🏡 Home Verifiability Score

The Home Verifiability Score (HVS) is a metric that measures how easily and efficiently a blockchain network can be verified by consumer hardware at home. A higher score indicates better accessibility and lower hardware requirements for running a full node.

ChainHVSCPURAMStorageBandwidth
BitcoinBitcoin
98.8
2 cores2 GB600 GB~ 0.3 TB/month
StarknetStarknet
83.75
4 cores8 GB500 GB~ 1.5 TB/month
EthereumEthereum
73.25
4 cores16 GB2 TB~ 2 TB/month
ZKSync EraZKSync Era
73.25
4 cores32 GB500 GB~ 2 TB/month
GnosisGnosis
73.25
4 cores16 GB2 TB~ 3 TB/month
Arbitrum OneArbitrum One
69.5
4 cores16 GB2.50 TB~ 3 TB/month
BaseBase
67.25
8 cores16 GB2 TB~ 2 TB/month
OptimismOptimism
67.25
8 cores16 GB1.60 TB~ 2 TB/month
SuiSui
59
10 cores32 GB1 TB~ 3 TB/month
MonadMonad
48.5
16 cores32 GB4 TB~ 3 TB/month
SeiSei
33.75
16 cores64 GB1 TB> 10TB/month
SolanaSolana
27.75
12 cores128 GB1 TB> 10TB/month
AptosAptos
20.25
32 cores64 GB3 TB> 10TB/month

How is the Home Verifiability Score calculated?

The Home Verifiability Score (HVS) is calculated as a weighted average of hardware requirements: RAM (30%), CPU (30%), Storage (15%), and Bandwidth (25%). Each component is scored based on accessibility for typical home setups based on hardware purchase cost and maintenance costs.

Found something incorrect? The code is open source and available on Github

Made by Dhai