What is Polygon (MATIC)? MATIC’s Role in Ethereum Scaling

What is Polygon (MATIC)?

Polygon crypto (MATIC) is often described as “Ethereum’s Internet of Blockchains” because it functions as a sidechain or layer 2 scaling solution that achieves scale by using sidechains for off-chain computation. The Polygon crypto platform directly addresses the challenges faced by the Ethereum blockchain, including poor user experience, low transaction throughput, and high gas fees.

The platform ensures asset security through a decentralized network of Proof of Stake validators and the Plasma framework. Polygon offers comprehensive scaling solutions to Ethereum-based projects, boosting sovereignty, scalability, and flexibility while maintaining Ethereum’s core benefits: its established structure, robust security, and seamless interoperability.

MATIC, an ERC-20 token, serves as Polygon’s native cryptocurrency and is integral to:

• Securing and governing the Polygon network
• Paying transaction fees
• Facilitating staking and rewards
• Supporting the ecosystem’s growth and development

Understanding what is Polygon crypto has become increasingly important as more developers and users seek efficient alternatives to Ethereum’s congested network while still benefiting from its security and established ecosystem.

Who Founded Polygon Crypto?

The journey of what is now Polygon crypto began in 2017 in Mumbai, India. The project, originally called the MATIC Network, was founded by four software engineers:

• Jaynti Kanani: A former data scientist who recognized Ethereum’s scaling limitations
• Sandeep Nailwal: Focused on business development and ecosystem growth
• Anurag Arjun: Contributed to the product architecture and technical implementation
• Mihailo Bjelic: Joined as a co-founder bringing expertise in blockchain interoperability

In February 2021, MATIC Network rebranded to Polygon to expand its vision and capabilities, particularly targeting integration with the emerging Metaverse. This rebranding represented a shift from a single scaling solution to a multi-faceted platform for blockchain connectivity.

Since then, Polygon has established itself as one of the most prominent layer 2 solutions in the blockchain ecosystem, attracting significant investment and developer interest.

How Does Polygon (MATIC) Work?

Understanding what is Polygon crypto requires examining its core functionality. Polygon operates as a multichain network utilizing sidechains to accelerate transactions cost-effectively. The network connects to the Ethereum blockchain and can handle various protocols, including DeFi protocols.

Polygon’s multi-level architecture exists primarily to unclog the Ethereum platform efficiently while keeping costs low. Its functionality resembles other interoperability-focused blockchains like Cosmos, Avalanche, and Polkadot.

The platform enables users to develop Ethereum-compatible decentralized applications through sidechain architecture and connect them to the main blockchain. This approach significantly reduces transaction costs and increases processing speed without sacrificing compatibility with the Ethereum ecosystem.

At the core of Polygon’s network is the Polygon Software Development Kit (SDK), used to build Ethereum-compatible dApps as sidechains and link them to the main blockchain. Polygon creates these sidechains through several methods:

• Plasma Chains: Groups transactions into blocks that are bundled into a single submission on the Ethereum blockchain, reducing the data footprint on the main chain
• zk-Rollups: Enables multiple transfers to be grouped into a single transaction using zero-knowledge proofs for verification
• Optimistic Rollups: Functions similarly to Plasma Chains but offers the ability to scan Ethereum smart contracts, allowing for more complex applications

Each of these approaches offers different tradeoffs between security, complexity, and performance, giving developers flexibility in choosing the right solution for their specific needs.

Polygon crypto operates on the Proof of Stake mechanism, allowing users to stake MATIC tokens to validate transactions and participate in governance by voting on network upgrades. The platform also employs a Proof of Stake ‘checkpointing’ system, where stakers can select block producers and assign them to checkpoints.

These block producers enable the network to create blocks rapidly while maintaining decentralization by delegating PoS checkpoints to the Ethereum chain. Block validation occurs when producers publish periodic block proofs, ensuring security without the computational overhead of Proof of Work systems.

While Polygon uses Proof of Stake consensus, its implementation is modified to achieve consensus with every block, unlike traditional PoS mechanisms that process multiple blocks to reach consensus. This approach improves transaction finality and reduces confirmation times.

Ultimately, Polygon allows users to access Ethereum’s functions with added capabilities at significantly lower costs, often reducing fees by 100x or more compared to the main Ethereum network.

Key Features of Polygon (MATIC) Crypto

Polygon Zero: Understanding zkEVM

Polygon Zero, also known as Polygon zkEVM (zero-knowledge Ethereum Virtual Machine), represents a cutting-edge layer 2 scaling solution for Ethereum. Functioning as the equivalent of the Ethereum Virtual Machine (EVM), it benefits the entire Ethereum ecosystem.

Polygon Zero utilizes advanced cryptography called zero-knowledge proofs and is fully compatible with existing smart contracts, wallets, and developer tools. This compatibility reduces user friction and eliminates the need for code re-implementation or modification.

This scaling solution leverages zero-knowledge proofs to:

• Increase transaction throughput by orders of magnitude
• Reduce transaction costs to near-zero levels in many cases
• Maintain Ethereum’s security guarantees
• Enable complex applications that would be cost-prohibitive on the main chain

The ZK-proof technology batches transactions into groups and relays them to Ethereum as a single bulk transaction. The gas fee is shared among all participants, substantially reducing individual transaction costs.

Polygon Zero facilitates smooth migration of dApps from Ethereum-compatible chains to zkEVM. Developers can migrate by simply switching nodes using languages like Solidity. The solution supports various applications including NFTs, enterprise applications, and gaming technologies.

A distinguishing feature of Polygon Zero is Plonky2, a system that generates ZK proofs faster than existing technologies. This allows Polygon Zero to scale horizontally, meaning the protocol’s throughput is limited by total available computing power rather than by the weakest network nodes.

Polygon Edge

Polygon Edge is a modular, extensible framework enabling developers to build:

• Sidechains customized for specific applications
• Ethereum-compatible blockchain networks
• General scaling solutions for various use cases

This tool allows users to run their own blockchain networks with customizable features. The resulting blockchains remain compatible with Ethereum smart contracts and transactions, ensuring interoperability with the broader ecosystem.

Polygon Edge supports cross-chain communication with different blockchain networks. Its centralized bridge solution facilitates the transfer of both ERC-721 and ERC-20 tokens across blockchains, enabling seamless asset movement between environments.

The framework uses the Istanbul Byzantine Fault Tolerance (IBFT) consensus mechanism and supports both Proof of Stake and Proof of Authority models. Node operators can manage node functions using the gRPC protocol, while standard crypto wallets can interact with Polygon Edge through JSON-RPC endpoints.

Enterprise users have found Polygon Edge particularly valuable for creating purpose-built blockchains that maintain compatibility with Ethereum while offering customized governance and performance characteristics.

Polygon Supernets

Polygon Supernets empowers users to easily establish custom blockchain networks. Powered by Polygon Edge, this solution simplifies blockchain network creation by providing comprehensive support for developers.

Supernets eliminates the complexity of blockchain development while maintaining robust infrastructure. Users gain access to premium tools and services with high security and decentralization. The design offers multiple operational modes, allowing developers to customize solutions to their specific requirements.

Additional benefits of Polygon Supernets include:

• Premium support for code issues and infrastructure troubleshooting
• Continuously updated infrastructure with the latest security enhancements
• Third-party engineering and consulting services
• Significantly reduced gas fees compared to the Ethereum mainnet
• Streamlined deployment processes for faster time-to-market

Supernets has attracted interest from various sectors including gaming, finance, and enterprise applications seeking the benefits of blockchain technology with lower implementation barriers.

Polygon Nightfall

Polygon Nightfall is a specialized scaling solution designed to reduce the cost of private token transfers. It specifically targets lowering transaction costs for private transfers of ERC-1155, ERC-20, and ERC-721 tokens.

Nightfall employs Optimistic Roll-up technology to reduce costs while achieving privacy through zero-knowledge proofs. This combination offers a powerful solution for applications where transaction privacy is essential.

Roll-ups allow off-chain aggregation of transactions in Ethereum smart contracts, increasing blockchain throughput from 15 transactions per second to over 1,000. This results in reduced congestion and lower transaction fees.

While Nightfall is part of Polygon’s scaling solution suite, its unique feature is functioning as a privacy roll-up specifically for enterprise use cases, distinguishing it from other solutions like Polygon Zero and Polygon Miden.

Nightfall combines roll-ups with Zero-knowledge (ZK) cryptography for scalable, private transactions where values and destinations cannot be traced. This balance of privacy and scalability addresses a fundamental limitation of public blockchains where all transaction details are visible by default.

Polygon Improvement Proposals

Polygon Improvement Proposals (PIPs) are design documents submitted to the Polygon community that outline new features, processes, or environmental changes for the ecosystem.

These proposals serve as the primary method for suggesting new features and gathering technical feedback from the community. PIPs also document previous implementation decisions and help ecosystem implementers track progress.

Each implementation maintainer is expected to list their implemented PIPs, providing transparency about the status of each implementation and library for users.

PIPs submitted to the community must include:

• A concise technical specification of the proposed feature
• Detailed rationale for the feature
• Evidence of consensus building within the community
• Documentation of dissenting opinions

PIPs fall into several categories:

• Contracts: Improvements to core contracts deployed on Ethereum
• Core: Enhancements to components like Bor and Heimdall, plus non-consensus changes to core elements
• Informational: Guidelines and design issues that don’t propose new features
• Interface: Client API/RPC specifications and standards improvements

PIP editors ensure each submission is technically sound, accurately titled, and free from errors. If revisions are needed, editors return proposals to authors with specific instructions.

Limitations of Polygon (MATIC) Crypto

Despite its advantages, understanding what is Polygon crypto also means recognizing its challenges:

A significant weakness is the competition from other blockchain technologies. Projects like Chainlink and Polkadot offer similar features and scaling solutions. The layer 2 space has become increasingly crowded, with various approaches competing for developer and user attention.

Additionally, Polygon is not an autonomous blockchain but rather a Layer 2 solution dependent on Ethereum. If Ethereum experiences issues or ceases to exist, Polygon would be directly affected. This dependency concerns investors considering long-term investments in MATIC.

The limited utility of MATIC tokens presents another challenge. Unlike cryptocurrencies such as Bitcoin, MATIC is primarily designed for use within the Polygon ecosystem with limited real-world applications beyond its native environment.

Finally, Polygon’s Market Cap to Total Value Locked ratio exceeds 1, which some analysts consider high. This indicates that the asset’s value surpasses the value locked in the network, potentially leading to overvaluation if the ratio remains elevated.

How is Polygon (MATIC) Created?

Polygon (MATIC) is a Proof of Stake coin, meaning new MATIC tokens are issued when delegators stake their tokens with validators. These validators run nodes and approve transactions, receiving rewards in newly minted MATIC tokens.

The token issuance follows a predetermined schedule designed to balance network security with inflationary pressures. This approach creates economic incentives for participants to secure the network without the environmental impact associated with Proof of Work systems.

Mining Polygon (MATIC)

You cannot mine the MATIC token as it operates on a Proof of Stake model rather than Proof of Work. Instead of solving complex computational problems, you earn rewards by staking tokens with validators and sharing their risks and rewards.

Alternatively, you can become a validator by renting a community node or using your own. In exchange for verifying transactions and adding new blockchains, you earn MATIC rewards. This role requires more technical expertise but typically offers higher returns commensurate with the additional responsibilities.

For those interested in mining-like activities, one option is to mine wrapped ETH (wETH) and convert it to MATIC, though this approach involves additional steps and potential conversion costs.

Which Blockchain Does Polygon (MATIC) Use?

Polygon operates on the Ethereum blockchain and is designed to connect with Ethereum-based projects. According to the latest data from PolygonScan, Polygon continues to process millions of transactions daily while maintaining low fees.

This relationship with Ethereum is fundamental to understanding what is Polygon crypto, as the platform functions as a complement to Ethereum rather than a competitor. The symbiotic relationship allows each network to focus on its strengths: Ethereum provides security and established infrastructure, while Polygon delivers scalability and cost efficiency.

How to Use Polygon (MATIC) Crypto

MATIC serves as the native cryptocurrency of the Polygon Network with several key uses:

• Governance: MATIC holders participate in network governance by voting on Polygon Improvement Proposals and network upgrades. Voting power is proportional to the amount of MATIC staked.
• Transaction fees: MATIC pays for transactions within the network, providing built-in utility for the token.
• Staking rewards: Users can stake MATIC to earn additional tokens, offering passive income while contributing to network security.
• Validator incentives: Those who execute smart contracts and validate transactions receive MATIC rewards.

As the Polygon ecosystem continues to expand, these core utilities have been supplemented by additional use cases across decentralized finance, gaming, NFTs, and other blockchain applications.

How to Buy Polygon (MATIC)?

MATIC is available on major cryptocurrency exchanges including Coinbase, Binance, and HTX (Huobi). It can also be purchased on decentralized exchanges like Uniswap.

When choosing an exchange, prioritize security and high liquidity for MATIC. According to CoinMarketCap, Polygon ranks consistently among the top 20 cryptocurrencies by market capitalization.

To purchase MATIC:

1. Create an account with your preferred exchange
2. Complete verification requirements (KYC procedures)
3. Fund your account with fiat currency or cryptocurrency
4. Navigate to the MATIC trading pair (e.g., MATIC/USDT or MATIC/BTC)
5. Place your order at the current market price or set a limit order
6. Once purchased, consider moving your tokens to a secure wallet

For users seeking the lowest fees, comparing different exchanges can be worthwhile as fee structures vary significantly between platforms.

How to Store Polygon (MATIC)?

MATIC tokens can be stored in various wallet types:

• Software wallets: Polygon Wallet Suite, Alpha Wallet, Binance wallet, Crypto.com wallet, and Coinbase wallet offer convenient access through mobile and desktop applications. These wallets provide user-friendly interfaces and easy access to dApps built on Polygon.
• Hardware wallets: Ledger Nano X and Trezor Model T provide maximum security by storing private keys offline, protected from online threats. These devices are recommended for long-term holders and those with significant investments.

When choosing a wallet, consider factors like security requirements, frequency of use, and whether you’ll need to interact with Polygon-based dApps regularly. Many users adopt a hybrid approach, keeping smaller amounts in software wallets for active use while securing larger holdings in hardware wallets.

Best Place to Stake Polygon (MATIC)

The most recommended platform for staking MATIC is the official Polygon platform itself, which provides direct access to the network’s staking mechanisms with minimal intermediaries.

From the Polygon platform, you can choose to stake as either a delegator or validator:

• To stake as a validator, click the purple “stake as a validator” button. This requires more technical knowledge and a significant token commitment.
• For delegation, you’ll see a list of over 100 validators with varying fee structures (ranging from 0% to 10%). This approach is more accessible to average users.
• To set up a node, click the white “Setup a Node” button for complete instructions.

Many centralized exchanges also offer simplified staking services for MATIC, though these typically charge higher fees than direct staking. The trade-off is between convenience and maximizing returns.

The Future of Polygon (MATIC) Crypto

In 2021, Polygon launched Polygon Studios, a subsidiary focused on NFTs and blockchain gaming. If successful, this initiative could position Polygon as a leader in the NFT and decentralized gaming sectors. This potential is strengthened by the appointment of Ryan Watts, former head of gaming at YouTube, as CEO.

The gaming focus aligns well with Polygon’s strengths in low transaction costs and high throughput, which are particularly important for gaming applications that may involve frequent, small-value transactions.

The platform continues to gain institutional adoption. Major digital media platforms like Instagram have launched NFTs on Polygon, and luxury brands including Prada and Adidas Originals have released NFT collections on the network. These high-profile partnerships demonstrate growing mainstream acceptance of Polygon.

Recent developments reported by the Polygon Foundation indicate growing enterprise adoption and continued technological advancement in the zkEVM space.

The continued evolution of Ethereum with the upcoming transitions in Ethereum 2.0 will likely influence Polygon’s development priorities. Rather than making Polygon obsolete, many analysts believe Ethereum’s upgrades will increase overall ecosystem adoption, creating more demand for complementary scaling solutions.

Conclusion: Should You Invest in Polygon (MATIC)?

Whether investing in Polygon makes sense depends on your objectives. Unlike Bitcoin, which is used for everyday transactions, MATIC has limited use cases outside its ecosystem.

MATIC was created specifically to secure and govern the Polygon platform and to pay transaction fees. If you believe in Polygon’s mission and want to participate in securing and governing the network, MATIC could be a worthwhile investment. However, if you’re looking for a token with broader utility outside its native network, other options might be more suitable.

When evaluating MATIC as an investment, consider factors such as:

• The growing adoption of Ethereum and layer 2 solutions
• The competitive landscape for scaling solutions
• Polygon’s technological advantages and partnerships
• The team’s track record of delivery and innovation

For technically inclined investors, participating in staking can provide additional returns beyond potential price appreciation. The current staking rewards make MATIC potentially attractive for yield-seeking investors.

Risks of Investing in Polygon (MATIC)

Like all cryptocurrencies, Polygon is highly volatile. The token’s price can fluctuate dramatically within short periods, and there’s always the risk that the network could cease development, causing the token’s value to plummet. Only invest funds you can afford to lose in worst-case scenarios.

Specific risks to consider include:

• Technological obsolescence: Advances in blockchain technology could potentially render Polygon’s approach less competitive.
• Ethereum dependency: Changes to Ethereum could affect Polygon’s value proposition and utility.
• Regulatory uncertainty: Evolving regulations around cryptocurrencies could impact growth.

Competition: Other layer 2 solutions compete for the same developer and user base.