2025-07-04
Introduction: Why Do You Need a Website Control Panel?
Imagine you’ve bought a piece of land and built a house on it (your website). Now you need to manage the house: connect electricity (domains), install plumbing (databases), set up security (SSL certificates), maintain order (files), and even let tenants in (FTP users). You could do all of this manually, but it’s complex, time-consuming, and requires specialized skills.
This is where website control panels come in. These are graphical web interfaces that significantly simplify the process of managing your web server and all the components needed to run a website. Instead of entering complex terminal commands, you simply click buttons and fill out forms in a user-friendly browser interface.
2025-07-03
Part 3: n8n Alternatives — Comparing Features and Approaches
We’ve already explored n8n and its deployment options in detail. But it’s important to understand that the no-code automation market is vast, and n8n is just one of many powerful tools. In this final article, we’ll compare n8n with its most popular alternatives to help you choose the best solution for your needs.
Each tool has its own philosophy, target audience, and feature set. Let’s take a closer look.
2025-07-03
In this guide, I’ll show you how to easily install n8n, a powerful workflow automation tool, on your server with FastPanel using Docker Compose. FastPanel is great for managing web servers, and Docker Compose simplifies the deployment of complex applications like n8n with its dependencies (PostgreSQL and Redis).
What You’ll Need
- Your server with FastPanel installed.
- A domain or subdomain you’ll use to access n8n (e.g.,
n8n.yourdomain.com). - Basic knowledge of SSH and command line.
Step 1: Prepare the Server
Connect to your server via SSH and create a directory:
2025-07-02
Part 2: n8n: Cloud vs Self-Hosted Solutions – Which to Choose?
After discovering the capabilities of n8n, a logical question arises: “How do I start using it?” n8n offers two main deployment approaches, each with its pros and cons: Cloud service (n8n Cloud) and Self-Hosted deployment. The choice depends on your needs, technical skills, and security requirements.
n8n Cloud: Simplicity and Convenience
n8n Cloud is the official service by the developers of n8n. Essentially, it’s “n8n as a service,” where all infrastructure and maintenance are handled by the n8n Inc. team.
2025-07-02
Hi friends! Today, we’re diving into the world of automation and deploying n8n — a powerful workflow automation tool. We’ll install it in Docker, and use HAProxy as a reliable reverse proxy to expose it to the internet.
This guide is created especially for beginners. We’ll go step by step, explaining every command so you not only do it, but also understand how everything works.
Why do we even need HAProxy?
You could just expose n8n’s ports to the internet, right? Yes, but that’s unsafe and inconvenient. HAProxy acts as both a guard and a dispatcher:
2025-07-01
Part 1: Getting to Know n8n – Your Swiss Army Knife for Automation
Introduction to n8n: What is it and why does it matter?
In today’s fast-paced world, routine tasks can consume too much time and energy. This is where automation tools come to the rescue. You’ve probably heard of “low-code” and “no-code” concepts that allow you to build powerful applications and automate processes without deep programming knowledge. One of the most prominent tools in this space is n8n.
2025-06-30
We’re wrapping up our database series with MongoDB — one of the most popular document-oriented NoSQL databases. Unlike relational systems like MySQL and PostgreSQL, MongoDB offers high flexibility, scalability, and performance for working with semi-structured and unstructured data.
What is MongoDB?
MongoDB is a free and open-source (SSPL/Apache 2.0) document-oriented NoSQL database that stores data in a JSON-like format called BSON (Binary JSON). Unlike relational databases that use fixed schemas, MongoDB stores “documents” (analogous to records) with a dynamic schema. This means documents in the same “collection” (similar to a table) can have different sets of fields — giving developers incredible flexibility.
2025-06-29
We’ve already explored relational databases (MySQL, PostgreSQL, SQLite), which are great for structured data and complex queries. Now we move into the world of NoSQL, starting with one of its brightest stars — Redis (Remote Dictionary Server). Redis is an incredibly fast and versatile server often described as a “data structure server on steroids.”
What is Redis?
Redis is a free and open-source (BSD licensed) NoSQL key-value database that stores data in memory (in-memory). Unlike traditional disk-based databases, Redis is designed to deliver maximum data access speed. While it’s a key-value store, Redis stands out because the values can be not only strings but also rich data structures like strings, lists, sets, hashes, sorted sets with scores, bitmaps, and hyperloglogs.
2025-06-28
We’ve already explored the powerful server-based giants MySQL and PostgreSQL, but the database world is much more diverse. Today, we’re turning to a unique player — SQLite. Unlike its “bigger brothers,” SQLite is not a standalone server but an embedded library that stores the entire database in a single file.
What is SQLite?
SQLite is a free and public domain relational database management system (RDBMS). Its defining feature — and what sets it apart from other DBMSs — is that it does not require a separate server process. SQLite is implemented as a compact C library embedded directly into your application. The database is stored in one or more standard disk files, making deployment and usage incredibly simple.
2025-06-27
In the previous article, we covered MySQL — a reliable and popular leader in the world of relational databases. Today we turn to its main competitor, often called “the world’s most advanced open-source relational database” — PostgreSQL. Known for its strict SQL compliance, extensive feature set, and remarkable extensibility, PostgreSQL stands out among relational systems.
What is PostgreSQL?
PostgreSQL is a powerful, open-source (BSD-licensed) object-relational database management system (ORDBMS). It began as the POSTGRES project at the University of California, Berkeley in 1986 and was renamed PostgreSQL in 1996. Unlike purely relational systems, PostgreSQL incorporates object-oriented concepts, making it more flexible and powerful.