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Ethereum: Why is the repair of transaction required for lightning network?
In recent years, the development of blockchain technology has led to significant progress in scalability, safety and usability. One of the key components that enabled this improvement is Ethereum, a decentralized platform that allows you to create smart contracts and decentralized applications (DAPPS). However, one of the main challenges that Ethereum faced was a transaction.
What is a transaction?
Transactional breathability refers to blockchain networks to change the metapodates associated with a transaction, such as its TXID (ID transaction), without threatening the integrity and data safety. In other words, if the malicious actor changed TXID transactions, this could potentially lead to unauthorized transactions to create or change.
Problem: The transaction of breathability in Ethereum
In 2016, the infamous Mt. Gox Hack exposed vulnerability in Bitcoin Blockchain, revealing that the attackers were able to create false Bitcoin addresses by manipulating transaction metapodes. This incident emphasized the problem of breathability of transaction in various blockchain platforms, including Ethereum.
Ethereum’s smart architecture of the contract and decentralized nature made her particularly vulnerable to this question. As a result, many developers were forced to implement additional security measures, such as transactions on the white list or the use of digital signatures, to prevent malicious actors to touch their transactions.
Why is the repair of the transaction required for a lightning network?
In 2017, the development of the Lightning Network marked an important turning point in Ethereum’s path to scalability and usability. The Lightning Network is a solution for a layer-1 scanal designed to allow fast and cheap transactions at the top of the basic blockchain network.
However, one of the main challenges that the developers faced with the lightning network was a transaction. With the possibility of creating false TXIDs, malicious actors can potentially create “phantom” transactions that the network would not recognize or even seem to come from legitimate users.
In order to solve this question, Ethereum developers implemented repairing a breathable transaction in the smart architecture of the contract. In particular, they have introduced a new feature called “Transactions Checking Rules”, which allows validators online to confirm and approve transactions before being involved in blockchain.
Advantages of repairing transaction
With the implementation of the transaction checking rules, Ethereum developers have been able to ensure that transactions are valid and that malicious actors cannot endanger them. This has several advantages:
* Improved security : repairing repair transactions improve the overall network safety by preventing malicious actors in creating false or modified transactions.
* Increased usability : ensuring that all transactions are valid, lightning network becomes more useful for developers and users who rely on it to create and manage decentralized applications (DAPPS).
* Improved scalability : Repair for sale transactions also allows a lightning net to make a more effective scale by reducing the amount of data that needs to be verified or confirmed.
Conclusion
In conclusion, the issue of transactional breathability was a significant challenge for Ethereum and other blockchain platforms.
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