Algorithmus

Kryptowährungen:

2,117

Börsen:

10

Marktkapitalisierung:

$2,167,403,761,749

Volumen 24 Stunden:

$40,657,416,778

Proof of Stake Personhood

PoSP

Rang #29

$1,804,892,151

1

0

Gewinner (undefined)%

24S

Verlierer (undefined)%

Rang

29

Vermögenswerte

1

Marktkapitalisierung

$1,804,892,151

Volumen 24 Stunden

$111,835,180

Gewinner

1

Überblick
Vermögenswerte

$1,804,892,151

Marktkapitalisierung

$111,835,180

Volumen

29

Rang

1

Gewinner

0

Verlierer

9.28

%

Änderung 24 Stunden

3.23

%

Änderung 7 Tage

1S

-1.19

%

1T

9.28

%

1W

3.23

%

1M

-19.77

%

2M

91.76

%

3M

183.01

%

6M

519.58

%

1J

684.79

%

Über Proof of Stake Personhood

Proof-of-Stake-Personhood (PoSP) is a variation of the Proof-of-Stake (PoS) consensus algorithm. PoSP aims to create a more secure and decentralized network by requiring users to prove that they are human before they can become validators on the network.

In PoSP, users can become validators on the network by staking their tokens and proving their humanity through a process called "personhood." To become a person on the network, users must submit a small number of tokens and perform a task that demonstrates their humanity, such as uploading a video of themselves. Once a user becomes a person on the network, they are eligible to stake their AR tokens to validate transactions and earn rewards.

Staking AR tokens is an important part of securing the Arweave network and maintaining its integrity. By staking their tokens, users are incentivized to act in the best interest of the network, as they risk losing their staked tokens if they validate fraudulent transactions. Additionally, staking AR tokens helps to ensure that the network has a sufficient number of validators to secure the network and process transactions efficiently.

One of the key advantages of PoSP is that it creates a more decentralized and fair network by requiring users to prove their humanity before becoming validators. This helps to prevent centralization and collusion among validators, as all validators must prove that they are human and have a stake in the network. Additionally, PoSP is designed to be more energy efficient than traditional PoW algorithms, as it does not require validators to perform complex mathematical calculations to create new blocks.

Overall, Proof-of-Stake-Personhood is a variation of the PoS consensus algorithm that aims to create a more secure, decentralized, and energy-efficient network. Its use of personhood to validate validators helps to create a more fair and decentralized network, and its rewards structure incentivizes validators to act in the best interest of the network.