By Michael Rinko | AUG 26, 2022
6:34 Min Read
Akash is a decentralized cloud computing marketplace that connects compute buyers with compute sellers. The Akash platform is used for hosting and managing deployments and contains cloud management services that leverage Kubernetes to run workloads. Akash, also called Akash DeCloud, consists of two main components: the network and the platform. The Akash Network is an on-chain decentralized marketplace for leasing computing resources. While the Akash Platform is an off-chain deployment platform used for hosting and managing workloads and is a set of cloud management services. The Akash Network is a Tendermint-based blockchain application built with Cosmos SDK.
The Akash Network Marketplace is a platform that helps cloud providers match with compute-hungry users on a unified platform. The Marketplace lets users set a price they are willing to pay to deploy their software, while providers with extra compute bid to host the user’s application. Akash’s marketplace for underutilized compute functions in a similar fashion to popular web2 marketplaces like Airbnb and Uber, essentially acting as a matching engine between providers and users.
Akash takes advantage of the 85% of underutilized cloud capacity in 8.4 million data centers by letting anyone buy and sell compute on the Akash marketplace, providing a layer of blockchain-based via a decentralized and trustless environment. By leveraging an enormous amount of latent computing power, deploying containers on Akash costs ~10x less than the ‘big three’ cloud service providers shown below:
Akash is not the only blockchain project vying to disrupt the half-trillion-dollar cloud computing market. Its competitors include Internet Computer, Ankr, and Cudos, with Cudos being the most similar to Akash.
Internet Computer is not a direct competitor to Akash’s marketplace for underutilized compute as it’s a system for node operators to pay data centers to host nodes while cloud providers get compensated for contributing compute capacity that facilitates network activity. Despite similarly making use of excess compute, Internet Computer does not generate market activity for cloud computing like Akash.
Ankr initially set out to use idle data center compute to build an open-source cloud, which would have made Ankr a near replica and direct competitor to Akash. However, Ankr pivoted to focus on specifically providing access to web3 infrastructure via RPCs that are used for making requests to servers.
Cudos plans to offer a similar product to Akash with a marketplace that would connect cloud providers with underutilized resources to builders wishing to deploy WASM containers and virtual machines. However, despite connecting idle compute power with builders, Cudos has no plans to operate its marketplace with a reverse auction or open-source its code like Akash.
AKT is a utility token with multiple uses in the Akash protocol including security, rewards, network governance, and transactions. Akash is one of the few web3 protocols that actually generate revenue, which, in theory, will drive value to the AKT token. Per Web3 Index, as of writing this Akash has generated $62,055 in total fees, $10,905 over the past 90 days, and $2,535 over the past 30 days, with a 30D trend of -42%.
Node operators can only validate transactions on the Akash mainnet and receive in-kind rewards if they have a total stake that places them among the top 100 on-chain AKT holders. This stake total includes the amount the validator allocates itself combined with the amount delegated to them since Akash uses a DPoS consensus algorithm.
Akash mentions in the white paper but has not yet implemented, its plan to charge a “take fee” for every successful lease. It would then send the fee to the Take Income Pool to be distributed to holders. The take fee is tentatively set to be 10% for AKT transactions and 20% for when other cryptocurrencies are used. Akash also plans to reward holders for the time lock0up of their AKT holdings. Holders who stake for longer periods of time will be eligible for larger rewards.
Similar to how Akash requires its node operators to have “skin in the game,” it also stipulates that only AKT holders can participate in governance. This includes submitting new proposals and casting votes. The cost of submitting a proposal is a non-refundable deposit of 1,000 AKT. For passed proposals that require code changes, validators must update the codebase to avoid penalties and continue validating the network.
AKT acts as the ecosystem’s reserve currency, used for gas fees and as the default medium of exchange in transactions between providers and tenants. The Akash whitepaper details a yet-to-be-implemented settlement option to lock in an exchange rate between AKT and a settlement currency that’s meant to counter AKT price volatility in marketplace transactions.
AKT Token Distribution
AKT Vesting Schedule
Akash – with its focus on web3, cloud computing and artificial intelligence – has some serious secular tailwinds behind it that should drive protocol growth and adoption, but only if the team continues to execute on their ambitious roadmap. The recent release of Akash’s Testnet 3 on March 7, 2022, shows that the team is centering its development efforts on a few key features:
The full list of development Akash is planning for 2022 can be found on the website. In sum, Akash appears to have a bright future ahead of it as cloud computing continues to proliferate and compute-hungry companies and individuals seek out the lowest cost of compute, a service that Akash is well-positioned to provide.