Forem: Taufik-H

Understanding Tokens in Web3: What They Are and Why They Matter

Taufik-H — Sat, 25 Apr 2026 10:16:12 +0000

The first time you hear the word “token” in Web3, it can feel confusing.

Is it money?
Is it a digital asset?
Or just another technical term?

The truth is, a token is not just one thing it’s a concept that can represent many forms of value in the digital world.

What Is a Token?

Imagine holding a concert ticket.

It’s not just paper it represents access, ownership, and permission.

Now imagine that concept in digital form, secured on a blockchain.

That’s a token.

A token is a digital representation of value or rights stored on a blockchain.

It can act as money, access, or ownership depending on how it’s designed.

Why Tokens Matter

Tokens exist because the internet needed a better way to represent value.

Instead of relying on platforms to manage everything, tokens allow value to:

exist independently
be transferred easily
and be verified transparently

In short:

Tokens make digital value more real and controllable.

Not All Tokens Are the Same

Once you understand what tokens are, the next step is seeing how they differ.

Some tokens are identical and interchangeable.
Others are unique.
And some are designed to serve a specific function.

Understanding Different Types of Tokens

Once you understand what a token is, the next step is recognizing that not all tokens behave the same way.
Each type is designed with a different purpose in mind.

Fungible Tokens

Some tokens are designed to be identical and interchangeable.

If you have one unit, you can swap it with another, and nothing changes. The value remains exactly the same.

This is what we call fungible tokens.

They behave just like money. One unit is always equal to another, which makes them ideal for transactions and trading.

A good example is USDC, where each token represents the same value and can be exchanged freely.

In simple terms, fungible tokens are designed to be consistent and replaceable.

Non-Fungible Tokens (NFTs)

Now imagine the opposite.

Instead of identical units, each token is unique—with its own identity and value. It cannot be replaced by another token, even if they look similar.

These are known as non-fungible tokens, or NFTs.

They are often used to represent things like digital art, collectibles, or ownership of specific items.

For example, collections like Bored Ape Yacht Club consist of thousands of items, but each one is different and owned individually.

NFTs bring the concept of uniqueness and true ownership into the digital space.

Utility Tokens

Not all tokens are about value or uniqueness. Some are created purely for functionality.

These are called utility tokens.

Instead of asking “how much is it worth?”, it’s more useful to ask “what can it do?”

Utility tokens are commonly used to:

access features
pay for services
interact with a platform

A well-known example is Uniswap, where tokens are used within the ecosystem to enable certain actions and participation.

Utility tokens act like digital tools that allow you to use and interact with a system.

Governance Tokens

There’s another type of token that shifts the role of users even further.

Instead of just using a platform, you can actually help decide how it evolves.

These are called governance tokens.

Holding a governance token gives you the ability to:

vote on proposals
influence decisions
shape the future of a project

It’s similar to owning shares in a company, but instead of a board of directors making all the decisions, the community has a voice.

A well-known example is Uniswap’s governance token, which allows holders to vote on protocol changes.

Governance tokens turn users into participants, giving them a say in how a system grows and operates.

How Are Tokens Created?

Now comes a natural question: where do tokens actually come from?

Tokens are created on top of a blockchain using something called a smart contract.

A smart contract is simply a piece of code that defines:

how many tokens exist
who owns them
how they can be transferred

Think of it like a digital rulebook that runs automatically.

Developers write this code and deploy it on blockchains like Ethereum, which is one of the most popular networks for creating tokens.

Once deployed, the token exists on the blockchain—and anyone can interact with it based on the rules defined in the contract.

No central authority needed.

Real-World Examples of Tokens

To make things more concrete, let’s look at a few well-known examples.

A token like USDC is a fungible token.
It behaves like digital money, where each unit has the same value.

Then there are NFTs, such as those found in collections like Bored Ape Yacht Club.
Each item is unique and owned by a specific individual.

And for utility tokens, projects like Uniswap use tokens to give users access to features or even voting power within the platform.

Different tokens, different purposes—but all built on the same idea.

Final Thought

At its core, a token is simple:

It’s a way to represent value, ownership, or access—digitally, and with control in your hands.

And once you understand that, you’re not just learning a new term.

You’re understanding one of the core building blocks of Web3. 🚀

From Web1 to Web3: How the Internet Evolved from Read to Ownership

Taufik-H — Wed, 22 Apr 2026 05:03:41 +0000

explained with baby language, so you can easily understand!

The internet hasn’t always been what we know today.
What started as a simple way to share information has slowly evolved into something we use for almost everything—communication, entertainment, work, even making money.
But here’s something interesting to think about:

When you use the internet today… how much of it do you actually own?

Your posts, your account, your data—are they really yours?
To understand why this question matters, we need to go back and see how the internet evolved over time.

The Evolution of the Internet (Big Picture)

The internet didn’t suddenly become what it is today. It evolved step by step. Each phase changed how people interact with it:

Web1 → Read
Web2 → Read + Write
Web3 → Read + Write + Own

At first glance, this might look simple—but this shift actually represents a huge change in power.

From just consuming content → to creating content → to owning content

Another way to think about it:

Web1 = visiting a place
Web2 = participating in that place
Web3 = owning part of that place

Let’s break each one down.

Web1 — The Early Internet (Read-Only)

Web1 is often called the “read-only” version of the internet.

Back in the early days, websites were mostly static (meaning the content stayed the same unless someone manually updated it).

You could open a website, read information, and then leave.

That’s it.

No comments. No accounts. No interaction.

It was like a digital library.

You could access information anytime, but you couldn’t contribute anything back.

What did Web1 look like?

Basic HTML websites
Company profile pages
Online directories
Early blogs (without comments or interaction)

Everything was one-directional:
website → user

Why was Web1 important?

Even though it feels limited today, Web1 was revolutionary at the time.

For the first time:

Information was accessible globally
Anyone with internet access could learn something new
Businesses could have an online presence

But there was one big limitation:

Users were passive (meaning they could only consume, not interact).

And naturally, people wanted more.

Web2 — The Social Internet (Read & Write)

Then came Web2—and this is where things really took off.

Web2 introduced interaction.

Instead of just reading content, users could now:

Create posts
Leave comments
Upload videos
Connect with other people

The internet became more dynamic (meaning constantly changing based on user activity).

Platforms like YouTube, Facebook, and Instagram made this possible.

The internet stopped being a library—and became a conversation.

What changed in Web2?

Users became creators
Content became interactive
Communities started forming online

You’re not just reading anymore—you’re participating.

The Rise of Platforms

One important thing happened during Web2:

Platforms became the center of everything.

Instead of everyone owning their own websites, people started using platforms.

For example:

Instead of hosting your own videos → you upload to YouTube
Instead of building your own social network → you use Facebook

This made things easier—but it also introduced a new dependency.

The Hidden Trade-Off

Here’s the part many people don’t realize:

In Web2, you don’t actually own your content—you’re just using someone else’s platform.

These platforms are centralized (meaning controlled by a single company).

That leads to a few things:

Your data is stored on their servers (their computers)
Your account can be suspended or removed
Your content can be taken down
Algorithms decide what people see

So even though Web2 feels open…

Control is still concentrated in the hands of a few companies.

Web2 made the internet more powerful—but also more controlled.

Web3 — The Next Phase (Read, Write, Own)

Now we’re entering the next phase: Web3.

Web3 builds on everything from Web2—but introduces a new idea:

Ownership.
Instead of relying on centralized platforms, Web3 uses blockchain.

What is blockchain?

Blockchain is a shared digital ledger (a record of data) that:

is distributed (stored across many computers)
is transparent (can be verified by anyone)
is not controlled by a single entity

In simple terms:

It’s a system where no single person or company is in charge.

What changes in Web3?

In Web3, instead of creating an account on a platform, you use a wallet (a digital tool that stores your identity and assets).

That means:

Your identity is tied to your wallet
Your assets belong to you, not a platform
You can move freely between applications

Real Examples

Bitcoin → digital money that doesn’t need a bank
Ethereum → a platform where developers can build decentralized applications (apps that don’t rely on a central server)

A Simple Analogy

Web2 is like renting a house.
Web3 is like owning the house.

In Web2:

You’re using someone else’s space
You follow their rules

In Web3:

You own your assets
You have more control

Key Concepts in Web3

Decentralization (no single authority controls the system)
Ownership (users own their assets and identity)
Permissionless (you don’t need approval to participate)

The Three Types of Internet Networks

To understand this better, let’s break the internet into three types of networks.

1. Protocol Networks

These are the foundation of the internet.

Examples include HTTP and TCP/IP (rules that allow computers to communicate with each other).

Think of them like roads.

Anyone can use them, and no one owns them.

2. Corporate Networks

This is where most of Web2 exists.

Big companies like Google and Meta build platforms that we use daily.

Think of them like malls.

You can enter and use them—but they’re privately owned.

3. Blockchain Networks

This is the foundation of Web3.

Networks like Ethereum and Bitcoin are decentralized.

Think of them like a city owned by its people.

No central authority controls everything.

The Future of the Internet

Web3 is still early.

It’s not perfect, and it’s not going to replace everything overnight.

In reality:

Web2 and Web3 will likely coexist for a long time.

But the direction is clear:

More ownership
More transparency
More control for users

Web3 isn’t about destroying Web2—it’s about improving it.

Final Thoughts

If we look back at the journey:

Web1 → we could only read
Web2 → we could interact
Web3 → we can start to own

The internet is no longer just a place we visit.

It’s becoming something we can actually participate in—and potentially own.

So the real question is:

Are you just going to use the internet…
or are you going to own a part of it?

💬 What Do You Think?

Do you think Web3 will actually change the internet?

Or is it just hype?

Let’s discuss 👇

NeuBeam - New Tailwind CSS Component Library for stylish Web Development

Taufik-H — Thu, 04 Apr 2024 09:16:33 +0000

NeuBeam: A Tailwind CSS Component Library with a Modern Touch

Introducing NeuBeam! A free, open-source website component library for Tailwind CSS that draws inspiration from modern design trends like brutalism and retro. NeuBeam offers a variety of ready-to-use components that can help you build websites quickly and easily, without sacrificing aesthetics.

Key Features of NeuBeam:

Stylish and modern components: NeuBeam features a variety of UI components inspired by the latest design trends, such as brutalism and retro. These components are carefully crafted to give your website a modern and eye-catching look.
Easy to use: NeuBeam is easy to use and integrate with Tailwind CSS. You can easily use NeuBeam components in your existing Tailwind CSS projects .
Free and open-source: NeuBeam is an open-source library that is available for free. You can use it in personal or commercial projects without restrictions.

Technologies Used:

Tailwind CSS: NeuBeam is built on top of Tailwind CSS, a popular CSS framework for building websites quickly and easily.
Next.js: NeuBeam uses Next.js, a React framework that allows you to build static websites and server-side rendered applications.

Demo and Repository:

Demo: neubeam 🌐
GitHub Repository: Check or contribute 🔗

About Me:

My name is Taufik-H, a Junior Frontend Web Developer from Indonesia. I am passionate about web design and development. I created NeuBeam with the aim of helping other developers build modern and attractive websites easily.

Call to Action:

Try NeuBeam: Use NeuBeam in your next Tailwind CSS project.
Contribute: NeuBeam is an open-source project. You can contribute by providing feedback, reporting bugs, or creating pull requests (neubeam 🔗).
Spread the word: Help spread the word about NeuBeam to your friends and colleagues.

⚠️ NeuBeam is still under development!

Expect even more awesome components coming soon, and you can be a part of it!👊 We're all about collaboration.

✋Disclaimer: Being a Junior Web Dev, my code might not be the tidiest yet. But that's where you come in! NeuBeam can be even better with your help. Let's improve the code together and follow best practices while we're at it. Imagine the awesome and well-structured website we can build together!

Thank you for reading!😁

Taufik-H 👋
Junior Frontend Web Developer
Indonesia 🇮🇩
My Github account

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