DEV Community: Roshaan Tahir

React vs Vue vs Svelte — Which One Should You Learn in 2025?

Roshaan Tahir — Mon, 08 Dec 2025 05:46:07 +0000

The cursor on our screen has been blinking at the same rate since the day computers were born, but everything behind it has changed. There was a time when we just wrote scripts to make a menu dropdown work. Now, we architect ecosystems.

It is 2025. The sensory overload of the modern developer experience is deafening. You stare at the blank terminal, feeling the invisible weight of a node_modules folder that hasn’t even been installed yet. You check X (or Twitter) and see five influencers claiming the tool you learned last week is now "dead."

It is exhausting.

But here’s the reality we need to accept: The AI code assistants — Copilot, Cursor, the models integrated into our IDEs — are doing the heavy lifting now. They generate the boilerplate. They write the tests. Because of this, the choice of a framework in 2025 is no longer just about syntax or typing speed.

It is about philosophy.

When the AI gets it wrong — and it will get it wrong — you are the one who has to debug the hallucination. You need a mental model that aligns with your brain. We aren’t just choosing tools anymore; we are choosing the constraints we are willing to live with. This isn’t a battle of benchmarks. It is a battle of ideologies.

The Goliath That Pays the Rent

If the JavaScript ecosystem were a physical place, React would be a sprawling, industrial metropolis. It is crowded. It is loud. The construction never stops.

You look up and see the cranes building React Server Components. You look down and see the subway lines of Suspense boundaries. It is a marvel of engineering, but it is not a place for a quiet stroll.

For a long time, React was just a library. In 2025, React is an architecture. The shift has been profound. We moved from simple client-side rendering to a world where the lines between server and client are blurred so aggressively that you sometimes forget which side of the network boundary you are standing on.

This feels like corporate professionalism. It is the “safe” bet. If you are working for a Fortune 500 company, you are likely writing React. But safety comes at a cost. The cost is cognitive load.

You don’t just “write” React anymore; you negotiate with it.

You have to think in complex abstractions. You have to understand referential equality to stop your component from re-rendering infinite times. You have to manage dependency arrays like you are diffusing a bomb.

Look at the mental gymnastics required just to handle a side effect correctly without causing a memory leak or a stale closure:

// The "Negotiation"
useEffect(() => {
  const controller = new AbortController();

  async function fetchData() {
    try {
      const data = await api.get('/user', { signal: controller.signal });
      setState(data);
    } catch (e) {
      if (e.name !== 'AbortError') handleError(e);
    }
  }

  fetchData();

  return () => controller.abort(); // Cleaning up the mess
}, [dependency1, dependency2]); // Don't get this wrong

It is verbose. It requires you to know how the machine works to keep it humming.

But here is the truth: The infrastructure is unbreakable. When you need to scale to millions of users, when you need an ecosystem of libraries that covers every edge case imaginable, React is the only one that guarantees a solution exists. It might be a painful solution, but it exists.

React feels like wearing a suit. It’s not always comfortable, but it gets you into the important meetings.

The Garden That Grows With You

If React is the metropolis, Vue is a well-tended community garden. It has structure — there are raised beds and designated paths — but it lets the plants grow wild if they need to.

It is the “Goldilocks” zone of 2025.

Vue has managed a very difficult trick. It evolved without alienating its people. While other frameworks burned down their houses to build new ones, Vue simply added a new wing. We have the Composition API now, and with the introduction of “Vapor Mode,” Vue has become incredibly performant, ditching the Virtual DOM where necessary to compete with the fastest tools out there.

But it didn’t lose its soul.

There is a distinct lack of ego in the Vue ecosystem. It feels like the framework for the pragmatist. The developer who uses Vue is often the one who wants to build a great product, ship it, and go home at 5 PM to see their family. They aren’t interested in arguing about hydration strategies on social media. They just want the v-model to bind the input, and it does.

Vue respects the legacy of the web. It doesn’t treat HTML and CSS as annoyances that need to be encapsulated in JavaScript. It embraces them.

Look at the Composition API. It looks surprisingly similar to React’s hooks, but notice the absence of the dependency array anxiety:

<script setup>
import { ref, watchEffect } from 'vue';

const count = ref(0);
const double = ref(0);

// It just tracks dependencies automatically. 
// No manual arrays. No stale closures.
watchEffect(() => {
  double.value = count.value * 2; 
  console.log(`Count is ${count.value}`);
});
</script>

It feels less rigid. You aren’t fighting the framework; you are collaborating with it. The mental model is “reactivity,” not “rendering cycles.” It is a subtle difference, but after eight hours of coding, it is the difference between a headache and a sense of accomplishment.

When the Framework Disappears

Then, there is Svelte.

If React is a bus and Vue is a sedan, then Svelte is a bicycle. There is no engine, no transmission, no complex machinery. Just your legs and the road. The distance between your thought and the screen is the shortest here.

In 2025, Svelte has grown up. With the release of Svelte 5 and the introduction of “Runes,” the framework made a hard choice. It sacrificed a tiny bit of its “magic” for predictability.

For years, Svelte was magical. You assigned a variable, and the DOM updated. But as apps got larger, the magic became confusing. “Why didn’t that update?” became a common question. Runes explicitly opt-in to reactivity, which makes the code clearer for both humans and the AI assistants helping us write it.

But the charm of Svelte remains untouched.

It is the feeling of realizing there is no Virtual DOM. The browser is doing the work. It is raw, efficient, and rebellious. It reminds you that the web platform is actually really good if we stop adding layers on top of it.

Compare a simple state update. In React, you call a function to request a change. In Svelte, you just change the value.

// React: Asking permission
setCount(prev => prev + 1);

// Svelte: Just doing it
count += 1;

Look at that difference. Really look at it. Why did we ever convince ourselves that the first way was better?

Svelte creates a direct connection between your logic and the user interface. It feels tactile. When you code in Svelte, you feel like a sketch artist. You aren’t building a blueprint; you are drawing directly on the canvas. It is fun. And in a job that is often stressful, joy is a metric that is severely undervalued.

The Friction of a Button Click

Let’s talk about the “feel” of coding, not the benchmarks. Users cannot tell the difference between a millisecond render in React or Vue. Their phones are fast enough.

But you can tell the difference.

Imagine you are building a dynamic form where a user adds fields to a list.

In React, you are an architect. You need to manage the state of the array. You need to ensure the keys are unique so the diffing algorithm doesn’t get confused. You wrap the input handlers in useCallback to prevent child components from re-rendering unnecessarily. You are building a structure that will withstand an earthquake, even if you are just building a shed.

In Svelte, you are a sketch artist. You create an array. You loop over it with a {#each} block. You bind the inputs directly to the array values. It takes five minutes. It works. The code is half the size.

In Vue, you are a carpenter with a really good jig. You use v-for. You use v-model. It feels structured like React but snappy like Svelte.

Here is the nuance, though. Joy doesn’t always scale.

Svelte is incredibly fun until your application becomes massive. When you have fifty developers working on the same codebase, the “magic” can become a liability. React is painful at the start. It feels like overkill. But when the app becomes a monolith, React’s strictness saves your life. It enforces a discipline that prevents the code from turning into spaghetti.

Choosing Your Handcuffs

We need to stop looking for a “winner.” There is no winner. Every framework restricts you in some way. You are simply choosing which handcuffs you prefer to wear.

The decision in 2025 should be based on your context, not the hype.

Choose React if you want to be a cog in a very expensive, high-functioning machine. If you aim for Enterprise jobs, Big Tech roles, or large-scale SaaS products, React is the language of business. It pays the best because it solves the most expensive problems.

Choose Vue if you value mental peace. If you work in a digital agency, a mid-sized team, or a startup where delivery speed matters more than theoretical purity, Vue is your friend. It lets you move fast without breaking things.

Choose Svelte if you are an indie hacker, a solo developer, or someone who creates for the sheer love of the craft. If you are building a tool for yourself or a small SaaS where you are the only developer, Svelte will allow you to move at the speed of thought.

There is also the AI Factor to consider.

Since AI is writing a lot of our boilerplate in 2025, Svelte’s brevity matters slightly less than it used to. We don’t mind verbose code as much if we aren’t typing every character. However, reading code is still a human job.

When the AI breaks the code, which one do you prefer to debug? Do you want to debug a complex chain of React hooks, or do you want to debug a Svelte script that looks like standard JavaScript?

The complexity of React matters less because the AI handles it, but the readability of Svelte and Vue matters more because you are spending more time reviewing code than writing it.

The Cursor Only Blinks If You Do

I want you to pull back from the technical debate for a second.

The user doesn’t care.

The person clicking the “Buy Now” button does not know what a Virtual DOM is. The browser rendering the pixels doesn’t care if they came from a compiled Svelte file or a React fiber tree.

The anxiety you feel about “choosing the wrong one” is often just a sophisticated form of procrastination. We tell ourselves we are researching, but really, we are scared of starting. We are scared that if we pick Vue, React will take over the world. We are scared that if we pick React, we are missing out on the simplicity of Svelte.

The “best” framework is the one that gets you to the deploy state before you lose interest in the idea.

Tools change. The syntax fades. I guarantee you that in five years, we will be having this conversation about three completely different tools. Or perhaps we won’t be writing code at all.

But the ability to solve a problem? The ability to take a vague human requirement and turn it into a functioning piece of logic? That is the only dependency that never deprecates.

So, look at that blinking cursor. It is waiting for you. Pick a tool, any tool, and just start typing. The only wrong choice is the one that leaves the screen blank.

👋 Thanks for reading!

If you enjoyed this, check out some of my other top-rated articles and the tools I'm building.

🚀 Projects I've Built

DataViz Kit – A suite of free tools to create stunning data visualizations for developers and writers.

Why Most Junior Developers Will Struggle in the AI Era

Roshaan Tahir — Wed, 03 Dec 2025 06:35:09 +0000

You open your editor, type a question into ChatGPT, and like magic, the answer pops up on your screen. It feels good. It feels fast. It feels… almost too easy. And that’s kind of the problem.

We’re in a strange moment in tech. AI tools are giving beginners superpowers, but at the same time, those superpowers hide the skills they’re not building. It’s almost like getting the answers to the test without learning how to actually solve the problems. You will definitely get an A+, but you will never understand the logic behind the answers.
And that’s where things go wrong because right now, people will never tell you to solve a problem; they will ask you to explain the solution or fix something when the AI gets it wrong.

Here’s the uncomfortable truth: AI won’t replace developers anytime soon (maybe NEVER), but it will expose the gaps in junior developers who skip the fundamentals. The bar isn’t getting lower. It’s going up. And if you’re just starting your coding journey, understanding this shift could save you years of frustration.

I’m not going to tell you some doom and gloom stuff. It’s a friendly wake-up call. Because if you want to survive (and thrive) in the AI era, you need to know what’s changing and how to stay ahead.

The Big Misunderstanding: “AI Will Make Coding Easier”

Lots of beginners believe AI turns coding into a shortcut. Type a question, get an answer, paste it in, and boom — problem solved.

But that’s the illusion.

AI does not lower the bar. It raises it. Companies won’t expect juniors to “figure it out eventually.” They’ll expect them to understand the code AI generates, spot mistakes, and know when something looks right but actually isn’t.

# Looks correct at first glance
def add_items(items=[]):
    items.append("new")
    return items

print(add_items())  # ['new']
print(add_items())  # ['new', 'new']   # ← Hidden bug

A beginner will stare at this and think there's a problem with Python. But a strong developer knows that default mutable arguments are dangerous.

And here’s the scary part:
AI won’t tell you the bug is subtle. It’ll just write it confidently.

Most juniors won’t know why it happens, and that’s where the struggle begins.

Truth #1: Juniors Don’t Debug, They Restart

If you’re honest, you’ve probably done this before:

It usually starts with an error popping up, so you simply try running it again. When that fails, you might copy and paste the code one more time or even restart VS Code entirely to see if that helps. When the code is still broken after all that, then you ask ChatGPT for a full rewrite of the whole thing for you from scratch.

But the problem was just a missing import:

ModuleNotFoundError: No module named 'request'

And the fix?

from requests import get

This is how juniors get stuck. Instead of fixing problems, they try escaping them.

I’m not going to lie, I have done this myself as well because it’s easy, fast, and saves a lot of time. But the problem is, if you’re going to rely on it every time, it’ll become a habit. You can generate infinite versions of broken code without ever learning why it broke in the first place.

We’re humans after all, and we love shortcuts. So, try to avoid it as much as possible.

Truth #2: AI Helps Skilled Developers, Not Struggling Ones

Much like power steering, which only aids those who already know how to drive, AI tools require a foundation of expertise to be effective. Experienced devs leverage these capabilities to accelerate their workflows, using AI to generate rough drafts, handle repetitive boilerplate, validate designs, and document complex logic.

On the other hand, junior developers often fall into the trap of using the same technology to bypass the learning process entirely. Instead of using AI as an assistant, they may rely on it to copy full solutions, inadvertently avoiding the necessary struggle of understanding fundamentals.

Both groups use the same tool, but only one gets faster.
The other becomes more dependent.

Truth #3: Tutorials Don’t Prepare You for Real Work

Bootcamps and YouTube are great, but they teach you “recipe coding.” Follow the steps. Press run. Celebrate. Move on.

Real development isn’t a clean recipe.

Tutorial code:

users = ["Anna", "Mark"]
for user in users:
    print(user)

Real code:

users = db.query("SELECT * FROM users WHERE active=1")
for user in users:
    send_email(user['email'])

When you ask AI for help with the second version, it doesn’t know:

What are your database rules? What is your product logic? What are your performance constraints? What are your user flows? What are your edge cases?

AI writes code. Developers solve problems.

Those are not the same thing.

Truth #4: Companies Don’t Need More “Instruction Followers”

AI already writes simple CRUD apps. AI already writes React components. AI already writes basic backend logic.

If you’re a junior developer who depends on AI for these tasks, the company has no reason to keep you. They can get the same result in seconds with a prompt.

Companies look for devs who can:

Think through data flow
Ask the right questions
Understand architecture basics
Debug without panicking
Explain how and why things work

One hiring manager said something that stuck with me:
“We rejected a candidate because all his answers sounded like ChatGPT.”
That’s the new job market reality.

Truth #5: The New Skill Juniors Must Learn — Systems Thinking

AI can generate functions, classes, and even full modules. But AI doesn’t understand your business logic.

Take this example:

# AI-generated: Works technically, breaks real-world rules
def apply_discount(user, price):
    if user["is_new"]:
        return price * 0.50

Sure, the code works. But maybe your company only allows a 10 percent discount. Maybe “is_new” means something very different in your system. Maybe discounts aren’t allowed on certain products.

AI doesn’t know your world.
It knows patterns.

Developers who thrive will be the ones who understand the system behind the code, not just the code itself.

Truth #6: AI Makes Strong Developers Stronger

Here’s the real impact of AI:

Good developers become great.
Great developers become unstoppable.

They use AI to:

Refactor giant files
Generate test cases
Find performance bottlenecks
Document complex flows
Review logic from new angles

Beginners use AI to:

Avoid learning
Avoid debugging
Avoid reading docs
Avoid understanding
Avoid discomfort

AI amplifies whatever habits you already have. If your habits are weak? You fall behind quickly.

Truth #7: The Juniors Who Will Thrive Anyway

Now for the hopeful part.

The juniors who will survive (and win) aren’t the ones who memorize everything. They’re the ones who:

Read the code deeply
Understand fundamentals
Debug calmly
Ask “why” instead of “what”
Use AI as a mentor, not a shortcut
Build, break, fix, repeat
Take responsibility for their growth
AI isn’t replacing you. Your bad habits will.

If you fix those habits now, you’re already ahead of most beginners in the AI era.

A Small Reminder to Carry into Your Next Coding Session:

You don’t need to be better than AI. You just need to be better than the developers who rely on it blindly.

AI is a tool. A powerful one. But it’s only as strong as the person using it.

You get to decide whether AI slows your growth or accelerates it. You get to decide if it replaces your understanding or expands it.

So ask yourself:
Do you want AI to write your code or help you become the kind of developer companies fight to hire?

If you stay curious, stay patient, and learn the fundamentals, you’ll be just fine — maybe even unstoppable.

👋 Thanks for reading!

If you enjoyed this, check out some of my other top-rated articles and the tools I'm building.

🚀 Projects I've Built

DataViz Kit – A suite of free tools to create stunning data visualizations for developers and writers.

10 VS Code Extensions That Instantly Make You a 10x Developer

Roshaan Tahir — Mon, 01 Dec 2025 03:29:28 +0000

You know that moment when you open VS Code, and it feels… empty? Like something’s missing? You’ve got the clean blue interface, the blinking cursor, and a head full of code, but somehow, the spark isn’t there.

You’ve probably been there too. When you first start coding, your VS Code setup is bare bones: no extensions, no themes, no productivity boosters. You find yourself constantly hopping between browsers, terminals, and documentation just to get basic things done.

Then one day, you install a few VS Code extensions… and everything changes. Suddenly, your editor feels smarter. Code formats itself, Git commits make sense, API testing happens right inside VS Code, and your workflow becomes 10× faster.

Today, I’ll run you through the 10 best VS Code extensions. Real, battle-tested tools that’ll make coding faster, cleaner, and (dare I say it?) more fun. If your goal is to boost VS Code productivity, clean up your JavaScript, or simply make your IDE work smarter (not harder), these extensions are exactly what you need.

Why the Right VS Code Extensions Matter

Let’s be real, installing too many extensions can turn your smooth VS Code into a laggy mess. But having too few limits your efficiency and creativity.

That’s why this list is curated from real-world coding experience, not random marketplace picks. These are the ones that developers actually use, daily tools that quietly (and reliably) make your coding life better.

Extension #1: Prettier — Code Formatting That Saves Your Sanity

What it does: Automatically formats your code on save.

Why it’s awesome: Prettier ensures your codebase looks clean and consistent, no more team arguments about tabs vs. spaces. It works across languages like JavaScript, TypeScript, HTML, CSS, and more.

Pro Tip: Pair Prettier with ESLint for a truly flawless coding experience. Your future self (and your teammates) will thank you.

Extension #2: ESLint — Your Code’s Best Friend

What it does: Lints your JavaScript and TypeScript code to catch potential issues.

Why it’s awesome: ESLint doesn’t just find bugs, it enforces consistency and prevents bad habits before they sneak into production.

Pro Tip: Enable “Auto Fix on Save” to have ESLint correct minor issues automatically. Combine it with Prettier, and your codebase will look like it came straight out of a style guide.

Extension #3: GitLens — Become a Git Detective

What it does: Enhances VS Code’s built-in Git capabilities.

Why it’s awesome: With GitLens, you can see who changed what and why with inline blame annotations. It’s like having X-ray vision for your Git history.

Pro Tip: Use the “Commit Graph” view to visualize branches and merges, perfect for keeping your repo under control.

Extension #4: Auto Rename Tag — HTML’s Little Miracle

What it does: Automatically renames the closing tag when you rename the opening tag (and vice versa).

Why it’s awesome: Perfect for front-end developers. No more hunting for mismatched <div>s or </span>s at 2 a.m.

Pro Tip: Combine this with the HTML CSS Support extension to make your markup and styles dance in perfect sync.

Extension #5: Path Intellisense — Never Type a File Path Wrong Again

What it does: Auto-completes filenames as you type import or require statements.

Why it’s awesome: It saves hours of debugging those annoying “file not found” errors caused by typos.

Pro Tip: Works beautifully in large projects where remembering every directory path is nearly impossible.

Extension #6: Error Lens — Bring Errors Front and Center

What it does: Highlights errors and warnings directly in your code instead of hiding them in the Problems panel.

Why it’s awesome: You see issues instantly, no tab switching needed. It’s like having a personal code reviewer right inside your editor.

Pro Tip: Customize colors for errors and warnings to suit your theme, especially if you’re rocking a dark mode setup.

Extension #7: Bracket Pair Colorizer 2 — Make Brackets Beautiful Again

What it does: Colors matching brackets, parentheses, and braces so they’re easy to spot.

Why it’s awesome: Nested code? No problem. You’ll never get lost in a sea of curly braces again.

Pro Tip: Adjust the colors in your settings to match your favorite theme for a consistent (and stylish) look.

Extension #8: REST Client — Test APIs Without Leaving VS Code

What it does: Let's you send HTTP requests directly from VS Code.

Why it’s awesome: Say goodbye to switching between VS Code and Postman. You can test APIs, inspect responses, and debug right where you write code.

Pro Tip: Store commonly used API calls in .http files for quick testing. Or, if you prefer a GUI, try Thunder Client; it’s equally awesome.

Extension #9: CodeSnap — Share Beautiful Code Snippets

What it does: Captures code snippets as clean, shareable images.

Why it’s awesome: Whether you’re creating tutorials, tweeting code samples, or documenting snippets, CodeSnap makes your code look gorgeous.

Pro Tip: Combine it with custom themes like Night Owl or Dracula for visually stunning code screenshots.

Extension #10: Todo Tree — Never Lose a TODO Again

What it does: Scans your entire project for TODO, FIXME, or custom tags and displays them in a neat sidebar.

Why it’s awesome: Perfect for tracking what’s left to do without cluttering your main workspace.

Pro Tip: Configure custom tags like @bug or @note to categorize tasks and stay organized during big projects.

3 Extensions You Should Uninstall

Live Server Reload+: It was fun until it started eating up RAM like a snack. The native Live Preview in VS Code now does the same thing faster.

Material Icon Theme: Looks great, but slowed startup noticeably. Switched to vscode-icons for better performance.

Tabnine AI Autocomplete: Cool concept, but the constant auto-suggestions felt overwhelming. Sometimes simplicity wins.

These removals taught me something crucial: productivity isn’t about having the most extensions, it’s about having the right ones.

Bonus tip: if you regularly handle data in your projects, tools like the Heatmap Generator can give you quick insights without writing a single line of charting code.

Each of these tools brings a small but mighty improvement to your workflow: cleaner code, faster navigation, and fewer headaches.

But here’s the real takeaway: don’t just install everything at once. Try one or two, see how they fit your workflow, and build your personal “dev toolkit” over time.

In my opinion, Prettier + GitLens will change the game for you. But you might fall in love with REST Client or Error Lens, and that’s the beauty of VS Code: it adapts to you.

DataViz Kit Weekly Update: Testing New SEO Strategies

Roshaan Tahir — Mon, 01 Dec 2025 00:53:15 +0000

Hey everyone! 👋
As promised in my previous post about the 3-month journey of DataViz Kit, I’m back with another post.

If you remember, I mentioned having a few "techniques up my sleeves" to try and crack the SEO code, especially since Google has been a tough nut to crack compared to Bing. Here is what I’ve been working on this week and how the numbers are looking.

🧪 The Experiments
This week was all about implementation. I stopped just reading about SEO and started applying some aggressive changes. Here is what I did:

Programmatic SEO / Content Clusters: I started crafting articles for specific use cases.

📈 The Numbers (Week 1 Update)
It’s only been a week, so I wasn't expecting miracles, but here is the trend:

Bing: The growth is steady. The Heatmap Maker is still the star player here, bringing in about 50-100 clicks this week.

Google: Still the "silent observer." I'm seeing impressions creep up slightly for new keywords, but clicks are flat. I suspect the changes I made this week will take 2-4 weeks to reflect here.

🛠️ Feature Updates
While obsessing over traffic, I didn't forget the product.

Update: I pushed a small fix to the headers.

Coming Soon: I’m experimenting with a new chart type. If the testing goes well, it should be live soon.

💭 Thoughts for the Week
Building in public is a test of patience. Sometimes you ship code and get zero feedback. Other times, you wake up to 100 new visitors from a random Bing search. The goal for next week is simple: Consistency.

If you haven't checked it out yet, try my tool by creating a box plot, and let me know what's your opinion.

See you in the next update. ✌️

3 Months Journey of DataViz Kit

Roshaan Tahir — Fri, 14 Nov 2025 20:25:21 +0000

Well, it's been a while since my last post. So, 3 months have been past since launch and DataViz Kit is still in the early phases. I focused mainly on the SEO aspect with optimizing my site but the SEO game is kinda hard and ranking up is very difficult for a new website. Still, i have started seeing a few spikes in my Search Console and Bing Webmaster. Especially Bing is a little booming where I am getting 100+ clicks a months mostly on heatmap maker. I know there is still a huge mountain to climb but I'm positive that someday my hard work will pay off. I'll keep you all updated and I'm planning to update you all weekly from now as I have some few techniques up my sleeves that I want to implement. If they work then BOOM! I'll come here and share my results with you all.

Why DataViz Kit Exists?

Roshaan Tahir — Fri, 14 Nov 2025 20:21:32 +0000

DataViz Kit is on a mission to democratize data visualization. We provide a comprehensive suite of powerful, free, and easy-to-use tools that empower anyone—from students to professionals—to transform raw data into beautiful, insightful charts and graphs. No coding required, just clarity and impact.

Our project is a growing collection of free, web-based tools designed to make this a reality. We offer a seamless experience from data input to stunning visual output, featuring everything from simple pie charts to advanced radar and Gantt charts. By combining a drag-and-drop interface with robust customization and export options, we empower our users to tell compelling data-driven stories, uncover hidden insights, and make informed decisions with confidence.

DEV Community: Roshaan Tahir

React vs Vue vs Svelte — Which One Should You Learn in 2025?

The Goliath That Pays the Rent

The Garden That Grows With You

When the Framework Disappears

The Friction of a Button Click

Choosing Your Handcuffs

The Cursor Only Blinks If You Do

👋 Thanks for reading!

🚀 Projects I've Built

More Articles

Why Most Junior Developers Will Struggle in the AI Era

The Big Misunderstanding: “AI Will Make Coding Easier”

Truth #1: Juniors Don’t Debug, They Restart

Truth #2: AI Helps Skilled Developers, Not Struggling Ones

Truth #3: Tutorials Don’t Prepare You for Real Work

Truth #4: Companies Don’t Need More “Instruction Followers”

Truth #5: The New Skill Juniors Must Learn — Systems Thinking

Truth #6: AI Makes Strong Developers Stronger

Truth #7: The Juniors Who Will Thrive Anyway

A Small Reminder to Carry into Your Next Coding Session:

👋 Thanks for reading!

🚀 Projects I've Built

More Articles

10 VS Code Extensions That Instantly Make You a 10x Developer

Why the Right VS Code Extensions Matter

Extension #1: Prettier — Code Formatting That Saves Your Sanity

Extension #2: ESLint — Your Code’s Best Friend

Extension #3: GitLens — Become a Git Detective

Extension #4: Auto Rename Tag — HTML’s Little Miracle

Extension #5: Path Intellisense — Never Type a File Path Wrong Again

Extension #6: Error Lens — Bring Errors Front and Center

Extension #7: Bracket Pair Colorizer 2 — Make Brackets Beautiful Again

Extension #8: REST Client — Test APIs Without Leaving VS Code

Extension #9: CodeSnap — Share Beautiful Code Snippets

Extension #10: Todo Tree — Never Lose a TODO Again

3 Extensions You Should Uninstall

DataViz Kit Weekly Update: Testing New SEO Strategies

3 Months Journey of DataViz Kit

Why DataViz Kit Exists?