Input #oracles carry and #validate data from off-chain data sources to a blockchain for use by a smart contract. 

Input #oracles carry and #validate data from off-chain data sources to a blockchain for use by a smart contract. 

Input #oracles carry and #validate data from off-chain data sources to a blockchain for use by a smart contract. 

Input #oracles carry and #validate data from off-chain data sources to a blockchain for use by a smart contract. 

Input #oracles carry and #validate data from off-chain data sources to a blockchain for use by a smart contract. 

Input #oracles carry and #validate data from off-chain data sources to a blockchain for use by a smart contract. 

Input #oracles carry and #validate data from off-chain data sources to a blockchain for use by a smart contract. 

Input #oracles carry and #validate data from off-chain data sources to a blockchain for use by a smart contract. 

Input #oracles carry and #validate data from off-chain data sources to a blockchain for use by a smart contract. 

A #chain can be validated by only one specific subnet, but one subnet can #validate multiple chains.

It’s their duty to #validate the primary network and X, P and C chains, facilitating the connectivity between subnets and allowing validators to validate additional #blockchains built on the network.

Input #oracles carry and #validate data from off-chain data sources to a blockchain for use by a smart contract. 

Input #oracles carry and #validate data from off-chain data sources to a blockchain for use by a smart contract. 

Input #oracles carry and #validate data from off-chain data sources to a blockchain for use by a smart contract. 

Input #oracles carry and #validate data from off-chain data sources to a blockchain for use by a smart contract. 

Input #oracles carry and #validate data from off-chain data sources to a #blockchain for use by a smart contract. 

Input #oracles carry and #validate data from off-chain data sources to a #blockchain for use by a smart contract. 

Input #oracles carry and #validate data from off-chain data sources to a blockchain for use by a smart contract. 

Why is this a problem? Without a standardized clock, transaction timestamps will vary for each block and the time of confirmation is yet another #factor that all nodes must validate. The more factors a node has to #validate, the slower the transaction time.