Energy Efficient, Cheaper, Faster,
Fee-Burning Ethereum fork.
These are just ideas for you guys to talk about.
Have no expectations of the work of others! Get your ideas out there!
Increase Ethereum's value
Ethereum's fees will be lowered by sharing its load.
Enrich ETH users
PulseChain will re-enable priced out use cases: Instead of launching empty, PulseChain brings the ETH system state and ERC20s, this rewards holders and founders of Ethereum based projects.
Enrich ERC20 and NFT users
The launch of PulseChain is the largest airdrop in history. Thousands of Ethereum based tokens and NFTs receive their free PulseChain versions.
This new gold rush
contains the value discovery of thousands of tokens and NFTs on PulseChain. If you always wanted to be a whale in a certain ERC20 or NFT, maybe now you can be.
Easy to use
wallet just works, you only have to change a single setting to access PulseChain. ETH holders can transact for free with freemium PLS.
Lower PulseChain fees and serve more users
PulseChain increases the throughput of Ethereum 4x by using 3 second block times. Ethereum's average block time
is around 13 seconds.
By replacing proof of work miners with proof of stake validators PulseChain doesn't burn "waste" any energy making it environmentally friendly.
Improve game theory
PLS has 0% inflation. Validators only earn fees and 25% of the fees are burnt to reduce the circulating supply.
Empower PulseChain holders
PulseChain's native token $PLS can be staked and delegated to validators that reward the delegators with the largest percentage of fees.
PulseChain has a private Testnet up and running mining 3 second blocks. The full Ethereum state is injected with bi-directional replay protection.
Next on the roadmap is unique address per chain per sacrifice address and validator rotation.
More details about the sacrifice phase will be released soon! Get in the Telegram chat and have your ideas heard!
ETH can be traded on the Pulse network and PLS can be traded on the Ethereum network. Bridging can also be done to other smart contract capable networks.
ETH on PulseChain: You can send ETH to the PulseBridge contract on ETH which locks it and issues pETH (pulseETH) on PulseChain at a 1:1 ratio.
PLS on Ethereum: You can send PLS to the ETHbridge contract on PulseChain which locks it and issues ePLS (ethPulse) on the Ethereum network 1:1. This can also work for ERC20s.
Thousands of ERC20 tokens on PulseChain can trade on PulseChain's Uniswap
and similar at launch, since Ethereum's state is included.
There will be an ePLS:ETH pair on Uniswap on the Ethereum network & a pETH:PLS pair on Uniswap on the PulseChain network.
There may be ePLS trading pairs on other smart contract enabled chains.
Exchanges may list PLS
and any of the thousands of tokens on the PulseChain network.
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Anything locked on the Ethereum network bridge to the Pulse network will be known as p[Anything]. Example: "pETH" for ETH locked on Ethereum bridged to the Pulse network.
is known as eHEX (short for HEX on the ETH network) while HEX on PulseChain is called pHEX (short for HEX on the Pulse network).