PLS – The Native Token of PulseChain

1. What Is PLS?

PLS is the native cryptocurrency of the PulseChain blockchain and serves as the foundation of its entire ecosystem.

PulseChain is an independent Layer 1 blockchain based on Ethereum technology and compatible with the Ethereum Virtual Machine (EVM). This allows developers to deploy smart contracts and decentralized applications (dApps) while enabling users to interact with a wide range of DeFi protocols.

Similar to ETH on Ethereum or SOL on Solana, PLS is the fundamental currency required to operate and interact with the PulseChain network.

It is much more than just a tradable cryptocurrency. PLS plays an essential role in transaction processing, network security, and the economic infrastructure of PulseChain.

2. Main Functions of PLS

PLS has several important functions within the PulseChain ecosystem.

Transaction Fees (Gas Fees)

The primary function of PLS is paying network transaction fees, commonly known as gas fees.

Every interaction with the blockchain requires PLS, including:

• Sending and receiving cryptocurrencies.
• Transferring PRC-20 tokens.
• Swapping tokens on decentralized exchanges.
• Interacting with smart contracts.
• Providing liquidity to DeFi protocols.
• Using decentralized applications.

Even if users only hold tokens such as HEX, PLSX, or INC, they still need PLS to pay for transactions.

Network Security and Validators

PulseChain uses a Proof-of-Stake consensus mechanism derived from Ethereum’s Beacon Chain architecture.

Validators are responsible for producing blocks, processing transactions, and helping secure the network. Through the staking system, PLS plays an important role in supporting validator participation and network security. Activating a validator requires a deposit of 32,000,000 PLS — see our How PulseChain works guide.

Ecosystem Utility

PLS is required throughout the PulseChain ecosystem. It enables users to interact with decentralized exchanges, liquidity pools, lending platforms, NFT marketplaces, and smart contracts.

As blockchain activity increases, the demand for PLS to pay transaction fees may also increase. However, network activity does not automatically translate into a higher token price.

3. PLS Tokenomics – Fees, Supply and Burning

One important feature of PLS is its transaction fee mechanism.

PulseChain uses the EIP-1559 fee model, which includes two main components:

Base Fee: The basic network fee is dynamically adjusted according to network conditions. This portion is permanently burned and removed from circulation.

Priority Fee: Users can add an additional tip to incentivize validators to prioritize their transactions.

The burning mechanism reduces the circulating supply of PLS over time through base-fee burns.

At the same time, new PLS may be issued through validator rewards. PulseChain also modifies certain consensus-layer rewards (separate from the base-fee burn) — details in How PulseChain works.

Therefore, PLS is not automatically deflationary. Whether its total supply increases or decreases depends on the balance between newly issued tokens and burned tokens.

This relationship is an important part of understanding the long-term economics of PLS.

4. Staking and Network Participation

Staking is another important component of the PulseChain ecosystem.

Validators participate in securing the blockchain by committing PLS through the network's staking system.

Participants who operate validators can take part in block production and may receive rewards for their contribution to network security.

Validator participation requires specific technical and financial requirements. Staking also involves risks, including validator downtime, technical issues, and possible penalties.

Rewards are not guaranteed and depend on network conditions and validator performance.

5. The Origin of PLS

PulseChain launched its mainnet in May 2023 as an independent fork of Ethereum.

During the launch process, PulseChain incorporated the Ethereum blockchain state up to the selected fork block. This included wallet addresses, balances, smart contracts, and many existing ERC-20 tokens.

An important part of the initial distribution of PLS was the PulseChain Sacrifice Phase.

During this phase, participants could contribute various cryptocurrencies to designated addresses. The resulting allocations were used as the basis for the initial PLS distribution.

This combination of the Ethereum fork and the Sacrifice Phase formed the foundation for the launch of the PulseChain ecosystem. More context: What Is PulseChain?.

6. PLS vs. WPLS – Understanding the Difference

PLS is the native coin of PulseChain. It exists directly at the blockchain protocol level and is used to pay network fees.

WPLS (Wrapped PLS), on the other hand, is a tokenized representation of PLS at a 1:1 ratio.

WPLS allows users to interact with smart contracts, decentralized exchanges, and liquidity pools that require token-based assets.

Both assets represent the same underlying value, but they serve different technical purposes.

In simple terms:

• PLS: The native currency used for gas fees and network functionality.
• WPLS: The wrapped version used for compatibility with token-based smart contracts and DeFi applications.

7. PLS and the PulseChain Core Ecosystem

PLS provides the underlying infrastructure for many projects within the PulseChain ecosystem.

Some of the most important ecosystem tokens include:

PLS – Pulse

The native cryptocurrency of PulseChain, responsible for gas fees and an important part of network security.

PLSX – PulseX

The token associated with PulseX, a decentralized exchange built on PulseChain. It has its own tokenomics and is connected to the exchange's buy-and-burn mechanism. Details: PLSX DeskLearn guide. Note: descriptions of PulseX fee distribution (including original buy-and-burn shares) refer to the original tokenomics; actual fee handling can differ between exchange versions and current contract settings.

INC – Incentive

The incentive token associated with the PulseX ecosystem, particularly in connection with liquidity provision and farming.

HEX

A smart-contract-based cryptocurrency with its own time-based staking system (T-Shares). Not PulseChain gas. Full guide: HEX DeskLearn.

PRVX – ProveX

A token associated with the ProveX ecosystem, with its own role and application within the broader PulseChain environment.

Although these tokens have different purposes, they share the same underlying blockchain infrastructure.

PLS occupies a unique position because it is the native currency required to interact with the network itself.

8. Advantages and Risks of PLS

Key Characteristics and Advantages

• Native Utility: PLS is essential for paying transaction fees on PulseChain.
• EVM Compatibility: Supports many applications and smart contracts based on Ethereum technology.
• Transaction Efficiency: Designed to enable cost-effective blockchain transactions.
• Network Security: Plays an important role in validator participation and network operation.
• DeFi Integration: Can be used throughout the PulseChain decentralized finance ecosystem.
• Fee Burning: A portion of transaction fees (the base fee) is permanently removed from circulation.

Important Risks

Like all cryptocurrencies, PLS involves risks that users and investors should understand.

• Market Volatility: The price of PLS can fluctuate significantly.
• Network Risks: Technical issues or security vulnerabilities may affect blockchain functionality.
• Liquidity Risks: Trading conditions can vary between exchanges and trading pairs.
• Tokenomics: New token issuance and fee burning influence the overall supply.
• Market Adoption: Long-term demand depends partly on the development and actual usage of the PulseChain ecosystem.

There is no guarantee that network growth will result in an increase in the market value of PLS.

9. Technical Specifications

10. Conclusion – Why PLS Is the Foundation of PulseChain

PLS is the fundamental building block of the PulseChain ecosystem.

It enables transactions, powers smart contract interactions, pays network fees, and plays an important role in the security and operation of the blockchain.

While tokens such as PLSX, INC, HEX, and PRVX serve their own purposes within the ecosystem, PLS provides the underlying infrastructure that allows users and applications to interact with PulseChain.

Its long-term relevance will depend on the continued development of PulseChain, the growth of its ecosystem, real-world network usage, and overall market demand.

Sources

• PulseChain Mainnet documentation
• EIP-1559
• How PulseChain works (DeskLearn)
• What Is PulseChain? (DeskLearn)
• PulseX – Official Website: pulsex.com
• PulseX – Official FAQ: pulsex.com/faq
• PulseX – Decentralized Exchange: pulsex.com (trade interface)