Title:
Introduction
Ethereum, a blockchain platform developed by Vitalik Buterin, allows users to create and manage their own digital assets. One of the basic aspects of Ethereum is the use of cryptographic keys, especially public and private keys. In this article,
Understanding public and private keys
In Ethereum, each user has a unique group of public and private keys. The public key is used to create digital assets (such as tokens or cryptocurrencies), while a private key is used for safe transactions and operations. A private key is a cryptographic secret that is unique to a particular address.
generating three public keys from one private key
Theoretically, however, this would require some understanding of basic cryptographic mechanisms.
“Seed” or “rank”) is the result of a public key address that can be used to create digital assets.
In order to generate three addresses of public keys from one private key, we must follow these steps:
1.
2.
- Hash Revice using SHA-256 or other cryptographic hash function.
- Encry in hassed value with the original private key.
5.
Example in real world
For example, we can follow the following steps:
- Create a new wallet with the original private key.
- Rate a random seed value (Revice) by extinguishing a private key using the SHA-256.
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- Hashed the value with the original private key.
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Conclusion
Although theoretically it is possible to generate three public keys to Ethereum, but in practice
Security considerations
In order to avoid potential safety risks, it is necessary to use safe procedures for EThereum wallet management. Some recommendations include:
- Using strong passwords or biometric authentication for your wallet.
- Keeping your own mainnet ethereum in private (i.e. J. Publicly does not publish your private key).
- Store your private keys in a safe way (eg using a hardware wallet).
Ethere is theoretically possible, it is necessary to use safe practice
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