Ethereum: Zero gas fee for transactions [duplicate]

Ethereum: Achieve zero gas rates with high performance transactions

In recent years, the Ethereum block chain has significant advances to improve Speds transactions and reduce gas rates. With the architecture, the plasma protocol and the increased computational power, Ethereum has been a popular strangulator for bank developers.

The problem: high gas rates

Traditional gas based on gas can be bear, expensive and even obsolence as Blockchain networks evolve. The average transaction rate is 20-50 GWEI (gas units), it is a single tradition complex. However, for certain uses, SOH as high -power volume transactions or applications with complex calculation, which a country can sign.

The solution: zero gas gases measured by waves *

Several factors contribute to zero gas in rates in Ethereum:

• Fragmentation

  : The fragment is a technique, which divides the block chain into smaller parallel chain calls. Each fragment is responsible for processing the corresponding subset transactions of the network. By fragmenting the network, Ethereum can reduce

• Plasma protocol : The plasma protocol is an optimized consensus algorithm designed to improve transaction and reduce and reduce. It is a novel approach to validate transactions, which allows more efficient times and costs of Lawr.

– Is.

– For expensive validation layers.

Zero implementation gas rates in the Forem project

To achieve zero gas rates with your Ethereum project:

• Choose a brown approach : Consider using a fragmented architecture such as Cosmos or Solana, from performan and London rates.

• Optimize your transaction structure : Use efficient data to minimize the love of dates.

• Use the optimization tools of the plasma protocol : Species of species of some that optimize plasma transactions for improckput and reduce.

• Implement intelligent contract optimizations : Optimize your intelligent steps using techniques such as self -optimization (SOC) or transact failures.

Example code: Optimized intelligent contract

To demonstrate the concept, consider a simple example of an optimized intelligent contraction that calculates the maximum onage balance of the appearance.

`SOLIDITY

Pragma solidity ^0.8.0;

Maxbalance contract {

BYS32 PRIVATE MAXBALANCE;

Event Boquillupdated (Bytes32 Newmaxbalance);

UPDATE FUNCTION () APUBLIC {

REQUIRE (MAXBALANCE == 0, "The maximum balance has been established");

Maxbalance = block.timestamp * 86400; // Convert to seconds

Imit ballapdatado (Maxbalance);

}

}

// Use:

wallet hired {

Maxbalance Maxbalance;

Builder (address _Maxbalance) {

Maxbalance.Maxbalance = _Maxbalance;

}

DEPOSIT FUNCTION () пробetro.

Bys32 Timestamp = Block.timestamp;

Balance Uint256 = msg.value / 10 ** 18; // Convert Wei

Maxbalance.Update ();

Maxbalance.Maxbalance = 0; // restart the maximum balance

Imit ballapdatado (Maxbalance.Maxbalance);

}

}

In this example, we have created an optimized intelligent contraction that establishes the variable 'Maxbalance at the beginning. This allows faster updates and reduced gas rates.