This validator takes a higher than average commission: 0%
Each validator node on Solana gets to decide what percentage of rewards get held as compensation for operating the validator. This particular node is charging a fee higher than 10%, which is high compared to the rest of the network. Higher fees equate to a lower return for stakers.
Comission
This validator is taking a fair commission: 0%
Each validator node on Solana gets to decide what percentage of rewards get held as compensation for operating the validator. Most people tend to agree that 10% or less is reasonable. Validator performance is magnitudes more important than fee when it comes to overall APY. Hosting a well equipped validator can cost over $500 a month.
Software Version
This validator is running version 2.0.19 of Solana, which is the latest
Solana has a global community of engineers working together to improve the health and security of the blockchain. It's important that validator operators keep their nodes up to date with the latest approved software version. Out of date software can lead to degraded performance of the network.
Software Version
This validator is not running the latest version of Solana
This validator needs to update the to latest package. Consider staking with another validator if this pattern continues longer than 24 hours.
Software Version
This validator is not running the latest version of Solana
This validator is running a very outdated version of Solana and should be avoided. Browse the validator rankings to find a new node to stake with!
Skip Rate
This validator has a very low skip rate
Skip rate refers to how frequently a validator fails to do it's job of processing transactions on the network. The lower the skip rate, the better. This validator has a very low skip rate, indicating high quality hardware and connectivity.
Skip Rate
This validator has a higher than average skip rate
Skip rate refers to how frequently a validator fails to do it's job of processing transactions on the network. The lower the skip rate, the better. This validator has skip rate that is higher than average. Skip rate can be improved by upgrading hardware or optimizing validator processes.
Skip Rate
This validator has a high skip rate
Skip rate refers to how frequently a validator fails to do it's job of processing transactions on the network. The lower the skip rate, the better. This validator has a high skip rate, which results in lower earnings and poor overall performance. Consider staking with another validator.
Root Distance
This validator is highly synchronized with the network
Root Block Distance refers to the median distance in block height between the validator and the highest block in the network's blockchain. A smaller distance means the validator's blockchain is closely synchronized with the highest block, reflecting timely processing and strong network connectivity. This validator maintains a median block distance at or below the cluster median, indicating exceptional performance and reliability.
Root Distance
This validator has moderate synchronization with the network
Root Block Distance measures the median distance in block height between the validator and the highest block in the network's blockchain. Ideally, this distance should be minimal, ensuring that the validator is well-synchronized with the network. This validator has an average block distance at or below the cluster average, showing satisfactory performance, though there's some room for improvement to achieve top synchronization.
Root Distance
This validator is poorly synchronized with the network
Root Block Distance indicates the median distance in block height between the validator and the highest block on the blockchain. A greater distance suggests delayed processing and potential issues with network connectivity or validator performance. This validator's average distance is higher than the cluster average, highlighting significant room for improvement in synchronization and reliability. Consider staking with another validator if this pattern persists!
