Bitcoin Cash vs ZClassic vs PascalCoin
What problem does this service solve?
Bitcoin Cash is a cryptocurrency that was created as a result of a hard fork of the Bitcoin blockchain on August 1st, 2017. Anyone who had bitcoin at that time became the owner of the same number of Bitcoin Cash. | ZClassic is a fork of ZCash. The key differences are that ZClassic doesn't charge miners a fee and there are no limitations to create artificial scarcity in the coin supply. | PascalCoin increases transaction speeds by eliminating the need for all nodes in a network to maintain the entire blockchain history. |
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Bitcoin Cash is a cryptocurrency that was created as a result of a hard fork of the original Bitcoin blockchain that took place in 2017. Due to the open source nature of the Bitcoin protocol, and the lack of a central governing body to resolve disputes, the Bitcoin community became extremely divided about what to do about rising fees and slow transaction times. As the platform's transaction volume increased, and the associated fees to confirm them also increased dramatically, many people began advocating for a larger block size. | ZClassic is a privacy focused crytpocurrency that is a fork of ZCash. ZClassic enables a high degree of privacy and anonymity of transactions.The key differences between ZClassic and ZCash are the elimination of the 20% mining fee that are allocated as a "founders' reward" and the removal of ZCash's block limit, that was intended to create scarcity. | PascalCoin is the first blockchain that can be deleted, and reduces the dependency of the entire blockchain history to verify transactions. It is a Proof-of-Work (PoW) cryptocurrency that places a strong emphasis on achieving the same level of scalability as credit card networks such as VISA. Pascal's architecture is based on an innovative cryptographic structure called the SafeBox. It facilitates faster transactions by storing account balances separately from the blockchain. The SafeBox only uses the last 100 blocks on the chain to update transaction history. This allows the network nodes to synchronize much faster while preserving the security of the blockchain, and reducing the computing resources needed to maintain it. |