DEV Community: Habeeb Rahman CA

From Using Themes to Creating One

Habeeb Rahman CA — Fri, 27 Mar 2026 16:58:05 +0000

I’m kinda obsessed with VS Code themes and fonts
Always trying new themes, fonts, icons… yeah maybe a little crazy.

I’ve already tried most of the popular themes. Then one day I thought, why not create my own?

At first, I thought it would be hard.
But after doing some research, I realized it’s actually pretty simple and anyone can do it.

So I built my own theme
It’s not perfect, but I’m happy with it.

If you guys have time, please check it out, download it, and let me know what you think.
Would really appreciate your ratings and reviews

URL - https://marketplace.visualstudio.com/items?itemName=HabeebuRahmanCA.habrmnc-theme

These themes are mainly for VS Code. If you’re using Cursor, Antigravity, or any other editor, you need to switch the marketplace .

That’s it!

The Story Behind "Bilet"

Habeeb Rahman CA — Wed, 18 Mar 2026 05:35:30 +0000

I didn’t plan to build another app.

There are already too many.

Tools that promise everything.
Tools that do everything.
And somehow… still make you feel like you’re doing nothing.

I just wanted a place to think.

A clean space.
No distractions.
No heavy features.
No learning curve.

Just… open and start.

But every tool I tried had a problem.

Some were too heavy.
You spend more time organizing than actually writing.

Some were too focused on code.
Great for development, but not for thoughts.

Some were good for notes,
but useless when you actually wanted to build something.

That’s when the idea of Bilet started.

Not as a product.
But as a need.

A simple thought

What if there was one place…

Where you could:
write an idea,
shape it,
and turn it into something real.

Without switching tools.

Without breaking your flow.

Just a clean desk for your mind.

That’s what Bilet became.

Not too much. Not too little.

Bilet sits in between.

Not as heavy as Notion.
Not as limited as a plain editor.
Not only for coding like Sublime.

It’s that middle space we often miss.

Where thinking and building happen together.

What Bilet really is

Bilet is not trying to impress you with features.

It focuses on what actually matters:

Writing when an idea hits

Saving thoughts before they disappear

Building when you're ready

All in one place.

No noise.
No clutter.

Just flow.

Built on three simple ideas

Minimal

Nothing unnecessary.
If it doesn’t help you think, it doesn’t exist.

Fast

No loading.
No waiting.
You open it—and you’re already working.

Flexible

Notes.
Code.
Tools.

Use it how you want.

Why I built it

Because switching between apps kills ideas.

You start writing somewhere…
then move to another tool…
then open something else…

And somewhere in between,
you lose the original thought.

Bilet is built to protect that moment.

The moment where an idea is still fresh.

What makes it different

It doesn’t try to replace everything.

It just gives you exactly what you need:

A text editor

A place for notes

A few powerful developer tools

That’s it.

And that’s the point.

A quiet workspace

The design follows the same philosophy.

Dark.
Calm.
Focused.

No loud colors.
No distractions.

Just enough to guide you.
Not enough to interrupt you.

The idea behind the name

Bilet is a space.

A place where ideas are written,
shaped,
and refined.

In a world full of noise,
it chooses clarity.

This is just the beginning

Bilet is still growing.

But the goal will always stay the same:

Keep it simple.
Keep it fast.
Keep it useful.

Because sometimes,
the best tool…

is the one that gets out of your way.

From a Simple Curiosity to a Full System Monitor — The Story Behind Zoh

Habeeb Rahman CA — Sun, 15 Mar 2026 20:24:31 +0000

Sometimes the best projects don’t start with a big plan.

They start with a small question.

About a month ago, I was sitting with my laptop wondering why it felt slow most of the time. It’s not a high-end machine, so I often try to understand what exactly is happening inside it.

My first thought was simple:

“How much load is each CPU core actually taking?”

That was it. No product idea. No roadmap. I just wanted to see how my processor was behaving.

So I decided to build a tiny tool for myself.

At the same time, I wanted to learn Tauri and Rust, so instead of watching tutorials, I thought the best way to learn would be to build something real.

So the project began.

⸻

The First Step

The first version of the tool was extremely small.

All it did was show CPU usage and per-core activity. I wanted to see how each core was working and how the system load changed in real time.

Once that part worked, something interesting happened.

I started thinking:

“If I can see CPU usage… why not see memory too?”

So I added RAM monitoring.

Then another thought came.

“If I’m already doing this… why not show GPU usage as well?”

And just like that, the project started growing.

⸻

When the Small Tool Started Becoming Something Bigger

Slowly, the application turned into a complete system monitoring dashboard.

Instead of checking different tools for different metrics, everything could be seen in one place.

Now the app shows things like:

Real-time CPU performance and per-core activity
Memory usage and swap information
GPU utilization and hardware details
Network speed and traffic activity
Disk read/write performance
Hardware sensor temperatures
Battery health and power usage
System uptime and health indicators

The goal became very simple:

Open the app, take one quick look, and understand your system instantly.

⸻

The Idea Behind the Name “Zoh”

When the project started feeling like a real application, I needed a name for it.

I chose Zoh.

The word means “glance.”

That perfectly matched what I wanted the tool to do.

You shouldn’t need to dig through complicated menus or logs to understand your computer.

One glance should be enough.

That’s the idea behind Zoh.

⸻

Adding Smarter Features

As the application grew, I started adding more useful tools.

For example:

Speed insights to understand system performance
Game-boost style optimizations
Resource hog detection to identify apps slowing down the system
AI-powered insights to help interpret system data

The goal was not just to show numbers, but to help users actually understand what those numbers mean.

⸻

Built in Free Time

One of the most interesting parts of this project is how it was built.

It wasn’t my main work.

It wasn’t a company project.

It was simply something I worked on during free time and weekends.

Sometimes late at night.
Sometimes when I had a small break.

Little by little, feature by feature, it grew.

And honestly, those are often the most satisfying projects — the ones you build purely because you want to.

⸻

The Current Version

Today, the project has grown into a full desktop application built with:

Tauri
Rust
Angular

And the latest stable release is:

Zoh v1.0.6

Seeing it reach a stable version is something I’m genuinely proud of.

Because it started from nothing more than a simple curiosity about CPU cores.

⸻

What This Project Taught Me

Working on Zoh reminded me of something important.

You don’t always need a huge idea to start building something meaningful.

Sometimes all you need is:

a small problem
curiosity
and the willingness to keep improving something little by little

That’s how side projects grow.

And sometimes those side projects become the work you’re most proud of.

⸻

If you want to try Zoh, you can download the latest release and see how it works.

And if it makes your laptop run a little smoother…

then that tiny question about CPU cores was definitely worth it.

https://github.com/Habeeb-Rahman-CA/zoh-ai-monitor/releases/tag/v1.0.6

The Vibe Coding Era: Use It Smart, Not Blindly

Habeeb Rahman CA — Thu, 05 Mar 2026 11:51:12 +0000

Lately, we’re slowly moving away from the traditional coding era and entering something new — what many people call “Vibe Coding.”

Tools like AI assistants, smart editors, and platforms such as Cursor or Claude Code tools make it possible to build things just by describing what you want. You prompt, the AI writes the code, and things start working.

It feels powerful.

But there’s something important many people are missing.

Vibe Coding Is Not Magic

A lot of people today are vibe coding without knowing how to code.

Yes, it works. The application runs. The UI appears.

But that doesn’t automatically mean it’s production-ready.

AI can generate code, but it still makes assumptions, misses edge cases, and sometimes introduces hidden problems. Without understanding the fundamentals, it becomes very hard to notice those issues.

That’s why fundamentals still matter.

Before relying heavily on AI tools, developers should understand things like:

How the framework works (React, Angular, etc.)
Component structure
State management
Reusable components
Basic debugging

Vibe coding should accelerate developers, not replace understanding.

Don’t Use AI for Everything

One mistake I see often is people using AI for every small task.

For example:

Changing a button color
Moving a button slightly
Adding a column in a table
Adjusting spacing or UI alignment

In these cases, writing a prompt can actually take more time than fixing it yourself. Sometimes the AI response also introduces UI issues or unexpected changes.

Small tasks are faster when you just write the code yourself.

The smarter way to use vibe coding is for medium-sized tasks.

For example:

A task that normally takes 20–30 minutes
Creating a component structure
Implementing logic for a feature
Generating boilerplate code

These are the areas where AI really saves time.

Think Before You Prompt

Another important thing:

When prompting AI, you shouldn’t only tell it what to do.

You should also tell it what NOT to do.

This makes a big difference.

Example:
Instead of saying:

Create a modal component

You should say something like:

Create a modal component
Do not modify existing shared components
Keep existing UI structure unchanged

Without these instructions, AI might modify reusable components that are used across many pages.

The Collaboration Problem

This becomes even more dangerous in team environments.

Imagine a project using React or Angular where multiple screens share components like:

Modals
Buttons
Form components

If someone uses vibe coding to modify a modal for one screen, the AI might unintentionally change the shared component.

Result?

One fix suddenly breaks multiple screens.

This happens a lot when teams rely too heavily on AI without understanding the project structure.

AI Doesn’t Replace Developers

Let’s be clear about something.

Using AI tools does not mean developers are no longer needed.

Good developers are still required to:

Understand the architecture
Review generated code
Fix edge cases
Maintain code quality
Prevent breaking changes

AI can generate code.

But developers make sure the system actually works.

Use Vibe Coding the Smart Way

The best workflow I’ve found is simple:

Plan the task first
Break large problems into smaller logical tasks
Use AI for medium-sized work
Handle small fixes yourself
Always review the generated code

And most importantly — keep learning the fundamentals.

Because at the end of the day:

AI can assist coding, but it cannot replace understanding.

Stop Saying You Don’t Have Time — Build Something That Matters

Habeeb Rahman CA — Wed, 04 Mar 2026 04:33:08 +0000

Many developers say the same thing:

“I don’t have time to build side projects.”

But if we look at it honestly, that’s usually not the real problem.

Let me explain.

I work a 9-to-5 job as a software engineer, mainly focused on web development. Like many others, my weekdays are busy with company work. But even with that schedule, I still spend time building side projects.

And the truth is — most people can do this too.

A week has seven days.
We work five days.
We still have two full weekends.

Even on working days, after your job and sleep, you still have a few hours left at night. When you actually calculate it, you will realize that time exists.

So the issue is not time.

The issue is mindset.

The Mindset Shift Developers Need

If you want to grow as a developer today, especially in the AI era, you cannot rely only on company work.

Your job will teach you many things, but it usually focuses on one product, one stack, and one direction.

Side projects are different.

They allow you to:

experiment with new technologies
build full products
solve real problems
think like a creator, not just a coder

Side projects make you grow faster than tutorials ever will.

But there is one mistake many developers make.

The Big Mistake: Too Many Small Projects

Many developers do something like this:

They build:

a todo app
a weather app
a calculator
a small blog
another todo app

And then they move to the next tutorial project.

In the end, they might have 10 projects, but none of them are truly meaningful.

They never grow beyond the beginner level.

Instead of doing that, try something different.

Build Fewer Projects — But Grow Them

You don’t need dozens of projects.

Just start with three core ideas:

one web application
one desktop application
one mobile application

That’s enough.

Once you build them, don’t abandon them.

Instead, keep improving them.

Day by day.
Month by month.

Treat them like real products.

Turn a Small Idea Into Something Big

Let’s say you build a simple note-taking app.

Most developers would stop there and move to another project.

But what if you kept improving it?

You could add things like:

better design
search functionality
folders or categories
markdown support
syncing
collaboration
AI assistance

After one or two years, your small note app could become something powerful.

Maybe something similar to Notion.

And the best part?

It will be built around your own needs.

Build Apps That Solve Your Own Problems

This is one of the most powerful ideas in product development.

Instead of building random apps, build something new you will use every day.

When you use your own app daily, you will start noticing things:

missing features
bugs
bad user experience
ideas for improvements

Write these down.

Then slowly improve your project.

You become both the developer and the user.

This is how real products grow.

The Power of Long-Term Projects

Imagine working on the same project for one or two years.

You will learn things that small projects never teach you:

architecture design
performance optimization
debugging real problems
scaling features
improving user experience

These are the skills that turn a developer into a product builder.

The Key Idea

Don’t chase many projects.

Build one meaningful project.

Use it daily.
Improve it constantly.
Fix bugs.
Add features.

Let it grow with you.

One day, you might realize that the small side project you started has turned into something much bigger than you expected.

And that could become the project that defines your journey as a developer.

Shannon AI: The Agent That Doesn’t Just Build Apps - It Breaks Them (On Purpose)

Habeeb Rahman CA — Mon, 16 Feb 2026 05:01:54 +0000

AI is everywhere.

It writes our code.
It generates our UI.
It builds APIs.
It even designs our database schemas.

But here’s the uncomfortable truth:

AI helps us build faster…
But who is checking if what we built is secure?

That’s where Shannon from KeygraphHQ enters the scene — and it changes the conversation completely.

The AI Gap Nobody Talks About

Right now, the AI world is obsessed with:
• Code generation
• AI agents
• Automation
• Productivity

Everything is about building.

But testing?
Security?
Network validation?
Edge-case reliability?

Those are still mostly manual. Still slow. Still ignored until something breaks.

That’s the gap.

And Shannon is built exactly for that gap.

So What Is Shannon?

Shannon is an autonomous AI penetration testing agent.

Let’s simplify that:

It’s an AI that tries to hack your web app —
so real hackers don’t.

Instead of just scanning your code and saying:

“You might have a vulnerability.”

Shannon actually tries to exploit it.

If it succeeds?

It shows proof.

Not theory.
Not maybe.
Real proof.

You can check the project here:
Shannon on GitHub.

How Shannon Works (Without Technical Overload)

Let’s break it into human language.

Recon – “Where are the doors?”

Shannon reads your:
• Source code
• Endpoints
• Inputs
• Public routes

It maps everything.

Like a smart attacker studying your building before trying anything.

Detection – “Where are the weak spots?”

Now it looks for common vulnerabilities like:
• SQL Injection
• XSS
• Auth bypass
• SSRF
• Misconfigurations

But this isn’t just pattern matching.

It uses AI reasoning to understand code flow.

Exploitation – “Can I actually break this?”

Here’s the powerful part.

Instead of saying:

“Possible SQL injection here”

Shannon tries to run it.

If it works?

It gives you:
• Proof-of-concept payload
• Execution result
• Clear evidence

This reduces false positives massively.

Reporting – “Here’s what you need to fix”

Finally, it generates a report that:
• Explains the vulnerability
• Shows how it was exploited
• Helps developers fix it properly

No vague warnings.

Clear. Actionable. Technical.

Why This Is a Big Deal

Think about modern development:

You push updates weekly.
You deploy with CI/CD.
You use AI to generate features.

But security testing?

Usually:
• Manual
• Expensive
• Done once in a while
• Or skipped entirely

That’s dangerous.

Shannon introduces something powerful:

Continuous AI-driven penetration testing.

Not just building apps.

But validating them like an attacker would.

This Is Bigger Than Just Security

Let’s zoom out.

AI started by:
• Writing code.

Now it’s evolving into:
• Testing code.
• Breaking code.
• Validating systems.
• Monitoring networks.
• Predicting failures.

This is the next wave.

And it’s huge.

Because testing, infrastructure, and reliability are much harder to automate than building simple features.

Which means:

If you understand this space early -
you’re positioning yourself in a powerful place.

For Developers: Why You Should Care

If you’re a full-stack dev building:
• Angular apps
• Firebase backends
• Node APIs
• Mobile apps

Ask yourself:

Who is stress-testing your system like a real attacker?

Shannon shows where the industry is heading:

AI agents that:
• Don’t just assist developers
• But challenge them

That’s a different level of engineering.

The Future: Self-Testing Software

Imagine this:

You push a commit.
Your CI pipeline runs.
An AI agent:
• Scans your app
• Attacks it
• Exploits weaknesses
• Generates a report
• Suggests fixes

All before production.

That’s not science fiction.

That’s where we’re heading.

Final Thought

AI isn’t just about building faster.

The real evolution is this:

AI that builds.
AI that tests.
AI that attacks.
AI that validates.

Shannon is part of that shift.

And if you’re watching closely, you’ll realize:

The future of engineering isn’t just about writing code.

It’s about building systems that defend themselves.

This blog was written in 2024 comparing the best web frameworks. Even now, little has changed. Despite AI’s rise, most apps are still built with Next.js because AI choose it in default. Tools evolved, but real development hasn’t changed much.

Habeeb Rahman CA — Sun, 15 Feb 2026 14:21:50 +0000

React vs Angular: Why One Feels Beautiful and the Other Gets Overlooked

Habeeb Rahman CA ・ Dec 3 '24

#angular #react #webdev #frontend

The Evolution of JavaScript Frameworks: React vs Angular vs Vue

Habeeb Rahman CA — Thu, 05 Dec 2024 13:38:47 +0000

JavaScript frameworks have revolutionized web development, enabling faster, more interactive, and scalable applications. Among these, React, Angular, and Vue stand out as leading choices, each offering distinct advantages.

Let's explore how these frameworks evolved, examine their key features, and determine which best suits your project needs.

The Early Days of JavaScript Frameworks

Before modern frameworks emerged, developers relied on vanilla JavaScript, jQuery, and server-rendered HTML. These tools had significant limitations:

Complexity: Large applications were difficult to maintain and update.
Performance: jQuery's DOM manipulations proved inefficient for dynamic applications.
Scalability: Building large applications lacked a standardized approach.

These challenges sparked the development of modern JavaScript frameworks.

React: The Component-Centric Library

React, released by Facebook in 2013, is technically a library rather than a framework. It revolutionized web development through its component-based architecture and Virtual DOM.

Key Features of React:

Component-Based Architecture: Creates efficient, reusable UI components.
Virtual DOM: Optimizes performance by updating only necessary parts of the page.
Ecosystem Flexibility: Offers freedom to choose state management tools and routing libraries.

Strengths:

Excellent for creating dynamic and scalable UIs.

Robust ecosystem with strong community support.

Weaknesses:

Requires additional tools for full application development.

Angular: The All-in-One Framework

Angular, created by Google in 2010 (as AngularJS) and reimagined in 2016, is a full-fledged framework designed for enterprise-level applications.

Key Features of Angular:

Two-Way Data Binding: Automatically keeps data and UI in sync.
TypeScript-Based: Enhances code quality and maintainability.
Dependency Injection: Promotes modular, reusable code.
Built-In Tools: Includes essential features like routing and form validation.

Strengths:

Perfect for complex, large-scale applications.

Structured approach ensures consistency.

Weaknesses:

Steeper learning curve than React or Vue.

Heavier framework with more overhead.

Vue: The Progressive Framework

Vue, created by Evan You in 2014, blends Angular's and React's best features into a lightweight, progressive framework.

Key Features of Vue:

Reactivity System: Efficiently manages dependencies for optimal performance.
Component-Based: Employs reusable components like React.
Template Syntax: Balances template simplicity with JavaScript power.
Progressive Framework: Scales from small to large applications seamlessly.

Strengths:

Easy to learn and implement.

Clear documentation with supportive community.

Weaknesses:

More limited ecosystem than React.

Less common in enterprise settings.

When to Use Which?

Choose React If:

You need a dynamic UI for social media or dashboards.

You prefer choosing your own tools and libraries.

Choose Angular If:

You're developing enterprise-grade applications needing robust architecture.

You want a complete development solution.

Choose Vue If:

You're new to frameworks or building a simple-to-medium project.

You value simplicity and gradual learning.

Final Thoughts

Each framework excels in different scenarios. Your choice should align with your project's needs, team expertise, and scaling requirements.

Whether you opt for React's flexibility, Angular's robustness, or Vue's simplicity, these frameworks empower you to create modern, responsive web applications.

Start exploring these frameworks and discover which one best fits your development style!

Top 10 CSS Frameworks for Front-End Developers in 2024

Habeeb Rahman CA — Wed, 04 Dec 2024 16:14:16 +0000

In the fast-paced world of front-end development, staying current with the best tools is essential. CSS frameworks serve as the foundation for creating responsive, visually appealing websites efficiently. Here's a curated list of the Top 10 CSS frameworks in 2024 that every front-end developer should know about. Whether you're a beginner or a seasoned pro, you'll find valuable options here.

1. Tailwind CSS: The Utility-First Superstar

Tailwind CSS leads the pack with its utility-first approach. Unlike traditional frameworks, it offers low-level utility classes that let developers build designs directly in their HTML.

Why It Stands Out in 2024:

Highly customizable through its configuration file
Focus on performance with features like JIT mode
Seamless integration with frameworks like React and Vue

2. Bootstrap: The Veteran Continues to Shine

Bootstrap remains a favorite for its ease of use and robust grid system. Its latest version introduces enhancements for modern web projects, including improved CSS variables.

Why It's Still Relevant:

Comprehensive components like modals, carousels, and navbars
Extensive documentation and a massive community
Perfect for quick prototyping

3. Foundation: The Responsive King

Foundation by Zurb emphasizes responsiveness and accessibility, making it ideal for robust enterprise-level websites.

Key Features in 2024:

Mobile-first philosophy baked in
Sass-powered customization
Built-in ARIA support for accessibility

4. Bulma: Lightweight and Modern

Bulma is gaining popularity as a CSS-only framework that's both lightweight and easy to learn.

Why Developers Love Bulma:

No JavaScript dependency
Built with Flexbox for modern layout designs
Intuitive class naming system

5. Materialize: Google's Material Design in Action

Materialize brings Google's Material Design guidelines to life, perfect for applications needing a sleek, consistent look.

Why It's Perfect for Apps:

Pre-styled components like buttons, cards, and tabs
Built-in responsiveness
Focus on animations and interactions

6. UIkit: Minimalist and Modular

UIkit offers a modular approach to web design with minimalism at its core.

Why Choose UIkit:

Modular components that can be included as needed
A balanced mix of functionality and simplicity
Suitable for both small projects and large applications

7. Tachyons: Functional CSS for Speed

Tachyons specializes in creating fast-loading interfaces with minimal code.

What's Unique About Tachyons:

Super small size, ideal for performance-focused projects
A utility-based approach similar to Tailwind CSS
Predefined styles for typography, spacing, and colors

8. Skeleton: Small But Mighty

Skeleton is a lightweight boilerplate framework perfect for smaller projects.

Why It's a Hidden Gem:

Extremely lightweight (under 400 lines of CSS)
Simple grid system and responsive design
Ideal for quick prototypes or minimalistic sites

9. Metro 4: Inspired by Windows Metro UI

Metro 4 adopts the sleek, flat design principles of Microsoft's Metro UI.

Highlights:

Eye-catching flat design aesthetics
Built-in JavaScript components for dynamic functionality
Highly customizable with a unique flavor

10. Milligram: Minimalism Redefined

Milligram caters to developers who prioritize simplicity and efficiency.

Why It's Perfect for Modern Developers:

Just 2KB zipped for ultra-light performance
Focus on clean, modern typography and layout
Ideal for developers who want to avoid bloated frameworks

Conclusion: Choosing the Right Framework

The ideal CSS framework depends on your project's specific needs. While Tailwind CSS and Bootstrap excel in flexibility and speed, specialized options like Metro 4 and Skeleton serve distinct design philosophies.

Pro Tip:

Look beyond trends—choose based on your project's scalability needs, your familiarity with the tool, and specific requirements.

React vs Angular: Why One Feels Beautiful and the Other Gets Overlooked

Habeeb Rahman CA — Tue, 03 Dec 2024 04:58:19 +0000

Have you ever heard someone say, “React websites just look better”? It’s almost like React is the shiny, stylish kid in the room, while Angular quietly works in the background, getting the job done but never turning heads. But is this really about React and Angular, or is there something deeper at play? Let’s dig into the story behind the beauty of web applications and why Angular sometimes gets unfairly judged.

The Beauty Myth

When people praise React websites, they’re often pointing at more than just the framework. React developers tend to experiment with modern design trends, using popular libraries like TailwindCSS, Material-UI, or even crafting custom designs. These tools bring a fresh, polished look that catches the eye.

Angular, on the other hand, often ends up in the hands of developers building enterprise-grade applications—big, functional, and robust. These apps prioritize performance and scalability over visual appeal. Many Angular developers stick with default tools like Angular Material, which are powerful but can feel a little… plain.

But here’s the truth: beauty isn’t about the framework. It’s about the creativity and effort put into the design. React might get the spotlight because of its flexibility, but Angular is just as capable of creating stunning interfaces. It just needs a little love in the design department.

The Real Problem

The difference isn’t in React or Angular—it’s in the approach. React developers often work on consumer-facing apps, where aesthetics play a huge role. Angular, on the other hand, is widely used for large-scale business applications, where the focus is on getting the job done efficiently.

And let’s be honest: many Angular developers don’t spend as much time on design. They’re focused on architecture, performance, and functionality. That’s not a bad thing, but it does mean Angular apps can sometimes lack the visual flair that makes React projects stand out.

Breaking the Cycle

Here’s the good news: Angular can look just as beautiful as React. It’s all about stepping out of the default and exploring new possibilities. TailwindCSS, Bootstrap, and PrimeNG are fantastic tools that can give Angular apps a fresh, modern look. Pair these with a little customization, and your app can be just as sleek as any React site.

Animations? Angular works beautifully with GSAP or custom animations to add life to your design. Design trends? They’re just as accessible to Angular developers as they are to React developers. It’s not about the tools you use; it’s about how you use them.

The Story of Design

Think of your application like a blank canvas. Whether you’re using React or Angular, the potential is endless. A good artist doesn’t blame the brush; they focus on the art they want to create. So why let Angular’s reputation hold you back?

Angular developers have everything they need to create stunning, user-friendly applications. All it takes is a little extra focus on aesthetics and a willingness to explore beyond the defaults.

The Takeaway

At the end of the day, beauty is subjective. React isn’t inherently more beautiful than Angular. It’s the creativity of the developer that makes the difference. So the next time you hear someone say React sites look better, remind them that Angular can be just as beautiful—it just needs someone to show its potential.

Angular 19: A Game Changer in Web Development

Habeeb Rahman CA — Sat, 30 Nov 2024 08:49:10 +0000

Angular 19 introduces exciting features and upgrades, making it easier and faster to develop modern web apps. Here’s a quick overview of its key improvements:

1. Standalone Components by Default
Simplifies component creation, reducing unnecessary code.
Encourages modular and reusable design for better organization.

2. Enhanced Performance
Faster rendering for both server-side and client-side apps.
Builds are quicker, and app sizes are smaller, improving load times.

3. Better Developer Experience
Advanced tools make coding smoother with easy debugging.
Improved suggestions and error checks save time.

4. Smarter Language Service
Accurate type checking for error-free coding.
Autocomplete and code hints are now sharper.

5. Hot Module Replacement (HMR)
Instantly updates styles and templates without refreshing the page.
Speeds up the development process.

6. Deferred Component Loading
Loads components only when needed, based on user actions.
Makes apps load faster and feel more responsive.

7. Linked Signals
Simplifies managing app data and state with an easy-to-follow approach.

Angular 19 streamlines development and delivers high-performance apps with fewer hassles. Ready to build faster, smarter, and more efficient applications? Dive into Angular 19!