Akash Network Roadmap

Completion Date: 1/12/2023

The Akash Network was created approximately two years ago to decentralize cloud infrastructure and put it in the hands of the people. It's now run by a network of globally distributed node operators who secure the Akash blockchain and provide cloud-grade server space for tenant applications. The source code developed by Overclock Labs has been open since inception, and now we are taking the next step of opening up the process that produces it. Removing single points of failure from one company makes Akash Network more resilient to institutional attack vectors.

The initial version of [Akash Economics][akt-economics-1] introduced AKT as the native token, used to secure and pay for the usage of the Akash Network. Although this version was effective for bootstrapping, certain limitations require addressing to ensure sustainability and scalability for the network.

Completion Date: 3/29/2023

Providers are currently experiencing multiple issues that negatively impact the user experience. One major problem is the absence of content moderation, which can lead to inappropriate or harmful material being shared on their platforms. This lack of oversight can make users feel unsafe or uncomfortable while using the service.

Completion Date: 8/15/2023

Cloudmos is the most widely used client for Akash. However, the development team is unable to find a sustainable path forward, and the Akash community risks losing the client. Merging the Cloudmos team with Overclock and open-sourcing the codebase enables continued development.

Completion Date: 8/29/2023

Currently, the only supported form of payment and settlement on Akash Network is the network's native AKT coin. This creates several challenges for both providers and tenants, including, but not limited to, the following:

Completion Date: 8/29/2023

The advancement of artificial intelligence is constrained by the limited access to powerful GPUs. Despite the abundance of these processors in various organizations, individuals requiring them for AI research and development often struggle to utilize them. Implementing a GPU trading system on Akash would address this crucial bottleneck in AI progress, allowing for more efficient resource allocation and accelerating innovation in the field.