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👨‍💻🏆⚽ IT Projects You Can Make from the 2026 FIFA World Cup: Inspiration for IT Students and Programmers

Izzumi Poshaf — Fri, 19 Jun 2026 06:51:27 +0000

Assalamu‘alaikum wr. wb.

Hello everyone! The 2026 World Cup is underway, the 23rd FIFA World Cup, held in the United States, Mexico, and Canada, with 48 participating teams. This can inspire students and IT professionals to develop technology-based projects. Many project ideas can be created with the 2026 World Cup theme.

The 2026 FIFA World Cup is one of the largest sporting events in the world, jointly hosted by United States, Canada, and Mexico. The tournament will feature a new format with 48 participating teams and is expected to attract billions of viewers worldwide.

Beyond being a global football celebration, the 2026 World Cup can also serve as a valuable source of inspiration for students, programmers, software engineers, data analysts, and technology professionals to create a wide range of IT-based projects.

For IT enthusiasts, the FIFA World Cup 2026 is not only about football matches—it is also about data, applications, design, artificial intelligence, cybersecurity, and player performance analytics. Below are several IT project ideas that can be developed around the World Cup 2026 theme.

1. Web Development (Frontend, Backend, Full-Stack)

Web developers can leverage the excitement surrounding the World Cup to build engaging and useful web applications.

1. World Cup 2026 Live Score Website

Features:

Live match scores
Match schedules
Group standings
Player statistics
Top scorers leaderboard
Match predictions

Technologies:

HTML
CSS
JavaScript
React
Vue.js
Angular
ASP.NET Core
Node.js
Laravel
Spring Boot

2. World Cup News Portal

Features:

News articles
Match highlights
Photo galleries
Match videos
Commenting system

3. Team and Player Statistics Dashboard

Displays:

Ball possession
Number of shots
Passing accuracy
Player heatmaps
Team performance analysis

4. Fantasy World Cup Platform

Similar to fantasy football applications, allowing users to create their dream teams and earn points based on real-world player performances.

2. Mobile Development (Android, iOS, Cross-Platform)

Mobile developers can build applications that help football fans follow the tournament in real time.

1. FIFA World Cup Companion App

Features:

Match schedules
Live scores
Goal notifications
Latest news
Player statistics

Technologies:

Kotlin
Java
Swift
Flutter
React Native
.NET MAUI

2. Match Reminder App

Features:

Favorite match reminders
Match countdown timers
Calendar synchronization

3. World Cup Quiz App

Features:

Football trivia
Global leaderboards
Achievement system

4. Stadium Guide App

Provides:

Stadium information
Interactive maps
Travel routes
Transportation details

3. Software Engineering

Software engineers can design complex and scalable systems capable of supporting millions of users.

1. Real-Time Streaming Analytics System

Analyze live match data using:

Apache Kafka
Apache Spark
Redis
Elasticsearch

2. Ticket Management System

Features:

Ticket booking
QR code generation
Digital tickets
Anti-duplication validation

3. Distributed Live Score Service

A backend system designed to handle millions of live-score requests simultaneously.

Skills Learned:

System Design
Microservices
Distributed Systems
Cloud Computing
API Gateway
Event-Driven Architecture

4. UI/UX Design

The World Cup 2026 theme can also be used to create a strong design portfolio.

1. FIFA World Cup App Redesign

Deliverables:

Wireframes
User Flows
Interactive Prototypes

Tools:

Figma
Adobe XD
Sketch

2. Interactive Statistics Dashboard

Design Concepts:

Match visualizations
Player heatmaps
Team performance analytics

3. Fan Engagement Platform

Features:

Player-of-the-match voting
Match polls
Score predictions

Portfolio Pieces:

Mobile UI Design
Web Dashboards
Design Systems
User Journey Maps

5. Artificial Intelligence and Machine Learning

AI is one of the most exciting fields to combine with modern football.

1. Match Outcome Prediction System

The model can utilize:

Historical match data
FIFA rankings
Player statistics
Team performance metrics

Algorithms:

Random Forest
XGBoost
Neural Networks

2. AI Match Predictor

Provides probabilities for:

Win
Draw
Loss

3. World Cup 2026 Chatbot

Features:

Schedule inquiries
Player statistics lookup
Match predictions

Technologies:

OpenAI API
Llama
Gemini API
Retrieval-Augmented Generation (RAG)

4. Computer Vision for Match Analysis

Technologies:

OpenCV
YOLO
TensorFlow
PyTorch

Functions:

Player detection
Ball tracking
Formation analysis

6. Data Science and Data Analytics

The FIFA World Cup generates millions of data points that are highly valuable for analysis.

1. World Cup Data Dashboard

Visualizations:

Goals scored
Assists
Clean sheets
Yellow cards
Red cards

Tools:

Power BI
Tableau
Looker Studio

2. Top Scorer Prediction Model

Analysis Factors:

Expected Goals (xG)
Number of shots
Minutes played

3. Football Trend Analysis

Research Topics:

Popular formations
Attacking strategies
Substitute effectiveness

Skills Learned:

Data Cleaning
Data Visualization
Exploratory Data Analysis (EDA)
Statistical Modeling

7. Cybersecurity

Major sporting events such as the FIFA World Cup are attractive targets for cyberattacks, creating many opportunities for cybersecurity projects.

1. Login Security System

Features:

Multi-Factor Authentication (MFA)
CAPTCHA
Device Verification

2. Anti-DDoS Monitoring Dashboard

Monitors:

Network traffic
Suspicious activities
Access anomalies

3. Ticket Fraud Detection System

Uses Machine Learning to identify:

Fake tickets
Bot activities
Account abuse

4. Secure API Gateway

Protects:

User data
Payment systems
Live score APIs

Technologies:

OWASP Top 10
JWT Authentication
OAuth 2.0
SIEM
WAF
IDS/IPS

Utilizing REST APIs for FIFA World Cup 2026 Projects

Almost all of the projects mentioned above can leverage REST APIs as their primary data source.

Examples of data that can be retrieved include:

Match schedules
Live scores
Player statistics
National team data
Group standings
Top scorers

REST APIs enable frontend, backend, web, and mobile developers to build applications that display real-time match information without having to manage and update data manually.

Using Vibe Coding to Build FIFA World Cup 2026 Projects

In the modern AI era, developing FIFA World Cup 2026-themed applications can be significantly accelerated through a Vibe Coding approach. Vibe Coding refers to the process of building applications with the assistance of AI tools such as ChatGPT, GitHub Copilot, Claude, Gemini, and other AI coding assistants.

Examples of implementation include:

Creating a live score website using only prompts.
Generating Flutter user interfaces automatically.
Building REST API backends with AI assistance.
Producing project documentation automatically.
Generating unit tests through AI.
Developing AI-powered analytics dashboards.

This approach allows students and beginner programmers to create projects that previously required weeks of development effort in just a matter of days.

Conclusion

The FIFA World Cup 2026 is not only the largest football tournament in the world but also a powerful source of inspiration for technology projects. From Live Score Websites, Mobile Companion Apps, Statistical Dashboards, and Digital Ticketing Systems to AI Predictors, Data Analytics Platforms, and Cybersecurity Monitoring Dashboards, these projects can serve as valuable portfolio pieces that align with current industry demands.

For IT students, programmers, software engineers, UI/UX designers, data analysts, AI engineers, and cybersecurity specialists, World Cup 2026-themed projects offer an excellent opportunity to learn new skills while strengthening professional portfolios. Beyond improving technical expertise, these projects demonstrate the ability to develop real-world solutions using data, modern technologies, and user-centered design at a global scale.

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Look at this Post to look at the Indonesian Version of this Article.

Hope this is helpful, guys!

Thank you 😄😊👌👍 :)

Wassalammu‘alaikum wr. wb.

Greetings of the 80th Anniversary of RI in Programming Languages (Ucapan HUT ke-80 RI dalam Bahasa Pemrograman)

Izzumi Poshaf — Fri, 15 Aug 2025 02:11:53 +0000

Back again with an Inzaghi's Blog on Dev.to! Today, we are approaching August 17th, and we celebrate the 80th Anniversary of the Republic of Indonesia's Independence Day. This year's theme is "United Sovereignty, Prosperous People, Advanced Indonesia." Here are greetings from the Republic of Indonesia on its 80th Anniversary in several Programming Languages.

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Here are the greetings for the 80th Indonesian Independence Day in several Programming Languages (For Outputs are written in Indonesian) :

C Programming

#include <stdio.h> 

int main() {
   printf("========== DIRGAHAYU REPUBLIK INDONESIA ==========\n");
   printf("Selamat Hari Kemerdekaan ke-80 Republik Indonesia!\n");
   printf("Bersatu Berdaulat Rakyat Sejahtera Indonesia Maju!");

   return 0;
}

#include <iostream> 
using namespace std; 

int main() {
   cout<<"========== DIRGAHAYU REPUBLIK INDONESIA =========="<<endl;
   cout<<"Selamat Hari Kemerdekaan ke-80 Republik Indonesia!"<<endl;
   cout<<"Bersatu Berdaulat Rakyat Sejahtera Indonesia Maju!"<<endl;

   return 0; 
}

using System; 

class Hut80RI { 
    static void Main(string[] args) {
        Console.WriteLine("========== DIRGAHAYU REPUBLIK INDONESIA ==========");
        Console.WriteLine("Selamat Hari Kemerdekaan ke-80 Republik Indonesia!");
        Console.WriteLine("Bersatu Berdaulat Rakyat Sejahtera Indonesia Maju!");
   }
}

Java

import java.io.*; 

public class Hut80RI { 
    public static void main(String[] args) {
        System.out.println("========== DIRGAHAYU REPUBLIK INDONESIA ==========");
        System.out.println("Selamat Hari Kemerdekaan ke-80 Republik Indonesia!");
        System.out.println("Bersatu Berdaulat Rakyat Sejahtera Indonesia Maju!");
   }
}

Go(lang)

package main
import "fmt"

func main() {
    fmt.Println("========== DIRGAHAYU REPUBLIK INDONESIA ==========")
    fmt.Println("Selamat Hari Kemerdekaan ke-80 Republik Indonesia!")
    fmt.Println("Bersatu Berdaulat Rakyat Sejahtera Indonesia Maju!")
}

Dart

void main() {
    print("========== DIRGAHAYU REPUBLIK INDONESIA ==========");
    print("Selamat Hari Kemerdekaan ke-80 Republik Indonesia!");
    print("Bersatu Berdaulat Rakyat Sejahtera Indonesia Maju!");
}

Kotlin

fun main(args: Array<String>) {
    println("========== DIRGAHAYU REPUBLIK INDONESIA ==========")
    println("Selamat Hari Kemerdekaan ke-80 Republik Indonesia!")
    println("Bersatu Berdaulat Rakyat Sejahtera Indonesia Maju!")
}

<?php 
   echo "========== DIRGAHAYU REPUBLIK INDONESIA ==========\n";
   echo "Selamat Hari Kemerdekaan ke-80 Republik Indonesia!\n"; 
   echo "Bersatu Berdaulat Rakyat Sejahtera Indonesia Maju!"; 
?>

JavaScript

console.log("========== DIRGAHAYU REPUBLIK INDONESIA ==========");
console.log("Selamat Hari Kemerdekaan ke-80 Republik Indonesia");
console.log("Bersatu Berdaulat Rakyat Sejahtera Indonesia Maju!");

Python

print("========== DIRGAHAYU REPUBLIK INDONESIA ==========")
print("Selamat Hari Kemerdekaan ke-80 Republik Indonesia!")
print("Bersatu Berdaulat Rakyat Sejahtera Indonesia Maju!")

Ruby

puts "========== DIRGAHAYU REPUBLIK INDONESIA =========="
puts "Selamat Hari Kemerdekaan ke-80 Republik Indonesia!"
puts "Bersatu Berdaulat Rakyat Sejahtera Indonesia Maju!"

R Programming

cat("========== DIRGAHAYU REPUBLIK INDONESIA ==========\n")
cat("Selamat Hari Kemerdekaan ke-80 Republik Indonesia!\n")
cat("Bersatu Berdaulat Rakyat Sejahtera Indonesia Maju!")

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How HTML, CSS, JavaScript, PHP, and MySQL Work

Izzumi Poshaf — Sat, 23 Nov 2024 17:08:01 +0000

Hi guys! HTML, CSS, and JavaScript are the Basic Languages on a Website. HTML functions as the Layout and Framework of a Website. CSS is used as a decoration to make the website more attractive. JavaScript is a regulator to make the Website more Interactive. Meanwhile, PHP as a Backend Programming Language for the Server. And MySQL as a Database.

Article Source :

Have you ever thought about how HTML, CSS, Javascript, PHP, and MySQL interact with each other? You may already understand it, but maybe some are unfamiliar with HTML, CSS, Javascript, PHP, and MySQL concepts. Therefore, we will detail how each of these components operates. Read until the end, okay?

A. Component Details

Below are the details of each component's tasks:

1. HTML

HTML is used to describe the structure of a web page. It defines elements such as headings, paragraphs, dividers, input forms, and other widgets that appear on the page. It's important to note that HTML only outlines the structure without significantly determining the appearance of these elements, apart from minimal standard styles defined in browser style sheets.

2. CSS (Cascading Style Sheets)

CSS is a declarative language that, through its selectors, defines the styles of elements based on tag names, attributes, IDs, or other methods. CSS allows for specific style settings. With CSS3 and the evolving language concepts, element transitions and animations can also be implemented.

3. JavaScript

JavaScript is often referred to as the language of the web, and this description is fairly accurate. It is a programming language capable of manipulating data in the browser, changing the appearance and content, responding to user inputs, and validating form inputs. With the emergence of robust JavaScript environments such as Node.js, data manipulation can also be performed on the web server.

4. PHP

PHP is a powerful programming language primarily used on the server side. It is often utilized to serve dynamic data from a web server and convert it into HTML before sending it. PHP provides the backend for many popular CMS platforms like WordPress, Drupal, and MediaWiki (which powers Wikipedia).

5. MySQL

MySQL is a highly powerful open-source relational database management system (RDBMS). Used in projects of all sizes, MySQL provides a scalable database, from local databases to distributed databases that serve large-scale web applications globally.

B. Collaboration Details

The following explains how these technologies work together within a web application environment:

HTML, as the foundational component, delivers content to the web browser, either as static HTML pages or as dynamically generated HTML content produced through a Content Management System (CMS). Apache HTTP Server is responsible for handling HTTP requests from web browsers and serving responses from the web server, with HTML being the standard response format.
CSS, which controls the visual presentation and styling of web pages, is typically delivered alongside HTML files as part of the same HTTP request-response process.
JavaScript primarily operates on the front-end and functions as an execution engine within the user's web browser. While there are exceptions such as Node.js, JavaScript generally runs locally on the client side and enhances interactivity, user experience, and dynamic behavior within web pages.
PHP, as a server-side scripting language, serves as the back-end component responsible for executing business logic and generating dynamic web content. Apache HTTP Server processes PHP through an enabled PHP module whenever it encounters <?php ?> tags within a PHP file. PHP communicates with the web server, processes requests, and generates dynamic content that Apache subsequently sends back to the client.
MySQL, as a relational database management system (RDBMS), provides structured data storage using SQL databases. PHP interacts with MySQL through database extensions such as MySQL (legacy), MySQLi (MySQL Improved), or PDO (PHP Data Objects).

Within PHP applications, database queries are executed using SQL syntax. The retrieved data is commonly returned as arrays or associative arrays, which PHP can further process and transform into formatted HTML content. Finally, through its integration with Apache HTTP Server, the dynamically generated HTML output is delivered to the user's web browser, where it is rendered as a complete web page.

Look at this Post to look at the Indonesian Version of this Article.

Welcome to Dev.to!

Izzumi Poshaf — Fri, 11 Oct 2024 13:00:52 +0000

Assalamu‘alaikum wr. wb.

First of all, let us express our thanks to God Almighty for His grace and gifts.

ANNOUNCEMENT

In the future, some of the posts on Inzaghi's Blog will also be posted on Dev.to those related to Information Technology. The reasons why I will be moved to this platform are to make Search Engines like Google Indexed Articles and be SEO-friendly.

Here are some of the Requirements for some of our Articles on Inzaghi's Blog to be posted on this Platform :

All Articles on this Platform are Written in English.
NOT All Posts in Inzaghi's Blog are also been Posted on this. Only the Related Technology, Programming, and Coding-like.

Thank You, for Reading this Post!

Wassalamu‘alaikum wr. wb.