Akash Network

Akash Network was co-founded by Greg Osuri, its CEO, and Adam Bozanich, its CTO.

Akash Network launched in 2020 as a decentralized cloud infrastructure project.

Akash Network raised funds through a private sale and a successful Initial Exchange Offering (IEO), rather than a traditional ICO, raising $3.000.000 U.S. Dollars.

Akash Network uses a unique Delegated Proof of Stake (DPoS) consensus mechanism, using this approach allows users to participate in staking and validating to secure transactions and uptime on the network. The exact TPS numbers are not clearly stated or documented anywhere we were able to find, however, the chain has a block time of6 seconds. The Akash Network's architecture is built in a containerized environment with Kubernetes, the project also provides well-documented functionality allowing developers to deploy applications easily while benefiting from relatively lower costs compared to traditional cloud providers.

Akash Network offers several notable features:

• Renting: Users can help the network by renting out their excessive computer power to earn Akash Network (AKT) coins.
• Validator: Users can help the network by setting up nodes and becoming a validator to earn Akash Network (AKT) coins.
• Staking: Users can help the network by participating in staking by picking a validator and locking up their Akash Network (AKT) coins to earn extra Akash Network (AKT) coins.
• Scalability: The Akash Network allows users/companies to scale their applications efficiently by using the network's relatively cheap computing resources.
• Interoperability: Akash Network is built on the Cosmos SDK which by default allows the project to integrate with other blockchains from the Cosmos ecosystem.
• Cost-Effective: When you use the Akash Network's computing power you tend to pay a lower price for your cloud computing compared to established/traditional providers.
• Flexible Deployment: Developers have the freedom to deploy applications in many different environments, including the market darling 'Kubernetes', without having to lock into a certain vendor.
• Governance: Users who hodl Akash Network (AKT) coins can choose to participate in governance decisions and by doing so have a direct influence regarding the direction of the project.
• Environmentally Friendly: By creating an infrastructure that is capable of using unused resources from an already existing hardware infrastructure provided by ordinary people, Akash Network contributes to a more sustainable computing industry.

Despite its promising features, Akash Network faces several challenges:

• Competition: Akash Network has a tough time as it competes with already highly established cloud providers, and it can be very difficult for emerging and relatively unknown decentralized solutions to gain market shares.
• Adoption: Convincing developers and businesses to switch from traditional cloud service providers to a decentralized relatively new platform can be challenging.
• Market Awareness: Many potential users remain unaware of the advantages offered by decentralized cloud computing.
• Regulation: As with other blockchain projects, Akash Network is subject to increased regulatory attention which may impact its operations.
• Technical Complexity: While providing advanced features, the technical setup may be complex for less experienced users.