3 min de lectura
Ethereum: Why is Ripple’s base58 alphabet so weird?
CRYPTOCURRENCY
Ripple’s Base 58 Alphabet
Since cryptocurrency enthusiasts continue to explore the intricacies of different blockchain platforms, a common question has arisen: why Ripple uses a different basic alphabet compared to bitcoin? In this article, we will deepen in the world of cryptographic bases and find the secrets behind the unique choice of Ripple.
The origin of cryptographic bases
Cryptographic foundations, also known as unique blocks or base 64-80, are designed to provide non-festive encryption. They consist of a series of letters and numbers that, when combined in a specific way, make every attempt to decipher the data useless. The most commonly used base 58 alphabet is based on an American standard code for exchange information (ASCII).
Bitcoin Base58 Alphabet: Standard approach
When Bitcoin introduced his own cryptographic base, he followed a standardized approach that became known as the «Base58 Check Digit» (BCD). This method ensures that each Bitcoin Transaction block has an exceptional amount of verification. BCD consists of a series of letters and numbers, such as 2D ... or 3c ..., where each letter is replaced by the corresponding numerical value.
The base of Ripple 58 alphabet: Different approach
On the other hand, Ripple’s base Alpetbet deviates from the standard approach using a personalized alphabet. Although at first glance it may seem unusual, this choice is carefully considered to ensure that Ripple transactions remain safe and effective.
According to an interview with Ripple Engineer, the company has accepted a more compact and effective BASE58 alphabet due to the limits of efficiency. By reducing the number of signs needed to present each transaction, Ripple aims to minimize transaction rates and improve the overall scanning.
Main features of Ripple Base 58
The basis of Ripple 58 Custom58 Alphabet presents the following characteristics -chave:
* Less to assemble symbols
: The use of smaller characters allows faster transactions and reduced computing overload.
* Effective coding scheme : The selected algorithm allows for effective data compression, reducing storage requirements and promoting perfect interoperability with other blockchain platforms.
* Cryptographic properties : The alphabet selected ensures that any attempt to research or manipulate the data is discovered by the system.
Conclusion
Although the Ripple 58 Base58 Alphabet may seem unusual at first glance, it is a deliberate design choice that aims to guarantee the safety and efficiency of its transactions. By perceiving a personalized approach, Ripple effectively addresses the performance restrictions while maintaining an unskilled encryption model for its users.
As the world of cryptocurrency continues to develop, understanding the intricacies behind various cryptographic bases will become increasingly important for developers, consumers and enthusiasts.
