算法

加密货币:

2,117

交易所:

10

市值:

$2,158,935,982,977

24小时交易量:

$40,053,641,848

Equihash

排名 #45

$354,506,503

1

0

赢家 (undefined)%

24小时

输家 (undefined)%

排名

45

资产

1

市值

$354,506,503

24小时交易量

$6,727,871

赢家

1

概览
资产

$354,506,503

市值

$6,727,871

交易量

45

排名

1

赢家

0

输家

N/A

变动 24小时

N/A

变动 7天

1小时

-1.87

%

1天

0

%

1周

0

%

1个月

-26.83

%

2个月

-5.07

%

3个月

-6.69

%

6个月

-16.75

%

1年

-48.36

%

关于 Equihash

Equihash is a proof-of-work algorithm used in several cryptocurrencies, including Zcash and Komodo. It was developed by Alex Biryukov and Dmitry Khovratovich in 2016 and is designed to be ASIC-resistant, meaning it can be mined using standard consumer-grade hardware.

The Equihash algorithm is based on the generalized birthday problem, a well-known cryptographic problem. It requires miners to find a solution to a complex mathematical equation that requires a significant amount of computational power to solve. Once a solution is found, it can be easily verified by the network.

One of the key features of the Equihash algorithm is its memory-hardness. This means that the algorithm is designed to require a large amount of memory to solve, which makes it difficult and expensive to create ASICs for mining. As a result, Equihash is considered to be a more democratic algorithm because it allows anyone with a computer to participate in mining.

Equihash is also designed to be resistant to attacks by quantum computers, which are believed to pose a threat to many existing cryptographic algorithms. This is achieved by requiring a large amount of memory and by using a hashing function that is not vulnerable to quantum attacks.

The Equihash algorithm has been widely used in various cryptocurrencies and has proven to be secure and reliable. It allows for a fair and decentralized distribution of mining rewards, and its ASIC-resistant design ensures that the network remains accessible to a wide range of participants.

In conclusion, the Equihash algorithm is a widely used proof-of-work algorithm that is designed to be ASIC-resistant and memory-hard. It has proven to be a reliable and secure algorithm that allows for a fair distribution of mining rewards and is resistant to attacks by quantum computers.