Deconstructing “Ease of Use”: A Comparative Analysis of Application Installation on DigitalOcean via a Moodle Case Study

Abstract

This report provides a comprehensive technical analysis of application deployment methodologies on the DigitalOcean cloud platform, moving beyond marketing terminology to quantify “ease of use.” It deconstructs the term into a multi-variable equation including time-to-deployment, required technical expertise, configuration flexibility, and long-term maintenance burden. Using the Moodle Learning Management System (LMS)—a complex, stateful PHP monolith—as a case study, this paper presents a detailed comparative analysis of three distinct deployment pathways: the App Platform (PaaS), the Marketplace 1-Click Droplet (IaaS), and the Manual Installation Droplet (IaaS). Through a synthesis of official documentation, technical tutorials, and qualitative user-reported friction points, this report identifies the “competence gap” each product targets. It reveals that the 1-Click method, while faster, is not a zero-effort solution; it relocates complexity from server configuration to post-deployment networking and application setup. Conversely, the manual method, while technically demanding, provides superior security and flexibility. The report concludes with an actionable, persona-based decision framework for technical managers, developers, and system administrators.

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Part 1: The DigitalOcean Deployment Landscape: A Triad of Abstraction

This section establishes the strategic framework of DigitalOcean’s compute offerings. It will differentiate the fundamental paradigms of Platform-as-a-Service (PaaS) and Infrastructure-as-a-Service (IaaS) and analyze their suitability for the Moodle case study, thereby defining the report’s primary focus.

1.1 The Managed Path: App Platform (PaaS)

DigitalOcean’s App Platform is a fully managed Platform-as-a-Service (PaaS) solution. It is designed for developers who wish to “focus on building [the] app without worrying about server management”. The workflow is container-native and Git-centric; users connect a GitHub or GitLab repository, and the App Platform “handles deployment, scaling, SSL, and infrastructure” automatically. This “push-to-deploy” model is ideal for modern, stateless web applications and services built in languages like Node.js, Python, and Go, or delivered as Docker containers.

The App Platform’s core value is its high level of abstraction. It manages the operating system, the runtime, and the scaling logic, allowing for automatic horizontal scaling based on traffic demands. This architecture is predicated on the 12-factor app methodology, which assumes applications are ephemeral and stateless. Any persistent data (state) must be offloaded to an external service, such as a managed database or object storage, as the local filesystem is considered temporary.

1.2 The Control Path: Droplets (IaaS)

Droplets are DigitalOcean’s core Infrastructure-as-a-Service (IaaS) offering, marketed as simple and scalable Virtual Private Servers (VPS). In stark contrast to the App Platform, Droplets provide “full control over the server”. This control comes with commensurate responsibility: the user manages everything, including “OS updates, security, app setup, etc.”. This path is intended for users who demand flexibility or are comfortable with server administration.

However, “Droplet” is not a singular product but a gateway to two fundamentally different user experiences. When creating a Droplet, a user is faced with a critical choice:

1. The Manual Path: Deploying a standard, blank operating system (like Ubuntu) and building the environment from scratch.
2. The 1-Click Path: Deploying a “pre-configured image… available from the DigitalOcean Marketplace”. These “Droplet 1-Click Apps” are “pre-built Droplet images” that come with software already installed.

The user’s query regarding “ease” hinges entirely on the trade-offs between these two Droplet-based pathways.

1.3 Evaluating Moodle’s “Fit”: Why the Focus Must Shift to Droplets

The Moodle Learning Management System (LMS) serves as a perfect stress test for these deployment models. Moodle is not a modern, cloud-native application; it is a complex, open-source PHP monolith with specific, stateful architectural requirements.

A standard Moodle installation has several dependencies that are architecturally incompatible with the App Platform’s stateless model:

1. The moodledata Directory: Moodle requires a specific data directory (e.g., /var/moodledata) to be created outside the public web root. This directory stores all persistent user-generated content, including course files, user uploads, and session data.
2. OS-Level Dependencies: Moodle requires a host of specific OS-level packages to be installed, such as graphviz for graphs and aspell for spell-checking.
3. System Cron Job: A Moodle installation is not functional without a system-level cron job that runs a specific PHP script every minute to handle background tasks like sending emails and running reports.

Attempting to deploy Moodle on the App Platform would immediately fail. The moodledata directory, being stateful, would be wiped on every new deployment, scaling event, or instance migration, resulting in catastrophic and irrecoverable data loss. While a senior engineer could theoretically re-architect Moodle to use an object storage service like DigitalOcean Spaces for this data, this is a significant and complex software development task, not an “installation.”

This analysis definitively eliminates the App Platform as a viable solution for a standard Moodle deployment. The only suitable products for this case study are Droplets. Therefore, the core of this report will be a “Droplet vs. Droplet” comparison: Marketplace 1-Click vs. Manual Installation.

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Part 2: Case Study: The Moodle 1-Click Marketplace Deployment

This section deconstructs the “easy” path: the Moodle 1-Click App. It analyzes what is automated, what tasks remain for the user, and the qualitative friction points of this “simplified” process.

2.1 The “1-Click” Provisioning Process: What is Automated?

The DigitalOcean Marketplace provides “pre-built Droplet images” designed to “minimize setup requirements”. The Moodle 1-Click App is a vetted offering maintained by Eummena, a Premium Moodle Partner.

Clicking the “Deploy to DigitalOcean” button provisions a new Droplet with a fully pre-configured software stack, specifically:

• Application: Moodle 4.3.2
• Web Server: Nginx 1.22.1
• Language: PHP 8.2.7
• Database: MariaDB 10.11.4
• Tools: Certbot 2.1.0, UFW firewall

The automation’s true value is not just the installation of packages, but the integration and bundling of expertise. The image pre-emptively solves the most common and frustrating novice errors by:

1. Enabling the Firewall: ufw is pre-configured to allow access for SSH (port 22), HTTP (port 80), and HTTPS (port 443).
2. Securing the Database: A root password for MariaDB is automatically generated and securely stored in the /root/.root_mysql_password file.
3. Creating the Cron Job: The critical Moodle cron job is created and configured for the www-data user, a step infamously missed in manual installs.

The 1-Click abstracts away the complex and error-prone process of integrating the LEMP stack (Linux, Nginx, MariaDB, PHP) and Moodle.

2.2 The Reality of “Post-Deployment”: Mandatory User Configuration

The “1-Click” name is a misnomer, as it is not a “0-Click-to-Production” solution. The official documentation for the Moodle 1-Click App contains a mandatory “Getting Started After Deploying” section that details a multi-step process the user must complete after the Droplet is provisioned.

This post-deployment process inherently requires a baseline of technical proficiency. The user must:

1. Configure DNS: “In order to use your Moodle for production,” the user must first access their domain registrar and configure a DNS ‘A’ record to point their fully qualified domain name (FQDN) to the new Droplet’s IP address.
2. Access the Server via SSH: The user must log in to the server as the root user via a command-line terminal.
3. Secure the Site (SSL): After the DNS has propagated, the user must run the pre-installed Certbot tool from the command line to configure a Let’s Encrypt SSL certificate.
4. Complete the Web-Based Setup: The user must then “continue with the Moodle installation on your browser” by navigating to the Droplet’s IP or new domain.
5. Connect the Database: During this web setup, the user is prompted for database details. They must “choose the MariaDB driver” and, critically, use their SSH session to cat the contents of the /root/.root_mysql_password file to retrieve the auto-generated password.

This reveals that the 1-Click method does not eliminate complexity; it relocates it. It automates the complex “back-end” server configuration (LEMP stack, cron) but leaves the “front-end” networking (DNS, SSL) and “application-layer” (Moodle setup wizard, database connection) configuration entirely to the user. A user with “no coding experience” would be completely blocked by steps 1 and 2.

Table 1: Moodle 1-Click Post-Installation Task Matrix

This matrix illustrates the division of labor between the 1-Click automation and the end-user.

Task	Description	Required Tool / Knowledge	Automated by 1-Click?
Software Installation	Nginx, PHP, MariaDB, Moodle code installed.	apt-get / git	Yes
Firewall Configuration	ufw enabled for ports 22, 80, 443.	ufw	Yes
Moodle Cron Job Creation	System crontab created for www-data user.	crontab	Yes
Database Security	MariaDB root password generated and set.	mysqladmin	Yes
DNS ‘A’ Record	Point FQDN (e.g., moodle.yoursite.com) to Droplet IP.	Domain Registrar	No
Server Access	Log in as root user via command line.	ssh / PuTTY	No
Find Database Password	Read password from /root/.root_mysql_password.	CLI / cat	No
Generate SSL Certificate	Execute certbot to secure the Nginx site.	CLI / certbot	No
Complete Moodle Web Setup	Access IP/domain and complete Moodle’s web installer.	Web Browser	No

2.3 Friction Points and Reported Failures

Qualitative user reports from forums and community sites demonstrate that this “relocated” post-deployment complexity is a significant and common failure point.

• DNS/SSL “Gotchas”: A Reddit user installing a Mastodon 1-Click App (which has a similar post-install process) perfectly illustrates this failure. The user is confused by www redirects, DNS, and ultimately encounters an SSL error (NET::ERR_CERT_COMMON_NAME_INVALID). This is the exact, predictable outcome for a user who is not a sysadmin but is tasked with the networking steps from Table 1.
• Script and Login Failures: The same user reported that after completing the setup, the account they created “is not an admin”. Another user installing a Gramps 1-Click App reported the setup script failing with docker-compose: not found.
• Race Conditions: The Gramps 1-Click failure was ultimately traced to the user logging in via SSH too quickly—before the 1-Click’s internal setup scripts had finished running. The Droplet was “ready” for SSH, but the application was not, leading the user into a broken state.
• Systemic Issues: The official digitalocean/droplet-1-clicks GitHub issues repository confirms these are not isolated incidents. Common themes for “black box” failures include installation scripts that are not working, projects that “corrupt in initial setup,” security gaps (e.g., “secrets should be randomised during provisioning”), and outdated or broken post-install documentation.

The 1-Click Marketplace, therefore, presents itself as a “leaky abstraction.” While a manual installation (Part 3) is a “white box” that fails in transparent, verifiable, and-googleable ways (e.g., a specific PHP extension is missing), the 1-Click is a “black box.” When its automation fails, the user is more lost, as they have no visibility into what the script was supposed to do or why it failed.

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Part 3: Case Study: The Manual Moodle Installation on a Blank Droplet

This section provides a synthesized walkthrough of the “control” path, illustrating the significant technical expertise and multi-phased effort required. This provides the necessary baseline to evaluate the 1-Click’s “ease.”

3.1 Phase 1: Server and Stack Provisioning

The process begins by provisioning a blank Droplet with a base OS, such as Ubuntu, and completing the initial server setup (e.g., creating a sudo user).

Immediately, the user must make a critical architectural decision: install the LAMP (Linux, Apache, MySQL, PHP) stack or the LEMP (Linux, E(N)ginx, MySQL, PHP) stack. This choice has long-term performance and configuration implications—Apache is known for good community support, while Nginx may be better for busier sites.

The user must then manually:

1. Update all system packages: sudo apt-get update && sudo apt upgrade -y.
2. Install the chosen web server (e.g., sudo apt-get install apache2).
3. Install the database server (e.g., sudo apt-get install mariadb-server).
4. Manually configure the firewall: sudo ufw allow 'Apache Full', sudo ufw enable.

3.2 Phase 2: Database and PHP Configuration (The “Great Filter”)

This phase is the most complex, time-consuming, and failure-prone stage of a manual installation.

Database Configuration:

1. Secure the Database: The user must run sudo mariadb-secure-installation to set a root password, remove anonymous users, and delete the test database.
2. Create the Database: A dedicated database for Moodle must be created with the correct character set: CREATE DATABASE moodle DEFAULT CHARACTER SET utf8mb4....
3. Create a User: A dedicated, non-root database user must be created: create user 'moodler'@'localhost' IDENTIFIED BY '...';
4. Grant Permissions: This user must be granted specific, limited privileges on the Moodle database: GRANT SELECT,INSERT,UPDATE,DELETE,CREATE... ON moodle.* TO 'moodler'@....

PHP Configuration (The “Great Filter”):

This is the “great filter” of manual Moodle installation. Moodle’s functionality depends on a long list of specific PHP extensions.

1. Install Extensions: The user must manually install all of them. The list is extensive: sudo apt-get install -y php8.3-fpm php8.3-cli php8.3-curl php8.3-zip php8.3-gd php8.3-xml php8.3-intl php8.3-mbstring php8.3-xmlrpc php8.3-soap....
2. Install OS Dependencies: Other required packages like unzip, graphviz, aspell, and git must also be installed.
3. Edit php.ini: The user must then manually edit the PHP configuration files to set Moodle-specific values for max_input_vars, post_max_size, and upload_max_filesize.

If any single extension is missed, the Moodle web installer will halt with a “missing dependency” error, a “common Moodle installation mistake” that completely stumps novices. This tedious, error-prone phase is the single greatest value-add of the 1-Click App.

3.3 Phase 3: Moodle Application and Data Setup

With the server stack configured, the user must install Moodle itself.

1. Download the Moodle code, typically via git clone or curl/tar.
2. Move the code to the web root: sudo cp -R moodle /var/www/html/.
3. Critically: Create the moodledata directory outside the web root for security: sudo mkdir /var/moodledata.
4. Critically: Set the correct ownership and permissions, which is another common failure point. The web server user (www-data) must own this directory, and permissions should be restrictive: sudo chown -R www-data /var/moodledata and sudo chmod -R 0770 /var/moodledata.

This phase requires the user to understand and implement the principle of least privilege, a security-critical task.

3.4 Phase 4: Finalizing and Securing the Installation

Finally, the user must:

1. Configure the web server’s virtual host file (moodle.conf) to serve the Moodle site.
2. Restart the web server: sudo systemctl restart apache2.
3. Run the Moodle web installer via their browser, providing the dedicated database user and password created in Phase 2.
4. Critically: Manually create the system cron job, a step identifies as a major failure point.
5. Manually install and run Certbot to configure SSL: sudo apt install certbot, sudo certbot --apache.
6. Perform final server hardening, such as setting up SSH keys and disabling root password login.

A key finding emerges when comparing this to the 1-Click path: a correct manual installation is more secure. The 1-Click’s documented workflow instructs the user to connect to the database as the root user, a significant security anti-pattern. The official manual guides all enforce the creation of a limited-privilege, non-root user, resulting in a more robust and production-ready instance.

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Part 4: Comparative Analysis: Quantifying the “Ease” Trade-Off

This section synthesizes the findings from Parts 2 and 3 into a direct, multi-faceted comparison, moving beyond a simple “easy vs. hard” narrative.

4.1 The “Ease” Matrix: A Multi-Factor Model

To answer “how easy is it,” the term “ease” must be deconstructed. The following matrix provides a summary of the trade-offs between the three deployment paths for Moodle, based on all preceding analysis.

Table 2: Comparative Analysis of DigitalOcean Deployment Methods for Moodle

Metric	App Platform (PaaS)	1-Click Droplet (IaaS)	Manual Droplet (IaaS)
Suitability for Moodle	Extremely Poor. Architecturally incompatible due to stateful, local data requirements.	Good. Designed for this use case, but with caveats.	Excellent. Full control to meet all application requirements.
Time to “Hello World”	N/A	~5 Minutes (Droplet provisioned and stack installed).	~1-2 Hours (Manual stack install and configuration).
Time to Production-Ready	N/A	~30-60 Minutes (Includes post-install DNS, SSH, Certbot, and web setup).	~2-4 Hours (Includes all phases, hardening, and testing).
Required Technical Expertise	N/A	Developer / “Hobbyist.” Requires DNS, SSH, and CLI comfort.	Sysadmin. Requires full-stack (LEMP/LAMP), DB, and security knowledge.
Configuration Flexibility	None. Fully abstracted by the PaaS.	Low. Locked to the image’s OS, PHP, and Nginx versions.	Total. Full control over all component versions and server settings.
Default Security Posture	N/A	Medium. Good: UFW and cron are set. Bad: Workflow uses root DB user.	High (if done correctly). Enforces dedicated DB user and full server hardening.
Long-Term Maintenance	N/A	User. Full responsibility for all OS, stack, and app patching.	User. Full responsibility for all OS, stack, and app patching.
Primary Failure Mode	N/A	Opaque “Black Box.” Automation bugs, script failures, post-install errors.	Transparent “White Box.” Known, documented configuration errors (e.g., missing extension).

4.2 Technical Knowledge as the True Barrier

The qualitative data from user forums reveals that “ease” is not an objective property of the platform; it is a mismatch between the task’s required complexity and the user’s available expertise.

• The Expert (Sysadmin) View: A user on the Moodle forums states, “Moodle installs are dead easy if you have properly configured a server first”.
• The Novice (Educator) View: An instructional designer, faced with Moodle, states, “I’m… not a system administrator… Moodle Cloud [is where] we have been headed because we don’t have staff to do all the technical stuff”.

The 1-Click App is DigitalOcean’s attempt to bridge this expertise gap. However, the analysis in Part 2.2 proves the bar is not lowered to zero. It is lowered from a “Sysadmin” level (required for Part 3) to a “Developer” level (someone comfortable with DNS and SSH, as required for Table 1).

The “ease” of the 1-Click is therefore an illusion for a true novice. The educator would be just as stuck as if they had started a manual install, but they would be stuck after the 1-Click, debugging an opaque “black box”.

4.3 The Security and Maintenance Delta: The “1-Click Maintenance Trap”

A critical, often-overlooked point is that a 1-Click Droplet is still a Droplet. The user has full root access and, therefore, 100% responsibility for all future maintenance. This includes security patching the OS, PHP, Nginx, and Moodle itself.

This creates a “Maintenance Trap” for the 1-Click’s perceived audience.

1. The 1-Click App is marketed towards users who lack the technical expertise for a manual install.
2. A user who is not skilled enough to perform the manual install (Part 3) is definitively not skilled enough to perform long-term server maintenance (e.g., patching glibc, managing PHP-FPM, or securely migrating Moodle versions).
3. This user, drawn in by the “easy” 1-Click, now owns a public-facing server they do not understand and cannot maintain.
4. This server will inevitably fall out of date, miss critical patches, and become a significant security liability.

The educator correctly identified this trap (“we don’t have staff to do all the technical stuff”) and chose a fully managed solution instead. The 1-Click “solution” can solve a 1-day “installation” problem by creating a 3-year “maintenance” problem.

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Part 5: Strategic Context and Final Recommendations

5.1 Benchmarking DigitalOcean’s Marketplace

When compared to its direct competitors, DigitalOcean’s “ease of use” is a core part of its ecosystem strategy.

• vs. AWS Lightsail: Both platforms target users who need simple, quick-start VPS solutions. However, G2 user comparisons rate DigitalOcean’s “Ease of Use” higher (9.3 vs. 8.7). Lightsail is often positioned as a “gateway” to the broader, more complex AWS ecosystem, which can become an “AWS complexity trap.” DigitalOcean is consistently praised for its “clean interface” and “no-nonsense pricing”.
• vs. Vultr: Vultr competes aggressively on global footprint and price-to-performance. However, DigitalOcean “stands out with its extensive 1-click app marketplace” and is widely considered “the most beginner-friendly with their extensive documentation”. Vultr’s marketplace is newer, while DigitalOcean’s is more comprehensive and, crucially, is supported by a symbiotic ecosystem of “thousands of tutorials,” “active community forums,” and “comprehensive learning resources”. A user who gets stuck on a 1-Click is far more likely to find a solution in the DigitalOcean Community library.

5.2 Decision Framework and Expert Recommendations

Based on this analysis, an actionable framework can be established by segmenting users into three key personas.

Persona 1: The Non-Technical User (e.g., Educator, Blogger, Small Business Owner)

• Profile: This user has “no coding experience” and wants to “avoid it as much as possible”. Their goal is a functional Moodle site, not a server.
• Recommendation: AVOID ALL DIGITALOCEAN DROPLET SOLUTIONS.
• Justification: The 1-Click App is a “Maintenance Trap” (see 4.3). The mandatory post-installation workload (Table 1) requires technical skills (DNS, SSH) this user does not possess and will be a source of intense frustration. A fully managed solution is the correct, and ultimately “easier,” path.
• Correct Path: A fully managed, SaaS solution, such as MoodleCloud or another dedicated Moodle hosting provider.

Persona 2: The Developer / Technical “DIY-er”

• Profile: This user is a “professional software developer” or a hobbyist with “basic knowledge of Linux”. They are comfortable with the CLI, DNS, and editing config files, but their time is valuable.
• Recommendation: USE THE 1-CLICK APP AS A “STARTING POINT.”
• Justification: The 1-Click correctly automates the most tedious part of the manual install: the “Great Filter” of PHP extension and LEMP stack configuration (see 3.2). This user possesses the exact skills (DNS, SSH) required to complete the post-install tasks (Table 1).
• Correct Path: Deploy the 1-Click App. Immediately perform the post-install steps. Then, immediately remediate its primary security flaw by creating a dedicated, non-root database user and updating the Moodle config.php file. This user accepts and is prepared for the long-term maintenance burden.

Persona 3: The Sysadmin / Enterprise

• Profile: This user’s primary concerns are security, compliance, scalability, and repeatability. For them, control is “ease”.
• Recommendation: USE THE MANUAL INSTALLATION PATH. ALWAYS.
• Justification: The 1-Click App is an unacceptable “black box” that fails on all key criteria. It offers no control over OS/PHP versions, employs a poor security practice (by using the root DB user), and is not auditable.
• Correct Path: The manual path (Part 3) is the only professional option. It is transparent, debuggable, and allows for the implementation of production-grade security (dedicated DB user, hardened SSH). The manual guides serve as a perfect blueprint for building repeatable, automated deployment scripts (e.g., Ansible, Terraform), which is the true definition of “ease” at scale.

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References

1. What’s the difference between a Droplet and App Platform? – DigitalOcean, accessed November 3, 2025, https://www.digitalocean.com/community/questions/what-s-the-difference-between-a-droplet-and-app-platform
2. DigitalOcean Droplet vs App Platform: Key Differences – AddWeb Solution, accessed November 3, 2025, https://www.addwebsolution.com/blog/digitalocean-droplets-vs-app-platform
3. Application Platform vs Droplets | DigitalOcean, accessed November 3, 2025, https://www.digitalocean.com/community/questions/application-platform-vs-droplets
4. DigitalOcean App Platform vs DOKS vs Droplets: The Ultimate Comparison for Dev Teams, accessed November 3, 2025, https://www.digitalocean.com/community/conceptual-articles/digitalocean-app-platform-vs-doks-vs-droplets
5. What’s the difference between DigitalOcean Droplet vs App Platform? : r/Strapi – Reddit, accessed November 3, 2025, https://www.reddit.com/r/Strapi/comments/165sdn7/whats_the_difference_between_digitalocean_droplet/
6. How to host Moodle on Digitalocean Droplet – ServerAvatar, accessed November 3, 2025, https://serveravatar.com/deployments/host-moodle-on-digitalocean-droplet
7. Marketplace | DigitalOcean Documentation, accessed November 3, 2025, https://docs.digitalocean.com/products/marketplace/
8. DigitalOcean Marketplace Droplet 1-Click Apps, accessed November 3, 2025, https://docs.digitalocean.com/products/marketplace/droplet-1-click-apps/
9. How To Install Moodle on Ubuntu 16.04 | DigitalOcean, accessed November 3, 2025, https://www.digitalocean.com/community/tutorials/how-to-install-moodle-on-ubuntu-16-04
10. moodle | DigitalOcean Documentation, accessed November 3, 2025, https://docs.digitalocean.com/products/marketplace/catalog/moodle/
11. Common Moodle installation mistakes (and their solutions) – ElearningWorld.org, accessed November 3, 2025, https://www.elearningworld.org/common-moodle-installation-mistakes-and-their-solutions/
12. moodle | DigitalOcean Marketplace 1-Click App, accessed November 3, 2025, https://marketplace.digitalocean.com/apps/moodle
13. 1-Click WordPress Install on DigitalOcean and Choosing a theme for the WP site – Reddit, accessed November 3, 2025, https://www.reddit.com/r/Wordpress/comments/miuw76/1click_wordpress_install_on_digitalocean_and/
14. Issues using one click installer on Digital Ocean : r/Mastodon – Reddit, accessed November 3, 2025, https://www.reddit.com/r/Mastodon/comments/11j1p3p/issues_using_one_click_installer_on_digital_ocean/
15. 1-click installation on DigitalOcean failing – Gramps Web, accessed November 3, 2025, https://gramps.discourse.group/t/1-click-installation-on-digitalocean-failing/4722
16. Issues · digitalocean/droplet-1-clicks – GitHub, accessed November 3, 2025, https://github.com/digitalocean/droplet-1-clicks/issues
17. Step-by-step Installation Guide for Ubuntu – MoodleDocs, accessed November 3, 2025, https://docs.moodle.org/en/Step-by-step_Installation_Guide_for_Ubuntu
18. Step-by-step Installation Guide for Ubuntu – MoodleDocs, accessed November 3, 2025, https://docs.moodle.org/403/en/Step-by-step_Installation_Guide_for_Ubuntu
19. How To Install LAMP Stack (Apache, MySQL, PHP) on Ubuntu – DigitalOcean, accessed November 3, 2025, https://www.digitalocean.com/community/tutorials/how-to-install-lamp-stack-on-ubuntu
20. How To Install Linux, Nginx, MySQL, PHP (LEMP stack) on Ubuntu 20.04 – DigitalOcean, accessed November 3, 2025, https://www.digitalocean.com/community/tutorials/how-to-install-linux-nginx-mysql-php-lemp-stack-on-ubuntu-20-04
21. How to Install Moodle on Ubuntu 22.04 | Linode Docs, accessed November 3, 2025, https://www.linode.com/docs/guides/how-to-install-moodle-on-ubuntu-22-04/
22. Is there a difference between WordPress 1-Click install, and setting it up on my own VPS?, accessed November 3, 2025, https://www.digitalocean.com/community/questions/is-there-a-difference-between-wordpress-1-click-install-and-setting-it-up-on-my-own-vps
23. Digital Ocean One Click Install vs Manual Install – Hosting – Discourse Meta, accessed November 3, 2025, https://meta.discourse.org/t/digital-ocean-one-click-install-vs-manual-install/83464
24. Moodle in English: Yet Another Moodle Install Guide | Moodle.org, accessed November 3, 2025, https://moodle.org/mod/forum/discuss.php?d=418213
25. Moodle in English: Which hosting do you recommend?, accessed November 3, 2025, https://moodle.org/mod/forum/discuss.php?d=448349
26. Help with Digital Ocean WordPress One-Click Install – Reddit, accessed November 3, 2025, https://www.reddit.com/r/Wordpress/comments/1cbqlvp/help_with_digital_ocean_wordpress_oneclick_install/
27. DigitalOcean vs AWS Lightsail: Which Cloud Platform is Right for You?, accessed November 3, 2025, https://www.digitalocean.com/resources/articles/digitalocean-vs-awslightsail
28. DigitalOcean vs Vultr vs Akamai/Linode vs Hetzner vs AWS vs Google Cloud – SpinupWP, accessed November 3, 2025, https://spinupwp.com/blog/digitalocean-vs-google-cloud-vs-aws/
29. Compare Amazon Lightsail vs. DigitalOcean | G2, accessed November 3, 2025, https://www.g2.com/compare/amazon-lightsail-vs-digitalocean
30. Vultr vs DigitalOcean vs Linode vs Hetzner: A Cloud Comparison – ServerAvatar, accessed November 3, 2025, https://serveravatar.com/vultr-vs-digitalocean-vs-linode-vs-hetzner/
31. Vultr vs DigitalOcean: A Detailed Comparison for 2025 – Utho, accessed November 3, 2025, https://utho.com/blog/vultr-vs-digitalocean/
32. 2025 VPS Battle: DigitalOcean vs Linode vs Vultr vs SSD Nodes, accessed November 3, 2025, https://www.ssdnodes.com/blog/digitalocean-vs-linode-vs-vultr/
33. Introducing Vultr Marketplace: One-Click Setup for Popular Apps & Stacks, accessed November 3, 2025, https://blogs.vultr.com/Introducing-Vultr-Marketplace-One-Click-Setup-for-Popular-Apps-Stacks
34. DigitalOcean vs Vultr, accessed November 3, 2025, https://www.digitalocean.com/resources/articles/digitalocean-vs-vultr