proof-of-contribution, making it also an ideal chain for people with technical knowledge to gain more voting power then people with a lot of money. This motivated me to learn more about it because at the moment proof-of-stake chains are indeed becoming more and more centralised and governance is not always in the best interest of a chain or the smaller retail investors and the community who really cares about a project or chain.

We don't want to bring the corrupt system from outside, into web3 as we're witnessing more and more everyday, do we? We need to give the people, who don't have a voice outside, their voice and power back, not by what or how much they own, rather by what their contribution to society is.

This often results in overhead and consumes excessive resources. Goroutines, on the other hand, take the burden off the operating system by implementing a runtime local scheduler, the Go Scheduler. The creation and destruction of goroutines seems to consume less memory (as low as 0.2% of threads) and fully utilize all cores of the hardware.

Gnoland provides the most feasible solution for this, which is to integrate goroutines by supporting Golang as a smart contract language. The most commonly used languages ​​in the current blockchain development environment are Solidity for EVM-compatible networks and Rust for Solana and Cosmos SDK networks; both Solidity and Rust are inspired by C++.

proof-of-contribution, making it also an ideal chain for people with technical knowledge to gain more voting power then people with a lot of money. This motivated me to learn more about it because at the moment proof-of-stake chains are indeed becoming more and more centralised and governance is not always in the best interest of a chain or the smaller retail investors and the community who really cares about a project or chain.

We don't want to bring the corrupt system from outside, into web3 as we're witnessing more and more everyday, do we? We need to give the people, who don't have a voice outside, their voice and power back, not by what or how much they own, rather by what their contribution to society is.

This often results in overhead and consumes excessive resources. Goroutines, on the other hand, take the burden off the operating system by implementing a runtime local scheduler, the Go Scheduler. The creation and destruction of goroutines seems to consume less memory (as low as 0.2% of threads) and fully utilize all cores of the hardware.

Gnoland provides the most feasible solution for this, which is to integrate goroutines by supporting Golang as a smart contract language. The most commonly used languages ​​in the current blockchain development environment are Solidity for EVM-compatible networks and Rust for Solana and Cosmos SDK networks; both Solidity and Rust are inspired by C++.