

Upgrading efs-utils from v1 to v2

Efs-utils v2.0.0 replaces stunnel, which provides TLS encryptions for mounts, with efs-proxy an AWS built component built. Efs-proxy is the primary the foundation for all new feature support for EFS. To receive the performance benefits of efs-proxy, you need to re-mount any existing mounts. Note: Efs-proxy is not compatible with OCSP or Mac clients. In these cases, efs-utils will automatically revert back to using stunnel. If you build efs-utils v2.0.0 from source Rust and Cargo are required for versions 1.70+.

Upgrading from efs-utils v2 to v3

Efs-utils v3.0.0 adds support for S3 Files. There are no breaking changes upgrading from v2 to v3.0.0.

Upgrading stunnel for RHEL/CentOS

By default, the EFS mount helper with TLS enforces certificate hostname checking. The EFS mount helper uses the stunnel program for its TLS functionality. Note that some versions of Linux do not include a version of stunnel that supports TLS features by default. When using such a Linux version, mounting an EFS file system using TLS will fail.

Once you’ve installed the amazon-efs-utils package, to upgrade your system’s version of stunnel, see Upgrading Stunnel.

Upgrading stunnel

Upgrading stunnel for SLES12

Run the following commands and follow the output hint of zypper package manager to upgrade the stunnel on your SLES12 instance

sudo zypper addrepo https://download.opensuse.org/repositories/security:Stunnel/SLE_12_SP5/security:Stunnel.repo
sudo zypper refresh
sudo zypper install -y stunnel

Upgrading stunnel for macOS

The installation installs latest stunnel available in brew repository. You can also upgrade the version of stunnel on your instance using the command below:

brew upgrade stunnel

Installing Botocore

efs-utils uses botocore to interact with other AWS services. Please note the package type from the above table and install botocore based on that info. If botocore is already installed and does not meet the minimum required version, you can upgrade the botocore by following the upgrade botocore section.

Download the get-pip.py script

RPM

sudo yum -y install wget
if [[ "$(python3 -V 2>&1)" =~ ^(Python 3.6.*) ]]; then
    sudo wget https://bootstrap.pypa.io/pip/3.6/get-pip.py -O /tmp/get-pip.py
elif [[ "$(python3 -V 2>&1)" =~ ^(Python 3.5.*) ]]; then
    sudo wget https://bootstrap.pypa.io/pip/3.5/get-pip.py -O /tmp/get-pip.py
elif [[ "$(python3 -V 2>&1)" =~ ^(Python 3.4.*) ]]; then
    sudo wget https://bootstrap.pypa.io/pip/3.4/get-pip.py -O /tmp/get-pip.py
else
    sudo wget https://bootstrap.pypa.io/get-pip.py -O /tmp/get-pip.py
fi

DEB

sudo apt-get update
sudo apt-get -y install wget
if echo $(python3 -V 2>&1) | grep -e "Python 3.6"; then
    sudo wget https://bootstrap.pypa.io/pip/3.6/get-pip.py -O /tmp/get-pip.py
elif echo $(python3 -V 2>&1) | grep -e "Python 3.5"; then
    sudo wget https://bootstrap.pypa.io/pip/3.5/get-pip.py -O /tmp/get-pip.py
elif echo $(python3 -V 2>&1) | grep -e "Python 3.4"; then
    sudo wget https://bootstrap.pypa.io/pip/3.4/get-pip.py -O /tmp/get-pip.py
else
    sudo apt-get -y install python3-distutils
    sudo wget https://bootstrap.pypa.io/get-pip.py -O /tmp/get-pip.py
fi

To install botocore on RPM:

sudo python3 /tmp/get-pip.py
sudo pip3 install botocore || sudo /usr/local/bin/pip3 install botocore

To install botocore on DEB:

sudo python3 /tmp/get-pip.py
sudo pip3 install botocore || sudo /usr/local/bin/pip3 install botocore

Note: On Debian10 and Ubuntu20, botocore needs to be installed in a specific target folder:

sudo python3 /tmp/get-pip.py
sudo pip3 install --target /usr/lib/python3/dist-packages botocore || sudo /usr/local/bin/pip3 install --target /usr/lib/python3/dist-packages botocore

macOS

sudo pip3 install botocore

Upgrade botocore

Pass --upgrade to the corresponding installation scripts above based on system platform and distribution

sudo pip3 install botocore --upgrade

Enabling CloudWatch notifications

You can optionally publish mount success and failure logs to CloudWatch Logs. This feature is disabled by default. To enable it:

Step 1. Install botocore. Follow the install botocore section.

Step 2. Enable CloudWatch log feature in efs-utils config file /etc/amazon/efs/efs-utils.conf:

# For EFS
sudo sed -i -e '/\[cloudwatch-log\]/{N;s/# enabled = true/enabled = true/}' /etc/amazon/efs/efs-utils.conf

# For S3 Files
sudo sed -i -e '/\[cloudwatch-log\]/{N;s/# enabled = true/enabled = true/}' /etc/amazon/efs/s3files-utils.conf

For macOS:

    EFS_UTILS_VERSION=<e.g. 1.34.5>
    sudo sed -i -e '/\[cloudwatch-log\]/{N;s/# enabled = true/enabled = true/;}' /usr/local/Cellar/amazon-efs-utils/${EFS_UTILS_VERSION}/libexec/etc/amazon/efs/efs-utils.conf

For Mac2 instances:

    EFS_UTILS_VERSION=<e.g. 1.34.5>
    sudo sed -i -e '/\[cloudwatch-log\]/{N;s/# enabled = true/enabled = true/;}' /opt/homebrew/Cellar/amazon-efs-utils/${EFS_UTILS_VERSION}/libexec/etc/amazon/efs/efs-utils.conf

You can also configure CloudWatch log group name and log retention days in the config file. If you want to have separate log groups in CloudWatch for every mounted file system, add /{fs_id} to the end of the log_group_name field in efs-utils.conf file. For example, the log_group_name in efs-utils.conf file would look something like:

[cloudwatch-log]
log_group_name = /aws/efs/utils/{fs_id}

Step 3. Attach AWS managed policy AmazonElasticFileSystemsUtils to the IAM role attached to the instance, or the AWS credentials configured on your instance.

After completing these steps, you will be able to see mount status notifications in CloudWatch Logs.

Optimizing readahead max window

Linux kernel 5.4+ introduced a change that reduced NFS client throughput. The default read_ahead_kb size dropped from 15 MB to 128 KB, forcing NFS clients to make more read calls and reducing performance. To fix this, efs-utils automatically sets read_ahead_kb to 15 * rsize (default 1MB) on Linux 5.4+ after a successful mount (not supported on macOS). This optimization is enabled by default. To disable it:

sed -i "s/optimize_readahead = true/optimize_readahead = false/" /etc/amazon/efs/efs-utils.conf

sed -i "s/optimize_readahead = true/optimize_readahead = false/" /etc/amazon/efs/s3files-utils.conf

To re-enable, run:

sed -i "s/optimize_readahead = false/optimize_readahead = true/" /etc/amazon/efs/efs-utils.conf

sed -i "s/optimize_readahead = false/optimize_readahead = true/" /etc/amazon/efs/s3files-utils.conf

You can mount file system with a given rsize, run:

# For EFS
sudo mount -t efs -o rsize=rsize-value-in-bytes file-system-id efs-mount-point/

# For S3 Files
sudo mount -t s3files -o rsize=rsize-value-in-bytes file-system-id s3files-mount-point/

You can also manually choose a value of read_ahead_kb to optimize read throughput on Linux 5.4+ after mount.

sudo bash -c "echo read-ahead-value-in-kb > /sys/class/bdi/0:$(stat -c '%d' efs-mount-point)/read_ahead_kb"

Botocore for mount target IP

efs-utils supports using botocore to retrieve mount target IP address when DNS name cannot be resolved, such as when mounting a file system in another VPC. This feature is not supported for S3 Files. To use this feature, you must meet two prerequisites:

Step 1. Install botocore. Follow the install botocore section.

Step 2. Allow the elasticfilesystem:DescribeMountTargets and ec2:DescribeAvailabilityZones action in your policy attached to the IAM role attached to the instance, or the AWS credentials configured on your instance. We recommend you attach AWS managed policy AmazonElasticFileSystemsUtils.

This feature will be enabled by default. To disable this feature:

sed -i "s/fall_back_to_mount_target_ip_address_enabled = true/fall_back_to_mount_target_ip_address_enabled = false/" /etc/amazon/efs/efs-utils.conf

If you decide that you do not want to use this feature, but need to mount a cross-VPC file system, you can use the mounttargetip option to do so, using the desired mount target ip address in the mount command.

Accessing instance metadata

efs-utils by default uses IMDSv2, which is a session-oriented method used to access instance metadata. If you don't want to use IMDSv2, you can disable the token fetching feature by running the following command:

# For EFS
sed -i "s/disable_fetch_ec2_metadata_token = false/disable_fetch_ec2_metadata_token = true/" /etc/amazon/efs/efs-utils.conf

# For S3 Files
sed -i "s/disable_fetch_ec2_metadata_token = false/disable_fetch_ec2_metadata_token = true/" /etc/amazon/efs/s3files-utils.conf

Assumed profile credentials for IAM

To authenticate with EFS using the system’s IAM identity of an awsprofile, add the iam option and pass the profile name to awsprofile option. These options require the tls option. For S3 Files, only the awsprofile option is needed as the iam and tls options are automatically applied.

# For EFS
sudo mount -t efs -o tls,iam,awsprofile=test-profile file-system-id efs-mount-point/

# For S3 Files (iam and tls are automatically applied)
sudo mount -t s3files -o awsprofile=test-profile file-system-id s3files-mount-point/

To configure the named profile, see the Named Profiles doc and Support Config File Settings doc for more details. If the credentials (e.g. aws_access_key_id) are not configured in /root/.aws/credentials or /root/.aws/config (note that the path prefix may vary based on the root path of sudo), efs-utils will use botocore to assume the named profile. This will require botocore is pre-installed, please follow install botocore section to install botocore first.

Normally you will need to configure your profile IAM policy to make the assume works. For example, if you want to perform a cross-account mounting, suppose you have established vpc-peering-connections between your vpcs, next step you need to do is giving permission to account B so that it can assume a role in account A and then mount the file system that belongs to account A. You can see IAM doc for more details.

After the IAM identity is setup, you can configure your awsprofile credentials or config. You can refer to sdk settings. For example you can define the profile to use the credentials of profile default to assume role in account A by defining the source_profile.

# /root/.aws/credentials
[default]
aws_access_key_id = AKIAIOSFODNN7EXAMPLE
aws_secret_access_key = wJalrXUtnFEMI/K7MDENG/bPxRfiCYEXAMPLEKEY

# /root/.aws/config
[default]
...

[profile test-profile]
role_arn = <role-arn-in-account-A>
source_profile = default

Or you can use the credentials from IAM role attached to instance to assume the named profile, e.g.

# /root/.aws/config
[profile test-profile]
role_arn = <role-arn-in-account-A>
credential_source = Ec2InstanceMetadata

Use AssumeRoleWithWebIdentity

You can use web identity to assume a role which has the permission to attach to the EFS file systems or the S3 file systems. You need to have a valid JWT token and a role arn to assume. There are two ways you can leverage them:

  1. By setting environment variable the path to the file containing the JWT token in AWS_WEB_IDENTITY_TOKEN_FILE and by setting AWS_ROLE_ARN environment variable. The command below shows an example of to leverage it.
# For EFS
sudo mount -t efs -o tls,iam file-system-id efs-mount-point/

# For S3 Files (iam and tls are automatically applied)
sudo mount -t s3files file-system-id s3files-mount-point/
  1. By passing the JWT token file path and the role arn as parameters to the mount command. The command below shows an example of to leverage it.
# For EFS
sudo mount -t efs -o tls,iam,rolearn="ROLE_ARN",jwtpath="PATH/JWT_TOKEN_FILE" file-system-id efs-mount-point/

# For S3 Files (iam and tls are automatically applied)
sudo mount -t s3files -o rolearn="ROLE_ARN",jwtpath="PATH/JWT_TOKEN_FILE" file-system-id s3files-mount-point/

Environment Variable Support

Efs-utils supports AWS environment variables for configuring credentials and region settings, providing flexibility for deployment scenarios. You can set the AWS profile using the AWS_PROFILE environment variable instead of specifying it in the mount command:

export AWS_PROFILE=my-profile
sudo mount -t efs -o tls,iam file-system-id efs-mount-point/
sudo mount -t s3files file-system-id s3files-mount-point/

The precedence order for AWS profile selection is:

  1. Mount option: -o awsprofile=profile-name
  2. Environment variable: AWS_PROFILE
  3. Default profile from AWS credentials/config files

AWS Region Environment Variables

You can set the AWS region using standard AWS environment variables:

# Using AWS_REGION (recommended)
export AWS_REGION=us-west-2
sudo mount -t efs -o tls,iam file-system-id efs-mount-point/
sudo mount -t s3files file-system-id s3files-mount-point/

# Using AWS_DEFAULT_REGION (fallback)
export AWS_DEFAULT_REGION=eu-central-1
sudo mount -t efs -o tls,iam file-system-id efs-mount-point/
sudo mount -t s3files file-system-id s3files-mount-point/

The precedence order for region selection is:

  1. Mount option: -o region=region-name
  2. Environment variable: AWS_REGION
  3. Environment variable: AWS_DEFAULT_REGION
  4. Configuration file setting
  5. Instance metadata service
  6. Legacy DNS format parsing

Examples

Using environment variables for cross-region mounting:

export AWS_REGION=us-east-1
export AWS_PROFILE=cross-region-profile
sudo mount -t efs -o tls,iam fs-1234567890abcdef0:/ /mnt/efs-east
sudo mount -t s3files fs-1234567890abcdef0:/ /mnt/s3files-east

Using environment variables in containers or CI/CD:

apiVersion: v1
kind: Pod
spec:
  containers:
    - name: efs-client
      env:
        - name: AWS_REGION
          value: "us-west-2"
        - name: AWS_PROFILE
          value: "eks-pod-profile"
      command:
        - mount
        - -t
        - efs
        - -o
        - tls,iam
        - fs-1234567890abcdef0:/
        - /mnt/efs-east
apiVersion: v1
kind: Pod
spec:
  containers:
    - name: efs-client
      env:
        - name: AWS_REGION
          value: "us-west-2"
        - name: AWS_PROFILE
          value: "eks-pod-profile"
      command:
        - mount
        - -t
        - s3files
        - fs-1234567890abcdef0:/
        - /mnt/s3files-east

Enabling FIPS Mode

Efs-utils is able to enter FIPS mode when mounting your file system. To enable FIPS you need to modify the efs-utils config file:

# For EFS
sed -i "s/fips_mode_enabled = false/fips_mode_enabled = true/" /etc/amazon/efs/efs-utils.conf

# For S3 Files
sed -i "s/fips_mode_enabled = false/fips_mode_enabled = true/" /etc/amazon/efs/s3files-utils.conf

This enables any potential API call from efs-utils to use FIPS endpoints and cause proxy to enter FIPS mode. Efs-utils is configured to compile with AWS-LC FIPS module by default. For more information on AWS-LC FIPS module see AWS-LC FIPS README.

License Summary

This code is made available under the MIT license.

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