Ethereum: Why was transaction malleability fix required for Lightning network?
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In recent years, the development of blockchain technology has resulted in a significant step forward in scalability, security and friendliness. Ethereum is one of the most important elements that allowed these developments, a decentralized platform that allows you to create smart contracts and decentralized applications (DAPP). However, one of the main challenges with Ethereum was the mallebloody of transactions.
What is the malla ball of transactions?
The Malleablian ability of transactions suggests that the blockchain network is able to modify the metadata associated with the transaction, such as TXID (transaction ID), without jeopardizing the integrity and safety of data. In other words, if a malicious actor had to change the TXID of a transaction, this can potentially lead to creating or modifying unauthorized transactions.
The problem: in Ethereum, the mallebling of transactions
In 2016, the notorious Mt. This event highlighted transactions on different blockchain platforms, including the problem of behavior in Ethereum.
Ethereum’s intelligent contractual architecture and decentralized nature made this issue particularly vulnerable. Consequently, many developers have been forced to implement additional security measures, such as white list transactions or the use of digital signatures, to prevent malicious actors from falsifying their transactions.
Why did you need transactions for the lightning network?
The development of Lightning Network in 2017 was an important step in the Ethereum course towards scalability and convivience. The lightning network is a 1 -layer scaling solution aimed at allowing fast and cheap transactions outside the underlying blockchain network.
However, one of the main challenges that developers faced the lightning network was the development of transactions. With the possibility of creating a fake txide, malicious actors can create potentially “ghosts” transactions that are not recognized by the network or even seems to be from legitimate users.
In order to solve the problem, Ethereum developers have made a correction of the lightning network in the smart contract architecture of the lightning network to compare transactions. Specifically, a new feature has been introduced, the so -called “transaction enforcement rules” that allows network validators to enforce and approve transactions before entering the blockchain.
Advantages of Mallebility Transaction Correction
By implementing transactional enforcement rules, Ethereum developers were able to ensure that the transactions were valid and the malicious actors could not be falsified. There are many benefits to this:
* Repair Safety : Correction of transactions corrects the general security of the network by preventing malicious actors from creating false or modified transactions.
* Increased usability : To ensure that all transactions are valid, the lightning network is better used for developers and users who are counting on the creation and management of decentralized applications (Dapp).
* Improved scalability : Transactions correction also allows the lightning network to scalable more effectively the certificate or the amount of data to be validated.
Conclusion
In summary, the issue of transactions in Malleablia was an important challenge for Ethereum and other blockchain platforms.