What is Polygon? The Future of the Decentralized Internet

Introduction

If you’ve ever worked with the Ethereum network, you’ve likely encountered two fundamental problems: high transaction costs and slow processing speed. These two issues have made it difficult for everyday users and many applications to use Ethereum.

Polygon was born precisely to solve these problems. Designed as a Layer 2 solution, this network aims to make Ethereum faster, cheaper, and more efficient—without compromising its security benefits.

In this article, you will become thoroughly familiar with Polygon and understand why this network has become one of the most important projects in the blockchain space.

What Exactly Is Polygon?

Polygon, formerly known as Matic Network, is a scalability platform for Ethereum. But this definition needs clarification:

Simple Definition

Polygon is like a new highway built alongside a congested road (Ethereum). This highway:

• Reduces traffic on the main road

• Increases travel speed

• Reduces travel costs

• But remains connected to the main road and follows its rules

Technical Definition (in Simple Terms)

Polygon is an independent blockchain network that runs parallel to Ethereum but benefits from its security. Transactions are conducted on Polygon, and then the final result is recorded on Ethereum.

Why Was Polygon Built?

Ethereum’s Problem: The Impossible Trinity

In the blockchain world, there’s a fundamental challenge known as the Scalability Trilemma:

Ethereum can only process about 15 to 30 transactions per second. In comparison, Visa processes about 24,000 transactions per second. This huge gap makes it difficult to use Ethereum for everyday applications.

Polygon’s Solution

Polygon solves this problem by creating a Layer 2 on top of Ethereum:

• Transactions are processed on Layer 2 (Polygon)

• The final result is sent to Layer 1 (Ethereum)

• This allows Ethereum to record only the final result, not every single transaction

Key Features of Polygon

1. High Speed

Transactions on Polygon complete in under 2 seconds, while on Ethereum, this may take several minutes or even longer.

2. Negligible Cost

Transaction fees on Polygon are typically less than $0.01, while on Ethereum they can reach tens of dollars.

3. Full Ethereum Compatibility

Applications built on Ethereum can easily, with minor changes, run on Polygon as well. This means developers don’t need to learn new technology.

4. High Security

Polygon benefits from Ethereum’s security and also has its own additional security mechanisms.

5. Rich Ecosystem

Polygon hosts thousands of decentralized applications (dApps) across various sectors.

How Does Polygon Work?

Polygon’s Layered Structure

Polygon consists of several layers:

The Process of a Transaction on Polygon

1. A user initiates a transaction on Polygon

2. The transaction is reviewed and verified by Polygon validators

3. Verified transactions are collected into a block

4. The block is added to Polygon

5. A summary of the block is sent to Ethereum (as final proof)

Important Note: The user only pays Polygon’s negligible fee, not Ethereum’s high fee.

Comparison with Other Networks

Polygon vs. Ethereum

Polygon vs. Bitcoin

Polygon vs. Solana

Real-World Applications of Polygon

1. Decentralized Finance (DeFi)

Polygon hosts many DeFi projects that offer financial services like lending, borrowing, and trading at low cost.

2. Blockchain Gaming

Games that require fast and frequent transactions use Polygon to reduce costs.

3. NFT Marketplaces

Due to its low cost, Polygon is an ideal platform for buying, selling, and minting NFTs.

4. Decentralized Applications (dApps)

Thousands of decentralized applications across various sectors have been built on Polygon.

5. Innovative Projects

Projects like Omid Coin, operating on Polygon, leverage the benefits of this network to provide better services to users.

Benefits of Polygon for Projects and Users

For Projects (Developers)

• Lower costs: Reduced operational expenses

• Higher speed: Better user experience

• Access to Ethereum ecosystem: Leveraging Ethereum’s tools and large community

• High security: Benefiting from Ethereum’s security

For End Users

• Negligible fees: Cheaper transactions

• High speed: Fast transaction confirmation

• Easy access: Using various applications at low cost

• Better experience: Without worrying about high costs

Challenges and Limitations of Polygon

No technology is perfect, and Polygon also faces challenges:

The Future of Polygon

Short-Term Vision

• Further ecosystem development

• Attracting new projects

• Improving developer tools

Long-Term Vision

• Becoming a bridge between different networks

• Creating a truly decentralized internet

• Mass adoption by everyday users

Polygon’s Role in the Future of Blockchain

As one of the leading Layer 2 solutions, Polygon will play a key role in blockchain’s future:

• Bridge between networks: Connecting Ethereum to other networks

• Facilitating mass adoption: Reducing costs for everyday users

• Continuous innovation: Developing new solutions for existing challenges

Polygon and Omid Coin

Omid Coin, as a project operating on Polygon, is an excellent example of using this network for innovative purposes.

Benefits of Omid Coin Operating on Polygon

• Low transaction cost: Users can interact without worrying about high fees

• High speed: Smooth and fast user experience

• Ethereum security: Benefiting from the security of Ethereum’s main network

• Ecosystem access: Leveraging existing tools and applications on Polygon

Core Message

Omid Coin’s choice of Polygon demonstrates its commitment to providing efficient and accessible technology for all users.

Omid Coin = Good Technology = Better Life

Summary

Polygon is one of the most important projects in the blockchain space, paving the way for mass adoption of decentralized technology by solving Ethereum’s speed and cost issues.

Why Polygon Matters:

• Solves Ethereum’s scalability problem

• Provides fast and cheap transactions

• Full compatibility with the Ethereum ecosystem

• Rich ecosystem of decentralized applications

• Ideal platform for innovative projects

Projects like Omid Coin, operating on Polygon, are part of this larger movement toward a future where decentralized technologies are accessible to everyone.

FAQ

1. Is Polygon the same as Matic?
Yes, Polygon was formerly known as Matic Network and rebranded in 2021.

2. What is the difference between Polygon and Ethereum?
Ethereum is a Layer 1 (base) network, while Polygon is a Layer 2 solution on Ethereum that increases speed and reduces costs.

3. Is Polygon secure?
Yes, Polygon benefits from Ethereum’s security and also has its own security mechanisms.

4. Do I need technical knowledge to use Polygon?
No, today there are user-friendly wallets and applications that make using Polygon very simple.

5. What projects have been built on Polygon?
Thousands of projects across DeFi, gaming, NFTs, and more have been built on Polygon, including Omid Coin.

6. Is Polygon free?
No, but its fees are negligible (typically under $0.01).

7. How can I use Polygon?
By using Polygon-compatible wallets like MetaMask and switching the network to Polygon.

8. Why does Omid Coin operate on Polygon?
To benefit from high speed, low cost, and Ethereum’s security, providing a better experience for users.