This paper is a brief introduction to GNØ Land. It is a forming Tendermint BFT dPoS network located on the Cøsmos Ecosystem.

The authors try to explain in simple words how this network differs from what we know in the Cøsmos Ecosystem (and elsewhere). In the absence of many resources, the analysis has limitations.

The nodes of the peer-to-peer network, both miners and verifiers, are constantly collecting transactions sent by users and executing them continuously to accurately determine the new state of the network. As a result, transactions are processed in the exact order in which they are submitted to the block.

If miners or validators choose a different order when processing transactions, this will lead to inconsistencies between nodes and frequent stops/problems in the aforementioned network.

Therefore, to ensure consistency in the blockchain state, executing transactions in a sequential manner has been an efficient way. As a result, transactions are processed one by one.

This paper is a brief introduction to GNØ Land. It is a forming Tendermint BFT dPoS network located on the Cøsmos Ecosystem.

The authors try to explain in simple words how this network differs from what we know in the Cøsmos Ecosystem (and elsewhere). In the absence of many resources, the analysis has limitations.

The nodes of the peer-to-peer network, both miners and verifiers, are constantly collecting transactions sent by users and executing them continuously to accurately determine the new state of the network. As a result, transactions are processed in the exact order in which they are submitted to the block.

If miners or validators choose a different order when processing transactions, this will lead to inconsistencies between nodes and frequent stops/problems in the aforementioned network.

Therefore, to ensure consistency in the blockchain state, executing transactions in a sequential manner has been an efficient way. As a result, transactions are processed one by one.