Deploying One-Click Apps in FlyWP

Prerequisites

Before deploying an app via one-click:

You must have a FlyWP server provisioned and connected. (Docs: “Quickstart” → Provisioning a Server) (FlyWP)
SSH access to server may be required for advanced setup.
A domain/subdomain configured (or use FlyWP test domain)
Understand minimum resource/cpu/memory requirements for the app you’re deploying.
For production usage, appropriate security (SSL, firewall, backups) must be configured.

In FlyWP dashboard, navigate to your server → Sites → Create New Site.
Choose “One Click Apps” (or equivalent) and select the desired application template (n8n, Nextcloud, phpMyAdmin).
- Your screenshot shows a list with options like “One Click Apps”.
Provide site details: domain (or test), stack configuration (php version, web server type), site title, admin credentials.
The system runs provisioning: creates Linux user account, directories, Docker container(s) for the app, installs dependencies, sets permissions. (Your screenshot confirms tasks: “Creating User Account”, “Creating Directories”, “Creating Docker Containers”, “Installing the App”, “Setting Permissions”).
Once deployment completes, access the app URL and finalize any app-specific setup (e.g., login, database connection).
For production: configure SSL (Let’s Encrypt or custom), review firewall rules, disable or restrict dev consoles (especially phpMyAdmin).

n8n is a workflow automation tool.
In the FlyWP environment via one-click, expect: a Docker container with n8n service, a database container (PostgreSQL or similar), and a reverse proxy / SSL layer. (The FlyWP blog shows a Docker Compose example) (FlyWP)
After launch: visit the assigned domain URL (e.g., https://your-domain) and create admin account.

Ensure you configure environment variables like WEBHOOK_TUNNEL_URL, DB credentials, secure cookie settings (as per n8n image docs).
For production: set up persistent volumes for workflows/data, backup strategy, disable open signup (if not wanted), consider scaling resources.
Note: workflows may trigger external API calls—monitor resource usage.

Nextcloud is a self-hosted collaboration/file-share platform.
For one-click deployment: expect app container + database + storage volume. You should assign a domain/subdomain, SSL, and ideally a separate volume for data (so files survive container restarts/upgrades).

After setup: login as admin, create users/groups, enable/disable apps as needed.
Security considerations: enforce HTTPS, limit public access, secure file permissions, enable automatic backups of data and database.
Integration: You can integrate Nextcloud with n8n (e.g., automate file workflows) using n8n nodes.

phpMyAdmin is a web GUI for MySQL/MariaDB. FlyWP’s docs mention phpMyAdmin console integration. (FlyWP)
Deploy via one-click: container + authentication. After launch: login with database credentials (provided by FlyWP when site created).
Security: Because phpMyAdmin gives full DB access, restrict access (IP whitelist, disable when unused). FlyWP docs recommend disabling phpMyAdmin when not needed. (FlyWP)
Use case: DB administration, backups, table optimization. Avoid leaving it open in production.

Always use a custom domain + SSL; avoid unsecured HTTP in production.
Use persistent storage (Docker volumes) for apps with data (e.g., Nextcloud files, n8n workflows) so you don’t lose data on redeploy.
Monitor resource usage (CPU, RAM) especially for n8n and Nextcloud—they may need more than a minimal VM.
For security: apply least privilege for database users, disable unused services, apply OS updates regularly.
Backups: schedule both database + file backups. FlyWP supports backup/restore features.
Update strategy: ensure the one-click app supports version upgrades (Docker image updates) without breaking data.
For multi-tenant use: isolate apps in separate containers/users so one compromise does not spread.

The official FlyWP docs list are focused on WordPress-style site creation; there may not yet be full one-click documentation for n8n/Nextcloud in FlyWP. (You may need to customize post-deploy)
Resource scaling may require manual tuning after deployment (e.g., adding memory, increasing CPU).
For external integrations (e.g., Nextcloud + n8n), you must configure API/auth credentials manually.