
The Beacon Ethereum chain is one of several options to increase Ethereum. Therefore, there is evidence that there is a series of operations. This process requires a lot of computing power. Evidence of work shows greater appreciation for people with better equipment and connectivity. In other words, the higher the hash level, the more likely you are to solve the puzzle first. Therefore, the concept of proof of work is indeed useless, since only one miner awards and all other miners lose their jobs. To change this you need to apply evidence of the stake concept.
Lighthouse Ethereum
The concept of proof-of-work in Blockchain Ethereum will continue to exist. With our main block chain, there is another block chain. The lighthouse chain is called. So there is a smart contract that works in the mainstream chain. And in the major national framework of the chain, users are contracted to send deposit transactions. So it works with the proof of ownership concept but still has a second block chain that relies on the main chain.
Flare chain ether
What are the requirements for a flare circuit?
You can therefore transfer 32 ethers to the deposit agreement with two other parameters. Therefore, this function has three parameters. First of all, each stored transaction must have 32 eters. You also need a special pub key and a specific evacuation address. This will result in the Ethereum pub key and any other pub keys you use for output.
Therefore, you must specify some data and have at least two publishing keys. Entering the correct transaction will generate a receipt. Therefore, each customer in the stake verification chain needs at least sufficient access to the work chain certificate. So you need to know what the block hash and deposit receipt are between the two checkpoints. So it can easily become a customer to attract customers’ attention.
How does the flare chain work?
Thus, the lighthouse chain will exist parallel to the ray Ethereum. Due to the evaluation mechanism, there is a possibility of a level much lower than 25%. Evidence of cola blocks has clues to the main chain. The next block in the flare chain represents the next block in the main chain. Therefore, there are strict rules for consensus.
Therefore, references to the main chain of subelements must be the same or derived from references to the ancestor’s main chain. Later processing of the block becomes part of the agreed-upon rule and must be followed.
Therefore, the depositor adds himself to the set waiting for the validator stored in the next block. There are several sets of validators inside the lighthouse chain. Therefore, the current set has an active validator, a pending validator, and a set of validators. As a result, deposits are merged into a pending set of validators.
How does the flare chain work?
The lighthouse chain is located between the main chain and the sculptures. It is like a connective tissue that gives a heart beating. A wise agreement on Blockchain Ethereum allows Validator to participate in a protocol that can participate in the Ether 32 draw.
Once placed in a series of validators that are waiting in the beacon chain, they become active validators and can participate in the stake authentication protocol.
Then the flare chain generates a random number for the random sampling and selection of the validator for the block suggestion. Use this random sample to organize the effects on the validator and the system.
The Lighthouse Ethereum chain is summarized as follows:
The lighthouse chain Ethereum is parallel to the block chain Ethereum.
The lighthouse chain works based on the evidence of the stake concept
32 Ether, pub Key, and revocation addresses are required to participate in the tariff check protocol.
When proving a stake block, there is an indication of the main chain.
The person who made the previous deposit adds himself to the waiting set of validators. This set of validators is stored in the next block.
Alpha step: switch to a new PoS / validation system
The Alpha step marks the transition to a hybrid model in which the proof-of-work and stake-of-stake coexist for a while. After mainnet is started and the EBEA tokens are deployed in massive air drops, a completely new block chain called the keychain is created. It does not include sharding, but it helps users adapt to the new consensus model.
In this first step, users wishing to become validators will have to make a deposit and start receiving reliable PoS mine profits. Although we do not expect large mine collections to disappear from the field, there is no way for users and organizations to control multiple checker nodes. However, mining companies are less profitable than independent miners in terms of checking deals and receiving payouts.
At this stage, the EBEA coins are not freely transferred between the original PoW chain and the new PoS keychain, which was created for network state migration and gift and drop campaign purposes.
Beta Phase – Basic Sharding Implementation
In this second phase, the initial implementation of the sharding system is integrated with the keychain. This solution follows the principle of database sharding, which is widely used in IT. Various parts of the Ethereum Beacon network state are stored on different nodes.
The main purpose of the beta phase is to build a valid sharding network and test how new consensus and validation procedures work. At this point, the Ethereum Beacon network logs the actual account balance without using sharding for transactions.
Shard block forks, header validation, body validation, and rules for cross validation.
Gamma step: Sharding using EVM / EWASM
At this stage, the Ethereum Beacon completes the migration to the new keychain network. Sharding is fully implemented, including transaction confirmation and account balance records for individual thresholds.
The validator starts getting higher prizes, but faces a higher level of responsibility. Any offensive behavior is likely to lose their security stock except for the validation collection.
Ethereum Beacon will develop a faster and more mobile alternative to an older Virtual Ethereum machine called the Beacon Assembly. This will be a new runtime environment for running smart contracts. The Beacon Assembly is specifically optimized to run code as fast as the original engine. It supports smart contracts written in C, C +, Go, Rust and other languages as well as Solidity.
Phase delta: Asynchronous cross sharding, exponential shading, etc.
In this step, you will migrate most of the dApp from the existing virtual machine to the beacon assembly and use the new VM to develop many new applications. This will give you a really exciting opportunity.
One of them is a cross-split transaction. In other words, asynchronous execution is used in different blocks to perform transactions that immediately and automatically change the state of some fractions. Asynchronous intersection sharding is very important for proper expansion of the sharding system.
Yet another interesting solution for Ethereum Beacon to implement is exponential sharing. This is the most important expansion solution in the future, based on dividing each fraction into many second-level fractions (second fractions) and then dividing by a smaller fraction. This can increase the network capacity to a level that is not possible on networks such as Visa and Mastercard.
More information :
Website: https://ethereum-beacon.com/
Github: https://github.com/EthereumBeacon
White paper: https://ethereum-beacon.com/whitepaper.pdf
Twitter: https: // twitter.com/BeaconEthereum
Facebook: https://www.facebook.com/Ethereum-Beacon-2350175261898732/
Telegram: https://t.me/EthereumBeacon
Username : Ozie94
Profile : https://bitcointalk.org/index.php?action=profile;u=2103066
ETH : 0xDa2F65ea0ED1948576694e44b54637ebeCA22576














































