Volume Commands

Complete reference for Daytona volume management commands

Overview

Volume commands allow you to create and manage persistent storage volumes that can be mounted to sandboxes. Volumes persist data independently of sandbox lifecycle, making them ideal for databases, configuration files, and any data that needs to survive sandbox restarts or deletions.

daytona volume create

Create a new persistent volume.

Usage

daytona volume create [NAME] [flags]

Flags

• --size, -s - Size of the volume in GB (default: 10)

Examples

# Create a volume with default size (10GB)
daytona volume create my-data

# Create a volume with custom size
daytona volume create large-data --size 100

# Create a volume with specific size
daytona volume create postgres-data -s 50

Output

Volume my-data successfully created

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daytona volume list

List all volumes in your organization.

Usage

daytona volume list [flags]

Flags

• --format - Output format (json, yaml)

Examples

# List all volumes
daytona volume list

# Get volumes as JSON
daytona volume list --format json

# Get volumes as YAML
daytona volume list --format yaml

Output

Displays a table with:

• Volume ID
• Name
• Size
• Created date
• Mount status

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daytona volume get

Get detailed information about a specific volume.

Usage

daytona volume get [VOLUME_ID]

Flags

• --format - Output format (json, yaml)

Examples

# Get volume details
daytona volume get my-data

# Get volume details by ID
daytona volume get 7f8a9c2d-3e1f-4b6a-9c0d-5e8f7a2b3c4d

# Get volume details as JSON
daytona volume get my-data --format json

Output

Displays detailed information including:

• Volume ID
• Name
• Size
• Region
• State
• Created date
• Mounted sandboxes (if any)

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daytona volume delete

Delete a volume.

Usage

daytona volume delete [VOLUME_ID]

Examples

# Delete a volume by name
daytona volume delete my-data

# Delete a volume by ID
daytona volume delete 7f8a9c2d-3e1f-4b6a-9c0d-5e8f7a2b3c4d

Output

Volume my-data deleted

Notes

• A volume cannot be deleted while it’s mounted to a running sandbox
• All data in the volume will be permanently lost

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Using Volumes with Sandboxes

Mount a Volume During Sandbox Creation

Volumes are mounted when creating a sandbox using the --volume flag:

# Mount a single volume
daytona create --snapshot ubuntu --volume my-data:/data

# Mount multiple volumes
daytona create --snapshot ubuntu \
  --volume postgres-data:/var/lib/postgresql/data \
  --volume app-config:/etc/myapp

The format is: VOLUME_NAME:MOUNT_PATH

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Common Patterns

Create Volume and Mount to Sandbox

# Create a volume for database data
daytona volume create postgres-data --size 50

# Create sandbox with volume mounted
daytona create --snapshot postgres \
  --name db-sandbox \
  --volume postgres-data:/var/lib/postgresql/data

Share Data Between Sandboxes

# Create a shared data volume
daytona volume create shared-data --size 20

# Mount to first sandbox
daytona create --snapshot ubuntu \
  --name sandbox-1 \
  --volume shared-data:/shared

# Mount the same volume to second sandbox
daytona create --snapshot ubuntu \
  --name sandbox-2 \
  --volume shared-data:/shared

Manage Application Configuration

# Create volume for configuration
daytona volume create app-config --size 1

# Mount to sandbox
daytona create --snapshot node \
  --name web-app \
  --volume app-config:/app/config

# SSH in and configure
daytona ssh web-app
# (in sandbox) echo "key=value" > /app/config/settings.conf

# Configuration persists across sandbox restarts
daytona stop web-app
daytona start web-app

Database Persistence

# Create volume for MySQL data
daytona volume create mysql-data --size 100

# Create MySQL sandbox with persistent storage
daytona create --snapshot mysql \
  --name mysql-server \
  --volume mysql-data:/var/lib/mysql \
  --env MYSQL_ROOT_PASSWORD=secret

# Database data persists even if sandbox is deleted and recreated
daytona delete mysql-server
daytona create --snapshot mysql \
  --name mysql-server \
  --volume mysql-data:/var/lib/mysql \
  --env MYSQL_ROOT_PASSWORD=secret

Development Workspace Persistence

# Create volume for workspace
daytona volume create workspace --size 50

# Create development sandbox
daytona create --snapshot ubuntu \
  --name dev-env \
  --volume workspace:/workspace

# Work in the sandbox
daytona ssh dev-env
# (in sandbox) cd /workspace && git clone https://github.com/user/repo

# Workspace persists across sessions

List Volumes and Clean Up

# List all volumes to see what's available
daytona volume list

# Get details about specific volume
daytona volume get old-volume

# Delete unused volumes
daytona volume delete old-volume

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Volume Best Practices

Size Planning

• Start with smaller sizes and increase as needed
• Monitor volume usage to right-size your volumes
• Consider the type of data being stored (logs, databases, code, etc.)

# Small volumes for config/logs
daytona volume create app-config --size 5

# Medium volumes for code/workspace
daytona volume create workspace --size 50

# Large volumes for databases
daytona volume create database --size 200

Naming Conventions

Use descriptive names that indicate the purpose:

daytona volume create postgres-prod-data
daytona volume create redis-cache-data
daytona volume create app-logs
daytona volume create shared-workspace

Mount Paths

Use standard mount paths for common applications:

# PostgreSQL
--volume postgres-data:/var/lib/postgresql/data

# MySQL
--volume mysql-data:/var/lib/mysql

# MongoDB
--volume mongo-data:/data/db

# Redis
--volume redis-data:/data

# Application data
--volume app-data:/app/data

Backup Strategy

While volumes are persistent, always maintain backups:

# Mount volume to sandbox
daytona create --snapshot ubuntu \
  --name backup-sandbox \
  --volume important-data:/data

# SSH in and create backup
daytona ssh backup-sandbox
# (in sandbox) tar -czf /tmp/backup.tar.gz /data
# (in sandbox) scp /tmp/backup.tar.gz user@backup-server:/backups/