yagna VS golem-architecture

⚡️ Performance Considerations: Given the nature of the Golem Network and its diverse provider network, we cannot guarantee performance levels. However, we plan on tackling this in https://github.com/golemfactory/yagna/issues/2357

I used the v0.10.0 aarch64 binary from the official GitHub. Here's the link Aarch64 Binaries

golem does! https://github.com/golemfactory/yagna

We don't have an established process for external developers to get involved in core development yet, but we welcome external contributors to pop in (eg. this PR from the last month). You can hangout with us on Discord, or via GitHub Issues or PRs.

You’re right. Just to be a dick I will say that there can be results that depend on exact time and CPU models and similar uncontrollable things :P In the Yagna GitHub repo, they have a checklist of some features that are planned or done. Out of these, there is verification through redundancy - which could be having the providers hash the result and post the hash to a smart contract. There is also human verification, which could be that you two agree on one or multiple middlemen to handle the different cases (result given, requestor leaving, provider leaving, etc). I think that there is some food for thought and that you have shown some interesting ideas!

As for PRs to Yagna, the community-created ARM binaries was something that we awarded (4500 GLM) via the GLM Rewards Program we’re looking into incorporating directly into the Yagna release binaries. Due to the modularity of Yagna, it’s more likely we’ll reward that way and add those improvements rather than creating specific rewards for PRs directly to the Yagna repository. For now, at least, we may reevaluate when Yagna has matured more.

Yagna. Golem in Rust. Official client. Original client is in Python.

This project is built up of 3 main parts golemfactory/yagna: An open platform and marketplace for distributed computations (github.com)

Golem Core ---> https://github.com/golemfactory/yagna Provider VM's ---> https://github.com/golemfactory/ya-runtime-vm GSB (service bus) ---> https://github.com/golemfactory/ya-service-bus

Enabling this feature needs additional care to prevent unwanted/illegal behavior on Provider machines and on a public network on Provider's behalf. To address that we had introduced a Computation Payload Manifest, to provide a source of trust for the executed payloads (see GAP-5 for details) and Computation Manifest to control actions that Requestor can execute on Provider machines (see GAP-4 ). The incoming network traffic is in the design stage, and we hope it is available in the second half of the year.