Ethereum: What’s the probability of vanity pools causing RIPEMD-160…
** probability of Vanity pools causing RipeMD-160 (public key bag)
As the Bitcoin Vanity pools continue to grow in popularity, the ability to use the power to obtain another person’s basic 58 public key bag becomes slightly larger. In this article, we will investigate what happens when Vanity Pools and RipeMD-160 are facing.
What is the vanity pool?
The Vanity Foundation is an effort to make new blocks in exchange for a fee in exchange for Bitcoin network assemblies. The pool owner selects a group of knots to participate in the approval process and receives some of the block awards in exchange. This cooperation method aims to increase security and scaling.
What is RipeMD-160?
The RipeMD-160 (Rivest-Shamir-Adler-Monahnan-Dammger-Perseverman) is a cryptographic safe bag function for digital signatures and data integrity verification. It is widely used in various programs, including Bitcoin. In the context of Vanity basins, RipeMD-160 can be used to get another person’s public key.
Can the toilet pools out of the public key?
When a node is involved in the Vanity basin, it works essentially as an intermediate relay for new blocks confirmation requests. Because the pool nodes work together to confirm the blocks, they create a large amount of data. These data include various cryptographic bags that can be used to obtain another person’s public key.
Problem: RIPEMD-160 collisions
Given enough calculation power and sufficient data (i.e. new blocks), it is theoretically possible for the attacker to create several public key bags using the same input data. This is known as a cryptography collision that can occur when different entrances create the same output bag.
In the case of Vanity basins and RIPEMD-160, if the attacker is able to withdraw one public key bag, he can use it to generate several other public key bag bags using a variety of methods, including::
- Repeated use of input data with different bag algorithms.
- Using different cryptographic primitives (such as Mac, etc.) to calculate the same output bag.
the probability of collision
Given that many nodes are involved in the Vanity basins and, in the light of the calculation power needed to obtain public key bags, it is theoretically possible for the attacker to face RIPEMD-160. This can cause a damaged system when the attacker can manipulate a network by creating fake operations.
To soften the risk
To reduce RIPEMD-160 collisions in Vanity basins:
- Use multiple bag algorithms : You can reduce the likelihood of collisions using a few bag features.
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Conclusion
Although Vanity basins can cause RipeMD-160 collisions if not properly designed or implementation, it is necessary to acknowledge that this is theoretical risk. In order to mitigate this risk, it is very important that the pool owners and operators take the necessary precautions and implement strong security measures. As the popularity of Vanity basins continues to grow, understanding of potential risks and consequences can help prevent malware on the Bitcoin network.
Refusal of Responsibility: This article is intended to provide educational information on this topic and does not promote or condemn any illegal activity. Always follow the best practices for a safe coding and crypt.