Blockchains now face serious challenges: Ethereum users face unaffordable gas fees, Solana users face relatively frequent outages, Terra users are overly reliant on the performance of a single dapp that owns the majority of the native stablecoin.

Jae Kwon, a core contributor to Cosmos and Tendermint, has been designing a new blockchain called Gnoland with the goal of optimizing the consensus process between validators, the integrity of the smart contract language, and the sustainability of the token economy.
Gnoland adopts a new language called Gnolang, which is a fork of Golang. Golang has clear advantages over other languages ​​when dealing with concurrency. While most programming languages ​​like C++ or Java use multithreading to run concurrent programs, Go uses Goroutines.
Multithreading is running multiple threads in parallel in a single process, almost all existing blockchains are single-threaded, which means that processing multiple transactions at the same time will result in double spends or conflicts between states.

Gnoland provides the most feasible solution for this, which is to integrate goroutines by supporting Golang as a smart contract language.
Slow, expensive, unintuitive - these are the stereotypes that come to mind when using or coding applications on existing blockchains.
We believe Jae Kwon is building Gnoland to introduce a high-performance blockchain capable of running smart contracts that takes full advantage of Golang and the advanced hardware of modern computers.
The application of multi-threaded processing means that the number of processing tasks can be arbitrarily increased, and it also means that TPS can be greatly improved by increasing the number of hardware. Effectively solving current blockchains is slow and costly. These are for existing blockchains, or stereotypes that come to mind when writing applications.

Blockchains now face serious challenges: Ethereum users face unaffordable gas fees, Solana users face relatively frequent outages, Terra users are overly reliant on the performance of a single dapp that owns the majority of the native stablecoin.

Jae Kwon, a core contributor to Cosmos and Tendermint, has been designing a new blockchain called Gnoland with the goal of optimizing the consensus process between validators, the integrity of the smart contract language, and the sustainability of the token economy.
Gnoland adopts a new language called Gnolang, which is a fork of Golang. Golang has clear advantages over other languages ​​when dealing with concurrency. While most programming languages ​​like C++ or Java use multithreading to run concurrent programs, Go uses Goroutines.
Multithreading is running multiple threads in parallel in a single process, almost all existing blockchains are single-threaded, which means that processing multiple transactions at the same time will result in double spends or conflicts between states.

Gnoland provides the most feasible solution for this, which is to integrate goroutines by supporting Golang as a smart contract language.
Slow, expensive, unintuitive - these are the stereotypes that come to mind when using or coding applications on existing blockchains.
We believe Jae Kwon is building Gnoland to introduce a high-performance blockchain capable of running smart contracts that takes full advantage of Golang and the advanced hardware of modern computers.
The application of multi-threaded processing means that the number of processing tasks can be arbitrarily increased, and it also means that TPS can be greatly improved by increasing the number of hardware. Effectively solving current blockchains is slow and costly. These are for existing blockchains, or stereotypes that come to mind when writing applications.