DEV Community: Muhammad Yasir

The End of an Internet Era: Ask.com Officially Shuts Down After Nearly 30 Years

Muhammad Yasir — Sat, 09 May 2026 06:03:33 +0000

Introduction

The internet has officially said goodbye to one of its oldest and most recognizable search engines. After nearly three decades online, Ask.com has been shut down marking the end of an important chapter in internet history.

Originally launched in 1996 as Ask Jeeves, the platform became popular because of its unique idea. Instead of typing short keywords, users could ask complete questions in natural language and receive direct answers. At a time when search technology was still developing this approach felt innovative and user-friendly.

From Ask Jeeves to Ask.com

Over the years, Ask Jeeves gained millions of users and became one of the most well-known search engines of the early internet era. In 2006, the company rebranded itself as Ask.com in an attempt to modernize its image and compete with rapidly growing rivals like Google.

For many internet users, Ask.com became part of their early online experience. Before the dominance of modern AI and advanced search algorithms it introduced a smarter and more conversational way of finding information online.

Why Did Ask.com Fail?

The search engine industry changed dramatically over time. Google’s faster algorithms, cleaner interface and highly accurate search results allowed it to dominate the global market.

As competition increased, Ask.com struggled to maintain its position. Despite multiple updates and improvements, it could not keep up with the speed of technological innovation happening across the internet.

This shutdown proves an important lesson in the tech world:

Innovation alone is not enough. Companies must continuously evolve to survive.

Official Shutdown in 2026

According to reports, the parent company officially shut down Ask.com on May 1, 2026. The company thanked millions of users, engineers, designers, developers and employees who helped keep the platform alive for nearly 30 years.

Although the platform is now gone, its contribution to internet search history will always be remembered.

A Connection to the AI Era

Interestingly, Ask.com’s original idea feels surprisingly modern today. Its focus on asking questions in natural language is very similar to how people now interact with AI-powered tools and smart assistants.

In many ways, Ask.com was ahead of its time.

Today, the internet is entering a completely new phase powered by artificial intelligence, conversational search, and advanced recommendation systems. While Ask.com could not survive this transformation its legacy still remains an important part of web history.

Final Thoughts

The rise and fall of Ask.com reminds us how quickly technology evolves. Even some of the internet’s biggest names can eventually disappear if they fail to adapt to changing trends and user behaviour.

For bloggers, developers, start-ups and tech enthusiasts, this is more than just the shutdown of a website — it is a reminder that the digital world never stops changing.

And sometimes, even forgotten platforms leave behind a lasting impact on the future of technology.

write by Muhammad Yasir

#AskCom #SearchEngine #InternetHistory #TechNews #Blogging #Google #ArtificialIntelligence #AI #DigitalWorld #Technology #SEO #WebHistory #TechBlog #Innovation #FutureOfSearch #MuhammadYasir #YasirAwan4831

Building HOLO.SYS — A Futuristic 3D Holographic Visualization System with React, Three.js & GLSL

Muhammad Yasir — Fri, 08 May 2026 19:01:10 +0000

Introduction

Modern web development is rapidly evolving beyond traditional websites and static user interfaces. Today, developers are building immersive digital experiences directly inside the browser using technologies like WebGL, Three.js, GLSL shaders and advanced Web architectures.

As a Full Stack Web Developer, I always wanted to explore the creative side of Web engineering — where design, interaction, animation, performance and GPU rendering come together to create something visually powerful.

That vision led me to build HOLO.SYS — a futuristic cyberpunk-inspired 3D holographic visualization system developed using:

React.js
Three.js
GLSL Shader Programming
GSAP Animations
WebGL Rendering
Modern JavaScript Architecture

This project is not just another Web experiment.
It is a complete creative Web engineering project focused on immersive web experiences, real-time rendering, shader effects, and cinematic UI systems.

What is HOLO.SYS?

HOLO.SYS is a real-time interactive holographic visualization system inspired by:

Cyberpunk interfaces
Futuristic HUD systems
Sci-fi holographic displays
AI visualization panels
Advanced UI/UX concepts

The goal of this project was to simulate a futuristic holographic rendering system directly inside the browser using modern Web technologies.

The application features:

Real-time 3D rendering
Interactive camera controls
Dynamic holographic shader effects
Scanline visual systems
Animated glitch transitions
Fresnel rim glow lighting
Smooth geometry morph transitions
Live GUI customization controls
Performance optimized rendering

This project represents the combination of:

✅ Creative Development
✅ Modern Frontend Engineering
✅ WebGL Rendering
✅ Real-Time Graphics
✅ Interactive UI Systems
✅ Shader Programming

Live Project

🌐 Live Demo

https://holographic-threejs.vercel.app/

💻 GitHub Repository

https://github.com/YasirAwan4831/holographic-shader-visualizer-three.Js

👨‍💻 GitHub Profile

https://github.com/YasirAwan4831

⚛️ Technologies Used

One of the most exciting parts of this project was combining multiple modern frontend technologies together.

React.js

React was used to structure the application into reusable and scalable components.

It helped manage:

Component architecture
UI organization
Application structure
Rendering lifecycle
Future scalability

React makes it much easier to build modern interactive web applications while keeping the codebase clean and maintainable.

Three.js

Three.js was responsible for handling:

3D scene creation
Geometry rendering
Camera systems
Lighting setup
Mesh transformations
WebGL abstraction

Instead of manually writing low-level WebGL code, Three.js provides a powerful abstraction layer that allows developers to create advanced 3D experiences much faster.

The project includes multiple 3D geometries such as:

Torus Knot
Icosahedron
Torus Geometry

These objects transition dynamically with holographic effects.

GLSL Shader Programming

One of the most advanced parts of this project is the custom GLSL shader system.

The shaders were handwritten to create:

Holographic scanlines
Dynamic glitch displacement
Fresnel rim glow
Transparency falloff
Transition masking
Animated distortion systems

Vertex Shader Features

The vertex shader manipulates geometry positions in real-time.

It creates:

Glitch wave displacement
Randomized distortion
Progress-based transition effects
Animated geometry movement

Fragment Shader Features

The fragment shader controls:

Pixel colouring
Hologram transparency
Glow intensity
Fresnel lighting
Scanline rendering

This combination creates the cinematic holographic appearance visible in the final system.

GSAP Animations

GSAP was used to create smooth and performant animations.

It powers:

Geometry transitions
Shader progress animations
Smooth effect timing
UI interaction flow

GSAP provides better control and smoother animations compared to many traditional animation libraries.

WebGL Rendering

WebGL is the foundation behind the entire rendering pipeline.

It enables GPU acceleration directly inside the browser.

This allows the project to render:

Real-time graphics
Interactive 3D systems
Shader effects
Dynamic animations

without needing external software.

Major Features of HOLO.SYS

Real-Time Holographic Rendering

The project creates a futuristic holographic appearance using:

Transparency blending
Additive rendering
Glow effects
Scanline overlays
Animated distortion

The final output feels similar to sci-fi hologram systems seen in futuristic films and games.

Dynamic Glitch Effects

A custom glitch engine was developed using mathematical shader calculations.

The glitch system includes:

Time-based sine waves
Randomized displacement
Transition distortion
Multi-layered visual noise
Animated geometry corruption

These effects make the hologram feel alive and dynamic.

Fresnel Rim Glow

A Fresnel lighting system was implemented to create edge glow effects based on viewing angle.

This adds:

Depth perception
Futuristic glow
Cinematic visuals
Enhanced realism

This is one of the most visually impactful effects in the project.

Animated Object Transitions

The application cycles through multiple 3D geometries using shader-based transition masking.

Instead of instantly switching objects, the project creates:

Smooth vertical sweep transitions
Controlled visibility masking
Cinematic object replacement

This creates a much more polished and professional visual experience.

Interactive GUI Controls

A real-time GUI panel was implemented using lil-gui.

Users can dynamically change:

Hologram colors
Stage colors
Ambient lighting
Directional lighting

This makes the system interactive and customizable.

Performance Optimization

Performance was a major focus during development.

Optimization techniques include:

request Animation Frame loops
Controlled DPR scaling
Efficient shader calculations
Proper clean-up systems
Memory leak prevention
Optimized rendering pipeline

These improvements help maintain smooth rendering performance.

What I Learned From This Project

This project significantly improved my understanding of:

Advanced Web Development

I learned how modern Web engineering goes far beyond simple layouts.

Web development today includes:

Real-time rendering
GPU acceleration
Interactive systems
Creative coding
Visual programming

Shader Programming Concepts

Before this project, shader programming felt complex.

During development, I learned:

GLSL basics
Vertex shader manipulation
Fragment shader rendering
Coordinate systems
Lighting calculations
Procedural visual effects

This project became a huge learning experience.

Three.js Architecture

I gained practical experience with:

Scene management
Camera systems
Mesh rendering
Materials
Geometries
WebGL pipelines
Orbit Controls

This helped me better understand 3D development for the web.

Modern Full Stack Development Journey

As a Full Stack Developer, I believe modern web engineering should combine:

Functionality
Performance
Scalability
Creativity
User experience

HOLO.SYS represents that mindset.

It is not only a frontend showcase — it demonstrates creative engineering and technical exploration.

Why Creative Frontend Development Matters

The future of web development is moving toward:

Immersive experiences
3D interfaces
Interactive visual systems
AI-powered UIs
Real-time graphics
WebXR and AR/VR

Projects like HOLO.SYS help developers explore the next generation of web experiences.

Creative frontend engineering is becoming one of the most exciting areas in software development.

Future Improvements

This project is still evolving.

Future upgrades may include:

Bloom post-processing
Audio reactive effects
GLTF/GLB model loading
Mobile touch optimization
WebXR support
AI visualization systems
Advanced particle systems
Dynamic environment lighting
Procedural geometry systems
Cyberpunk dashboard integrations

The goal is to continue transforming HOLO.SYS into a more advanced interactive visualization framework.

👨‍💻 About the Developer

Hi, I’m Muhammad Yasir — also known online as YasirAwan4831.

I’m a Full Stack Web Developer focused on:

Modern Web Development
Creative Frontend Engineering
React.js Applications
JavaScript Ecosystems
Three.js & WebGL
UI/UX Development
Interactive Web Experiences
Performance Optimization

I continuously work on improving my skills by building real-world projects and experimenting with modern technologies.

Final Thoughts

Building HOLO.SYS was an exciting journey into the world of:

Creative coding
Real-time graphics
WebGL rendering
Shader programming
Advanced frontend development

Projects like this remind me how powerful the modern web has become.

Today, browsers are capable of rendering cinematic experiences that once required dedicated graphics software.

More futuristic projects, advanced UI systems and immersive web experiences are coming soon.

🌐 Connect With Me

GitHub

https://github.com/YasirAwan4831

Project Repository

https://github.com/YasirAwan4831/holographic-shader-visualizer-three.Js

Live Demo

https://holographic-threejs.vercel.app/

#ReactJS #ThreeJS #WebGL #GLSL #ShaderProgramming #FrontendDevelopment #CreativeCoding #CyberpunkUI #WebDevelopment #JavaScript #GSAP #ModernWebDevelopment #InteractiveWebDesign #FullStackDeveloper #CreativeFrontend #RealtimeRendering #HolographicUI #OpenSource #UIUX #Programming #WebDesign #ThreejsProjects #ReactDeveloper #WebGLProjects #YasirAwan4831 #MuhammadYasir

Claude Design Is Here — AI Is Entering the Visual Creation Era

Muhammad Yasir — Sun, 19 Apr 2026 20:12:59 +0000

Claude Design Is Here — AI Is Entering the Visual Creation Era

Anthropic has introduced Claude Design, a research preview tool that goes far beyond traditional AI chat. It turns ideas into polished prototypes, presentations and visual assets through natural conversation.

Introduction: The Gap Between Ideas and Execution Is Shrinking

There has always been a frustrating gap in the creative and product development process. You might have a strong idea for an app, a presentation or a product, but turning that idea into something visual and shareable usually takes time, tools or specialized design skills.

AI is now rapidly closing that gap.

With the introduction of Claude Design, Anthropic is pushing Claude beyond text-based interaction and into full visual creation. Instead of just describing ideas users can now directly generate usable designs from them.

What Is Claude Design?

Claude Design is an AI-powered visual creation environment where users describe what they want in plain language and the system generates structured visual outputs.

It can create:

Interactive prototypes
Pitch decks and presentations
One-pagers and business documents
UI mock-ups and wireframes
Visual concepts and design explorations

Unlike traditional design tools, the workflow is conversational. You iterate through feedback rather than manually constructing layouts.

How It Works

Claude Design is built on Anthropos's advanced multimodal model capable of understanding both text and visual context.

It can process high-resolution inputs and interpret complex design instructions allowing it to generate structured and visually coherent outputs.

The experience feels less like using software and more like working with a creative assistant.

Why Claude Design Feels Different

One of its strongest aspects is contextual awareness.

Instead of starting from a blank canvas, Claude Design can adapt to existing assets such as:

Code repositories
Design files
Brand guidelines
Fonts and logos
Product documentation

This allows outputs to stay aligned with an existing brand identity rather than producing generic designs.

Multiple Ways to Start a Project

Users are not limited to a single input method. Claude Design supports:

Text prompts
Image uploads (sketches or references)
Document imports (PDF, PPTX, DOCX)
Codebase references
Website captures

This flexibility makes it useful for both early ideation and refining existing products.

A Notable Shift for Developers

One of the most interesting aspects for developers is the transition from design to production.

Once a design is ready, it can be handed off directly into a development workflow, reducing friction between design intent and implementation.

The workflow becomes:

Idea → Design → Production

This reduces miscommunication and shortens iteration cycles significantly.

Export and Integration Options

Claude Design is not a closed system. Finished work can be exported in multiple formats:

PDF
PPTX
HTML
Shareable links
Canva integration

This makes it compatible with existing creative and business workflows rather than replacing them entirely.

Position in the Design Ecosystem

With this release, comparisons with tools like Figma and Canva are inevitable.

However, Claude Design does not position itself as a direct replacement. Instead, it focuses on early-stage ideation and rapid prototyping, while traditional tools remain relevant for production-level refinement.

The result is a layered ecosystem rather than a single dominant tool.

Final Thoughts

Claude Design represents a meaningful shift in how ideas move from concept to execution.

It does not eliminate designers or existing tools but it significantly reduces the friction between thinking and creating.

For developers, founders and product teams, this means faster iteration cycles and a more direct path from idea to working prototype.

While still in research preview, it signals a clear direction: AI is becoming a full creative partner not just a text generator.

The future of design is becoming conversational — and Claude Design is one of the clearest steps in that direction.

#AI #Design #Anthropic #Claude #WebDev #Productivity #FrontEnd #TechNews #Prototyping #DeveloperTools #MuhammadYasir #YasirAwan4831

Quantum Neural Network 3D — A Deep Dive into Interactive WebGL Visualization

Muhammad Yasir — Fri, 17 Apr 2026 06:37:47 +0000

Introduction

In the modern era of web development, static interfaces are no longer enough. Users expect immersive, interactive, and visually engaging experiences. With this vision in mind, I developed Quantum Neural Network 3D — an advanced real-time 3D neural network visualization built using Three.js and WebGL.

This project is not just about visuals; it represents a combination of mathematics, graphics programming and user interaction design, creating a simulation that feels alive and responsive.

Project Overview

Quantum Neural Network 3D is an interactive system that visually represents neural structures in a three-dimensional space. It allows users to explore different network formations, trigger energy pulses and interact with a dynamically animated environment.

The goal of this project was to push beyond basic frontend development and explore advanced rendering techniques, shader programming and real-time interactivity.

Key Features

1. Interactive 3D Neural Network

The core of the project is a fully dynamic neural network composed of nodes and connections. Each node behaves like an energy point and connections simulate data flow between them.

2. Multiple Network Formations

The system supports different structural patterns:

Crystalline Sphere — based on mathematical distribution (golden ratio)
Helix Lattice — inspired by DNA-like structures
Fractal Web — recursive branching similar to AI networks

Each formation provides a unique visual and structural experience.

3. Real-Time Animations

Breathing node effects
Flowing connection lines
Smooth transitions between formations
Continuous rotation and motion

These animations create a lifelike and futuristic feel.

4. Energy Pulse Interaction

Users can click anywhere on the screen to generate energy pulses, which travel across the network in real-time. This feature adds a layer of interaction and makes the system feel responsive and intelligent.

5. Advanced Visual Effects

Bloom (glow) effects
Particle-based starfield background
Smooth camera controls
Glass morphism UI design

These elements combine to deliver a premium visual experience.

User Interaction

The project is designed to be fully interactive:

Click → Send energy pulses
Drag → Rotate and explore the network
Morph Button → Change network structure
Freeze Button → Pause animations
Reset Button → Reset camera view

This makes the experience both exploratory and engaging.

Technology Stack

This project leverages modern web technologies:

Three.js — 3D rendering engine
WebGL — hardware-accelerated graphics
GLSL Shaders — custom animations and effects
JavaScript (ES6) — application logic
HTML5 & CSS3 — UI and layout

No heavy frameworks were used, ensuring performance and control over rendering.

How It Works

1. Scene Initialization

The application starts by creating a 3D scene, camera, and renderer. Post-processing effects like bloom are applied to enhance visuals.

2. Network Generation

Nodes and connections are generated using mathematical algorithms depending on the selected formation.

3. Shader-Based Rendering

Custom shaders control:

Node size and glow
Connection animation
Pulse wave propagation

4. Interaction System

Using raycasting, the system detects user clicks and generates pulse waves that propagate through the network.

Design Philosophy

The design focuses on:

Minimalism + Futurism
Smooth animations
Glass morphism UI
Neon-inspired colour palettes

Three main themes are included:

Purple Nebula
Sunset Fire
Ocean Aurora

Each theme changes the entire visual mood of the application.

Performance Optimization

To ensure smooth performance:

GPU-based rendering is used
Buffer Geometry minimizes memory usage
Animations are optimized with request Animation Frame
Pixel ratio is controlled for mobile devices

The result is a fast and responsive experience across devices.

Live Project & Source Code

Live Demo: https://yasirquantumneuralnetwork3d.vercel.app/

GitHub Repository: https://yasirquantumneuralnetwork3d.vercel.app/

What I Learned

This project helped me gain deeper understanding of:

3D graphics programming
Shader development (GLSL)
WebGL rendering pipeline
Performance optimization
Interactive UI/UX design

It pushed me beyond traditional frontend development into advanced visualization engineering.

Future Improvements

Planned upgrades include:

Audio-reactive visualization
AI data integration
Export as image/video
VR/AR support
Advanced physics simulation

Conclusion

Quantum Neural Network 3D is more than just a project — it’s a step toward building immersive web experiences that combine creativity with technology.

It reflects my journey as a developer exploring new domains like 3D web development, real-time rendering, and interactive systems.

Feedback & Support

If you found this project interesting:

⭐ Star the repository
Share your thoughts
Suggest improvements

Created by Muhammad Yasir **
**Full Stack Developer | Exploring AI & 3D Web

✨ Building the future, one project at a time.

#WebDevelopment #ThreeJS #WebGL #JavaScript #Frontend #3D #UI #FullStack #FullStackDeveloper #OpenSource #Portfolio #MuhammadYasir #YasirAwan4831

Building Real Projects, One Step at a Time

Muhammad Yasir — Thu, 09 Apr 2026 18:32:34 +0000

As part of my internship at ARCH Technologies, I’ve successfully completed Task 3 — a Web-Based Music Player.

This project wasn’t just about building a UI, but about understanding how real applications work — handling user interactions, managing state and integrating external APIs.

I focused on creating a clean and modern experience where users can:
🎵 Search music dynamically
🎧 Play, pause and control audio
📂 Explore songs through categories
🔁 Navigate playlists smoothly

🛠️ Tech Stack:
React (Vite) • JavaScript • Tailwind CSS • Music API

What made this project valuable for me was learning how to connect frontend logic with real-time data and create a smooth user experience.

🔗 Live Demo: (https://yasirawaninfomusic.vercel.app/)
💻 GitHub Repo: https://github.com/YasirAwan4831/arch-Technologies-internship-task3-music-player

This is another step forward in my journey as a Full Stack Developer — more projects coming soon!

React #JavaScript #AppDevelopment #WebDevelopment #Internship #Projects #MusicPlayer #WebDeveloper #FullStackDeveloper #MuhammadYasir #YasirTech #YasirAwan4831

AI Can Detect Cancer from Your Voice: A New Breakthrough

Muhammad Yasir — Wed, 08 Apr 2026 13:44:27 +0000

AI Can Detect Cancer from Your Voice: A New Breakthrough

Artificial Intelligence (AI) is rapidly transforming industries and healthcare is no exception. A recent study has introduced an innovative idea: detecting serious diseases, particularly throat cancer simply through voice analysis. This advancement highlights how technology can move beyond traditional boundaries and provide smarter, more accessible solutions.

Understanding the Research

In this study, researchers developed an AI-based system capable of analysing thousands of human voice samples. The system focused on key vocal characteristics such as pitch, tone, intensity and the harmonic-to-noise ratio.

The findings revealed that certain voice patterns—especially in male patients—can indicate early signs of throat cancer or abnormal tissue growth. These subtle changes, often undetectable to the human ear, can be captured and interpreted by AI with impressive accuracy.

Why This Matters

Traditional diagnostic methods like endoscopy and biopsy are effective but come with limitations. They can be invasive, uncomfortable and sometimes unavailable in many regions.

AI-driven voice analysis, on the other hand, offers a non-invasive, cost-effective, and scalable alternative. If developed further, it could allow early screening without requiring complex medical procedures.

Current Limitations

Despite its potential, this technology is still in the early stages of research. More clinical trials and data are needed, particularly for female patients where results are not yet as conclusive.

Therefore, it should not be seen as a replacement for established medical diagnostics but rather as a supportive tool that could enhance early detection.

The Future of AI in Healthcare

Looking ahead, this innovation could lead to the development of mobile applications or online tools where users simply record their voice to receive preliminary health insights. This would make early detection more accessible and could significantly improve patient outcomes.

Final Thoughts

AI-powered voice analysis represents a promising step forward in modern healthcare. While still under development, it has the potential to revolutionize how diseases like cancer are detected—making diagnosis faster, easier and more accessible for everyone.

#ArtificialIntelligence #AIinHealthcare #CancerDetection #VoiceAnalysis #HealthTech #MedicalInnovation #ThroatCancer #EarlyDetection #AIDiagnostics #DigitalHealth #MachineLearning #FutureOfHealthcare #TechTrends #Innovation #HealthcareTechnology #AIRevolution #SmartHealthcare

Full Stack Portfolio Website — Complete Step-by-Step Breakdown

Muhammad Yasir — Tue, 07 Apr 2026 18:27:30 +0000

Introduction

In this blog, I will walk you through my Full Stack Portfolio Website, explaining every section, feature and design decision in a structured, real-world approach.

This is not just a simple portfolio — it is designed like a complete product, including multiple pages, modern UI/UX, smooth animations and practical functionality.

Project Goal

The goal of this project was to:

Build a professional portfolio
Apply real-world frontend architecture
Improve UI/UX design thinking
Create a scalable and maintainable structure

Navigation & Layout Structure

The website starts with a clean navigation bar that allows users to smoothly navigate between all sections.

Key Features:

Smooth scrolling navigation
Active section highlighting
Responsive design for mobile

🏠 Home Section (Hero Section)

The Home section is the first impression of the website.

Features:

Animated role titles (Frontend Developer, UI/UX Designer, etc.)
Profile image with animated tech icons
WhatsApp contact button
Resume download option
Social media links

👉 This section is designed to quickly communicate:

Who I am
What I do
How to contact me

👨‍💻 About Section

The About section explains my developer journey, mindset, and skills.

Focus Areas:

Problem-solving mindset
Clean coding practices
Continuous learning

Projects Section

This is one of the most important sections of the portfolio.

Features:

12+ real-world projects
Each project includes:
- Live preview
- GitHub link
- Description

👉 This section demonstrates practical experience and skills.

Skills Section

Skills are categorized for clarity and better presentation.

Experience Section

This section highlights my internship experience.

Included:

Multiple internships
Roles and responsibilities
Contributions and learning

👉 It adds professional credibility to the portfolio.

🎓 Education & Certifications

This section includes:

IT Diploma
Ongoing BS (IT)
Professional certifications

👉 Shows both academic and practical learning.

🏆 Achievements & Testimonials

Achievements:

Project milestones
Internship highlights

Testimonials:

Client-style feedback
Builds trust and credibility

Services Section

This section defines what I offer professionally.

Services:

Web Development
WordPress Development
UI/UX & Design

👉 Structured like real service pages.

Blog Section

This is an advanced feature of the portfolio.

Includes:

Real developer blogs
Learning experiences
Technical insights

👉 Helps in personal branding and SEO.

Contact Section

The contact section includes a fully functional form.

Features:

Email-JS API integration
Working contact form
Social links

👉 Users can directly send messages.

Dark Mode & UI Enhancements

Modern UI features included:

Dark mode toggle
Custom cursor
Smooth animations
Scroll-to-top button

👉 These features improve user experience.

Folder Structure & Development Approach

The project follows a clean and scalable structure.

Approach:

Component-based thinking
Organized assets
Clean naming conventions

👉 This makes the project maintainable and scalable.

Performance & Optimization

Key optimizations:

Fast loading speed
Responsive design
Optimized assets

👉 Ensures smooth user experience across devices.

What I Learned

Through this project, I improved:

UI/UX design
Project structuring
Performance optimization
Real-world development workflow

Watch Full Video Walkthrough

👉 YouTube Video:

[https://youtu.be/XcyAGuaVp_E?si=xUuDt5YaEqvDBxFb]

🔗 Project Links

🌐 Live Website:
https://yasirawaninfodev.vercel.app/

💻 GitHub Repository:
https://github.com/YasirAwan4831/arch-technologies-internship-task-1-portfolio-website

Final Thoughts

This portfolio is more than just a project — it represents my learning journey, growth and consistency as a developer.

Building this helped me understand how real-world applications are structured and delivered.

More projects, blogs and tutorials are coming soon.

Thanks for reading!

Building a Simple To-Do List App with JavaScript

Muhammad Yasir — Mon, 06 Apr 2026 17:55:38 +0000

📝 Building a Simple To-Do List App with JavaScript

As part of my Web Development Internship at ARCH Technologies, I built a To-Do List Web Application focused on solving a real-world problem with simple and clean logic.

This project may look basic on the surface, but it helped me deeply understand how real applications handle user interaction and data management.

The core functionality includes adding, editing, and deleting tasks — all powered by JavaScript. One of the key features is the use of Local Storage, which ensures that user data remains saved even after refreshing the page.

Instead of focusing only on UI, my main goal was to strengthen my JavaScript fundamentals, especially DOM manipulation and state handling.

This project reflects an important lesson in development:

“Simple projects, when built properly, teach the strongest concepts.”

🔗 Project Links

🌐 Live Demo:
https://yasirawan4831.github.io/arch-technologies-internship-task-2-todo-list/

💻 GitHub Repository:
https://github.com/YasirAwan4831/arch-technologies-internship-task-2-todo-list

▶️ YouTube Video:
https://youtube.com/shorts/L89bDqXP0fE?si=OBoaj3TpCnw6rVNb

💼 LinkedIn:
https://www.linkedin.com/posts/yasirawan4831_javascript-webdevelopment-todoapp-ugcPost-7446944923666399273-D7Uf?utm_source=share&utm_medium=member_desktop&rcm=ACoAAFyt-1EB5XKMOcxukQpAzVmx6pIKiXdCz64

More tutorials and detailed breakdowns coming soon

#JavaScript #WebDevelopment #ToDoApp #Internship #LearningInPublic #FrontendDeveloper #FullStackDevelopment #Code #Programming #DeveloperJourney #MyhammadYasir #YasirTech #YasirAwan4831

Typing Master Web App (React + Vite) — Full Project Breakdown

Muhammad Yasir — Thu, 26 Mar 2026 16:38:48 +0000

Introduction

Hi, I’m Muhammad Yasir — a Full Stack Developer.

In this blog, I’m excited to share one of my recent practice projects: Typing Master Web Application built using modern technologies like React and Vite.

This project is designed to help users improve their typing speed and accuracy through an interactive and customizable interface.

Project Purpose

The goal of this project was:

To strengthen my React skills
To practice clean architecture and reusable components
To build a real-world style UI project
To implement custom hooks and state management

🌐 Live Demo & Resources

🔗 Live Application:
https://typing-master-react-tau.vercel.app/

💻 GitHub Repository:
https://github.com/YasirAwan4831/typing-master-react

🎬 YouTube Video Walkthrough:
https://youtu.be/LMQIfsonc6s?si=O8-090CBSK2h3qLM

Tech Stack

React JS
Vite
JavaScript (ES6+)
CSS Modules

Features Overview

⌨️ Multiple Typing Modes

Words
Sentences
Paragraphs
Code Snippets
Custom Text

Real-Time Stats

WPM (Words Per Minute)
CPM (Characters Per Minute)
Accuracy
Error Tracking

UI & Customization

Dark Mode / Theme Toggle
Typography Settings (Text Size & Style)
Clean and Responsive Design

Extra Features

Sound Effects while typing
Numbers & Capitals toggle
Restart Test functionality

Performance Tracking

History system to track previous tests

Project Architecture

This project follows a modular and scalable folder structure:

typing-master-react/
├─ public/
│  ├─ .htaccess
│  ├─ favicon.ico
│  ├─ index.html
│  ├─ manifest.json
│  ├─ robots.txt
│  ├─ sitemap.xml
│
├─ src/
│  ├─ components/
│  │  ├─ Chart/
│  │  ├─ Common/
│  │  │  ├─ Button/
│  │  │  ├─ Input/
│  │  │  └─ ToggleSwitch/
│  │  ├─ ControlPanel/
│  │  ├─ Footer/
│  │  ├─ History/
│  │  ├─ Navbar/
│  │  ├─ ResultModal/
│  │  └─ TypingArea/
│  │
│  ├─ context/
│  │  ├─ HistoryContext.jsx
│  │  ├─ SettingsContext.jsx
│  │  └─ ThemeContext.jsx
│  │
│  ├─ data/
│  │  ├─ codeSnippets.js
│  │  ├─ paragraphs.js
│  │  ├─ sentences.js
│  │  └─ words.js
│  │
│  ├─ hooks/
│  │  ├─ useHistory.js
│  │  ├─ useLocalStorage.js
│  │  ├─ useSound.js
│  │  ├─ useTheme.js
│  │  ├─ useTimer.js
│  │  └─ useTypingTest.js
│  │
│  ├─ styles/
│  │  ├─ animations.css
│  │  ├─ global.css
│  │  └─ variables.css
│  │
│  ├─ utils/
│  │  ├─ constants.js
│  │  ├─ helpers.js
│  │  ├─ soundEffects.js
│  │  └─ textGenerator.js
│  │
│  ├─ App.jsx
│  ├─ App.module.css
│  ├─ index.css
│  └─ main.jsx
│
├─ .gitignore
├─ package.json
├─ package-lock.json
├─ README.md
├─ LICENSE
└─ vite.config.js

Key Concepts Used:

Reusable Components
Custom Hooks
Context API
Clean Code Structure

Development Process

The development process included:

Planning UI and features
Creating folder structure
Building reusable components
Implementing logic using custom hooks
Styling with CSS Modules
Testing and debugging
Deployment

Deployment

The application is deployed on Vercel.

Deployment challenges helped me learn:

Build configuration
Fixing deployment errors
Optimizing project for production

What I Learned

This project helped me improve:

React architecture understanding
State management
Custom hooks usage
Project structuring
Debugging and deployment skills

Final Thoughts

Although this is a practice project, it reflects my learning journey and passion for web development.

I believe consistent practice and building projects like this are the key to becoming a strong developer.

💬 Feedback

I would appreciate your feedback and suggestions.

If you like this project, feel free to:

⭐ Star the repository
🔗 Share the project
💬 Leave your feedback

Thank You

Thanks for reading this blog. More projects coming soon!

👨‍💻 Author

Muhammad Yasir

Full Stack Developer | React Enthusiast | UI/UX Designer

#React #Vite #WebDevelopment #FullStackDeveloper #JavaScript #Coding #Projects #OpenToWork #MuhammadYasir #YasirAwan4831

A Clean Frontend Folder Structure Every Developer Should Know

Muhammad Yasir — Fri, 06 Mar 2026 19:17:59 +0000

A Clean Frontend Folder Structure Every Developer Should Know

Modern frontend development is much more than building simple web pages. Applications today include APIs state management reusable components business logic and many moving parts. Because of this complexity project organization becomes extremely important.

Many developers focus on writing features but ignore project structure. In the beginning everything may look fine. The project works and development continues quickly. However as the project grows the codebase slowly becomes difficult to manage.

Files are scattered in random folders. UI and business logic get mixed together. New developers struggle to understand the codebase. Small changes start taking more time than expected.

This is why professional developers follow a clean and scalable frontend architecture.

A well organized project structure improves readability maintainability and collaboration. It also makes it easier to scale the application in the future.

Below is a simple and practical folder structure that many modern frontend projects follow.

Why Folder Structure Matters

A clean folder structure provides several advantages for developers and teams.

Better maintainability
When files are organized properly developers can quickly find the code they need to modify.

Better collaboration
When multiple developers work on the same project a clear structure prevents confusion.

Better scalability
As the application grows new features can be added without creating chaos in the project.

Better debugging
When logic is separated into clear folders it becomes easier to track down problems.

Example Frontend Folder Structure

frontend

node_modules
public
src

api
assets
components
context
data
hooks
pages
redux
services
utils

App.jsx

Each folder has a clear responsibility inside the application.

API Folder

The API folder is responsible for communication with the backend server. This folder usually contains functions that send HTTP requests and receive responses from backend services.

Examples include fetching user data sending login requests or retrieving product information.

Keeping API calls inside a dedicated folder prevents them from being scattered across the project.

Assets Folder

The assets folder contains static resources used in the application.

Examples include images icons fonts and other design files. Storing them in a single location keeps the project clean and makes asset management easier.

Components Folder

The components folder contains reusable user interface components.

Examples include buttons cards navigation bars modals and form inputs.

Reusable components allow developers to write code once and use it across multiple pages. This reduces duplication and keeps the UI consistent throughout the application.

Context Folder

The context folder is used for global state management using React Context.

Sometimes multiple parts of the application need access to the same data. Context allows developers to share that data across components without passing props through many layers.

Examples include theme settings authentication data or user preferences.

Data Folder

The data folder stores static data or mock data used during development.

This can include sample JSON files configuration data or temporary datasets used before the backend API is ready.

Keeping mock data separate from the main logic keeps the codebase cleaner.

Hooks Folder

Hooks contain custom reusable logic.

In modern frontend development especially in React developers often create custom hooks to reuse complex logic.

Examples include hooks for fetching data managing forms handling authentication or tracking screen size.

Custom hooks make components smaller cleaner and easier to maintain.

Pages Folder

The pages folder represents the main screens of the application.

Examples include Home Dashboard Profile Login and Settings pages.

Each page usually combines multiple components and represents a full view inside the application.

Separating pages from components keeps the project easier to navigate.

Redux Folder

The redux folder is used for advanced state management.

In large applications many components depend on shared state. Redux provides a centralized store where all application state can be managed in a predictable way.

This folder typically contains slices reducers actions and store configuration.

Services Folder

The services folder contains business logic and external integrations.

Services often work together with APIs but focus more on application level logic rather than raw network requests.

Examples include authentication services payment integrations or data transformation logic.

Utils Folder

The utils folder contains helper functions used throughout the project.

Examples include formatting dates validating input generating IDs or performing small calculations.

By placing these helpers in a shared location developers can reuse them anywhere in the application.

Final Thoughts

A clean folder structure may seem like a small detail but it has a huge impact on long term development.

Projects with poor organization become harder to maintain and scale. Developers spend more time searching for files and fixing structural problems.

On the other hand well structured projects are easier to read easier to extend and easier for teams to collaborate on.

If you are starting a new frontend project consider setting up a clear structure from the beginning. It will save time reduce confusion and make your development workflow much smoother.

A clean structure leads to clean code and clean code leads to better software.

_ #frontend #webdevelopment #react #javascript #programming #softwaredevelopment #cleanarchitecture #coding #developerlife #tech #frontend-development #project-structure #scalable-architecture #components #hooks #state-management #best-practices #clean-code #frontend-architecture #web-apps #ui-ux #code-organization #developer-tips #modular-code #clean-frontend #tech-blogs #MuhammadYasir #YasirAwan4831 _

Written by Muhammad Yasir
Contact https://yasirawaninfo.vercel.app/

Is AI Creating More Cybersecurity Problems Than It Solves?

Muhammad Yasir — Sat, 28 Feb 2026 05:32:13 +0000

Is AI Creating More Cybersecurity Problems Than It Solves?

Artificial Intelligence is transforming software development at an unprecedented pace. Developers can now generate production-ready code in minutes, automate repetitive tasks and accelerate product launches. However, recent security research suggests that while AI is improving development speed it may also be expanding the cybersecurity attack surface faster than organizations can manage.

According to the latest State of Software Security findings, software vulnerabilities are being introduced at a higher rate than they are being fixed. One of the most concerning trends is the rise in security debt — vulnerabilities that remain unresolved for over a year. This issue now affects a large percentage of organizations and the gap continues to grow.

The Core Problem: Speed vs Security

AI-assisted development tools enable teams to ship code rapidly. The challenge is that remediation efforts are not scaling at the same speed. More code means more potential vulnerabilities. If security testing, code review and patch management do not keep up, the risk compounds over time.

In many cases, AI-generated code introduces:

Insecure configurations
Outdated dependencies
Weak input validation
Authentication and authorization flaws

Modern security tools are better at detecting issues through static analysis, dynamic testing and software composition analysis. However detection alone is not enough. The real bottleneck lies in timely remediation.

AI: A Double-Edged Sword

AI is not inherently the problem. In fact, it can also be part of the solution. Security teams are increasingly leveraging AI for automated vulnerability detection, threat modelling assistance, code pattern analysis and faster triaging of alerts.

At the same time, AI systems introduce new risks such as prompt injection, false positives and complex code structures that are harder to audit manually. This creates a paradox. AI increases productivity while simultaneously increasing complexity.

Why This Matters for Developers and Start-ups

For independent developers, start-ups and growing tech companies, speed is often prioritized over security. Shipping features quickly can feel like survival. But unmanaged security debt can lead to data breaches, compliance violations, loss of user trust, financial damage and long-term reputational harm.

Cybersecurity is no longer a final-stage checklist item. It must be integrated into the development lifecycle from day one through secure coding practices, automated scanning pipelines and regular dependency updates.

A Practical Way Forward

Instead of slowing innovation, organizations should focus on secure AI adoption. This includes reviewing AI-generated code before deployment, enforcing secure coding standards, automating CI/CD security scans, prioritizing high-risk vulnerabilities and training developers in secure-by-design principles.

AI will continue to shape the future of software engineering. The question is not whether to use it but how responsibly we integrate it into our workflows.

The future belongs to teams that move fast and stay secure.

_ #ArtificialIntelligence #CyberSecurity #SecureCoding #SoftwareDevelopment #InfoSec #DevSecOps #TechInsights #DigitalInnovation #MuhammadYasir #YasirAwan4831_

Ever Wondered What Really Happens Behind a Modern Web Application?

Muhammad Yasir — Thu, 26 Feb 2026 05:14:54 +0000

Modern web applications may look simple on the surface, but behind every smooth interface lies a carefully structured architecture. Whether you're building a personal project, a SaaS platform or an enterprise-level system, most digital products are powered by five fundamental layers.

Understanding these layers is not just helpful — it is essential for building scalable, maintainable and high-performance applications.

Let’s break it down.

🔹 UI (User Interface) — How Data Is Presented

The User Interface (UI) is everything users see and interact with. It includes layouts, buttons, forms, dashboards, animations and overall design structure.

A well-designed UI is not only visually appealing but also intuitive. It ensures:

Clear navigation
Responsive design across devices
Accessible interactions
Smooth user experience (UX)

No matter how powerful your backend is, users judge your product by what they see and feel first.

🔹 API — How Data Is Fetched

The Application Programming Interface (API) acts as a bridge between the frontend and the backend.

When a user clicks a button, submits a form, or refreshes a dashboard, the UI sends a request. The API:

Receives the request
Communicates with the server
Fetches or updates data
Sends a response back to the UI

Without APIs, modern applications would not be able to dynamically load or update content.

APIs make communication seamless.

🔹 Logic — How Data Is Processed

This is where the real intelligence of your application lives.

The Logic Layer handles:

Business rules
Validations
Calculations
Authentication & authorization
Data transformations

For example:

Calculating totals in an e-commerce cart
Validating user credentials
Applying discount rules
Filtering search results

Clean and well-structured logic ensures your application behaves correctly under all conditions.

🔹 Database — How Data Is Organized

The Database is responsible for storing and organizing information efficiently.

It ensures:

Structured storage
Fast querying
Data integrity
Backup and reliability

Common examples include relational databases (like SQL-based systems) and NoSQL databases.

A poorly designed database can slow down an entire system while a well-optimized one enables scalability and performance.

🔹 Hosting — Where Everything Lives

The final layer is Hosting — the infrastructure that runs your application.

This includes:

Servers
Cloud platforms
Deployment environments
Monitoring systems

Hosting ensures your product is:

Accessible 24/7
Secure
Scalable
Reliable

Without proper hosting, even the best-built application cannot reach users effectively.

How These Layers Work Together

Think of it like a stack:

The UI interacts with the user.
The API transfers requests.
The Logic processes rules.
The Database stores and retrieves information.
Hosting keeps everything running.

Each layer has a specific responsibility. When responsibilities are clearly separated, systems become easier to maintain, debug, scale and improve.

This separation is one of the core principles behind modern software architecture.

Why Developers Must Understand This

Even if you're focused only on frontend or backend development understanding the full architecture gives you an edge.

It helps you:

Write cleaner code
Debug faster
Communicate better with teams
Design scalable systems
Build production-ready applications

Great software is not built randomly.
It is built layer by layer.

Final Thoughts

Every modern web application — from small personal tools to large enterprise platforms — relies on these core architectural layers.

Mastering the fundamentals is what separates average developers from strong engineers.

Keep learning.
Keep building.
Because powerful systems are created when fundamentals are strong.

If you're learning full-stack development, which layer interests you the most — UI, API, Logic, Database or Hosting?

_ #webdev #fullstack #softwarearchitecture #programming #coding #webflow #UI #API #Logic #DataBase #Housting #webdevelopment #MuhammadYasir #YasirAwan #YasirAwan4831 _