Gnolang is the language used to write Smart Contracts, called Realms, on Gnoland. You can see it as an interpreted version of Golang: developers upload their realm sources on-chain and the GnoVM executes its AST interpretation.

This way Gnoland pushes for full transparency, because it forces developers to push their sources, and not compiled bytecode.

Gnolang will also introduce multi-threading in smart contract development (like go routines and channels).

Majority of end-users are tech-ignorant, meaning that most of them are clueless to which validators they should be supporting and how to evaluate governance proposals. Simply put, the dual token model mitigates the operational risks by offloading the governance responsibilities from the end-users to nodes, validators, and network stakeholders who have an actual understanding of the blockchain.The goal of Gnoland is optimizing the consensus process between validators, the completeness of the smart contract language, and the sustainability of the tokenomics.

Gnolang is the language used to write Smart Contracts, called Realms, on Gnoland. You can see it as an interpreted version of Golang: developers upload their realm sources on-chain and the GnoVM executes its AST interpretation.

This way Gnoland pushes for full transparency, because it forces developers to push their sources, and not compiled bytecode.

Gnolang will also introduce multi-threading in smart contract development (like go routines and channels).

Majority of end-users are tech-ignorant, meaning that most of them are clueless to which validators they should be supporting and how to evaluate governance proposals. Simply put, the dual token model mitigates the operational risks by offloading the governance responsibilities from the end-users to nodes, validators, and network stakeholders who have an actual understanding of the blockchain.The goal of Gnoland is optimizing the consensus process between validators, the completeness of the smart contract language, and the sustainability of the tokenomics.