The blender is a unique service used to achieve maximum secrecy during confidential transactions with cryptocurrency. It was invented a few years ago and is an excellent solution for those who want to keep their transactions private.
Who needs the Bitcoin blender?
Once upon a time, bitcoin mixers were a popular solution for not wholly anonymous transactions with BTC. Indeed, bitcoin transactions may contain address aliases reflecting critical data, such as transaction amounts and recipients. In this case, user information is not disclosed; however, analysts can gather data about who owns each address by tracing who got the coins. For these purposes, bitcoin mixers appeared.
By the way, anonymity in cryptocurrency transactions can be critical for people living in countries with strict financial controls, where privacy is limited and financial activities are closely monitored. Bitcoin blenders like YoMix can protect from government surveillance, allowing individuals to transact anonymously without fear of repercussions.
Step-by-step process of the Bitcoin blending
The exact process of how the Bitcoin blender works may vary depending on the specific service. The following is a general step-by-step process of how a coin mixer works:
- The user initiates a transaction. The user initiates a transaction by sending cryptocurrency to the address of the coin mixer.
- Mixing phase. It is usually done by splitting the user’s funds into small amounts and mixing them with other users’ funds.
- Obfuscation methods. A coin mixer can use various obfuscation methods, such as delaying transactions, routing transactions through different wallets, or using other denominations to further obscure the source and destination of funds.
- Distribution phase. Users receive cryptocurrency from a pool of mixed funds with no traceable link to their original funds.
- Transaction confirmation. The transaction is confirmed on the blockchain once the mixed funds are distributed.
Bitcoin blenders can provide additional protection against hacking and theft, making it harder for attackers to determine the sender’s address.