> For the complete documentation index, see [llms.txt](https://docs.neevcloud.com/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://docs.neevcloud.com/neevcloud-products/storage/neevcloud-s3-integration/mount-s3-bucket-to-linux-operating-system.md).
# Mount S3 Bucket to Linux operating system
S3fs is a FUSE (Filesystem in Userspace) module that allows for mounting an S3 bucket as a local file system on a user’s machine. By utilizing `s3fs`Its users can seamlessly interact with objects stored in S3 as if they were local files, enabling typical operations like reading, writing, and deleting.
Prerequisite
Neevcloud Bucket - See our [Bucket Creation Guide](https://docs.neevcloud.com/neevcloud-products/storage/object-storage/create-bucket)
Access $ Secret Key Pair- See our [Access Key Guide](https://docs.neevcloud.com/neevcloud-products/access-details/s3-ec2-credentials/create-s3-ec2-credentials)
REST Endpoint to follow these [links](https://docs.neevcloud.com/neevcloud-products/storage/object-storage/service-urls-for-neevcloud-s3)
Linux operating system - [create a server](https://docs.neevcloud.com/neevcloud-products/computes/getting-started-launch-vms)
To mount an S3 bucket to a Linux machine, you can use a tool like s3fs.
Step 1: Update and upgrade the system
```
sudo apt-get update -y
sudo apt-get upgrade -y
```
Step 2: Install dependencies
```
sudo apt-get install s3fs -y
```
Step 3: Set and store credentials
Create a credentials file to store your access and secret keys securely
```
echo ACCESS_KEY_ID:SECRET_ACCESS_KEY > ~/.passwd-s3fs
chmod 600 ~/.passwd-s3fs
```
Replace `ACCESS_KEY_ID` and `SECRET_ACCESS_KEY` With your actual credentials.
Step 4: Create a mount point
Create a directory where you want to mount the S3 bucket.
```
sudo mkdir /mnt/s3bucket
```
Step 5: Mount S3-compatible storage with path style addressing
```
s3fs BUCKET_NAME /mnt/s3bucket -o passwd_file=~/.passwd-s3fs,url=https://YOUR_S3_ENDPOINT,allow_other,use_cache=/tmp,sigv4,use_path_request_style
```
* `BUCKET_NAME`: Replace this with your actual bucket name.
* `/mnt/s3bucket`The mount point where the bucket will be mounted.
* `-o passwd_file=~/.passwd-s3fs`: Specifies the path to the file where your credentials are stored (replace with your own credentials file path if necessary).
* url= **s3-api.neevcloud.com** with your S3-compatible service's endpoint.
* `allow_other`Allows other users to access the mounted directory.
* `use_cache=/tmp`Caches files locally `/tmp` to improve performance.
* `sigv4`: Forces Signature Version 4 signing (needed for most S3-compatible services).
* `use_path_request_style`: Forces path-style addressing, which is required for some S3-compatible service.
Now, verify the mount
```
sudo df -h
```
Now you can try to create a new file.
Now, back to the Neevcloud Dashboard, click on the object storage and check the bucket.
**To mount an S3-compatible bucket with path-style addressing** **permanently** (so that it is automatically mounted at boot), you can add an entry to your **/etc/fstab** file. Here’s how to configure that:
Open **/etc/fstab** in an editor
```
sudo vi /etc/fstab
```
Add an entry to mount your S3 bucket. The format should look like this:
```
s3fs#Bucket_Name /mnt/s3bucket fuse _netdev,nonempty,allow_other,url=https://s3-api.neevcloud.com,use_path_request_style,passwd_file=/root/.passwd-s3fs 0 0
```
Replace **`BUCKET_NAME`** With your S3 bucket name.
Now, check if the mount entry in /etc/fstab works properly by running the following command
```
sudo mount -a
```
Now, reload the daemon service
```
sudo systemctl daemon-reload
```
Now, reboot the system and check the mount directory.
```
df -h
```
Verify the Mount:- To confirm that the bucket is mounted, list the contents of your mount point.
```
ls /mnt/s3bucket/
```