What is Akash (AKT)?

Quick Facts

  • Native token of the Akash Network decentralized cloud marketplace
  • Built on the Cosmos SDK using Delegated Proof-of-Stake (DPoS)
  • AKT is used for staking, governance, and paying for compute
  • Providers can earn AKT by leasing unused computing capacity
  • Tenants can pay in stablecoins or whitelisted tokens
  • Community-owned and governed by AKT holders
  • CEO and co-founder: Greg Osuri
  • Includes a GPU marketplace for AI and machine learning workloads

Introduction

Akash Network is an open-source, decentralized cloud computing marketplace that connects users who need computing power with providers who have spare capacity. It offers a permissionless, cost-effective alternative to centralized giants like AWS, Google Cloud, and Microsoft Azure.

AKT is the native utility and governance token that powers every layer of this ecosystem — from security to payments to community decision-making.

History & Background

Akash Network was conceived by Greg Osuri with the goal of democratizing access to cloud infrastructure. The project was built on the Cosmos SDK, positioning it within the broader interchain ecosystem from an early stage.

Over time, the network evolved to include a dedicated GPU marketplace, making it increasingly relevant as demand for AI and machine learning compute surged. The AKT 2.0 upgrade introduced Take and Make fees along with Provider Incentives, strengthening the token's economic role.

How Akash Works

Akash uses a reverse auction model: tenants broadcast their computing needs, and providers compete by submitting bids. The tenant selects the most competitive offer, creating a market-driven pricing environment that typically undercuts centralized alternatives.

Applications are deployed using containerization technology, making Akash compatible with many existing cloud-native workloads. The network runs on a Delegated Proof-of-Stake blockchain, where validators commit new blocks through a voting process supported by delegated AKT.

Tokenomics

AKT serves three core functions within the ecosystem:

  1. Security — Validators and delegators stake AKT to participate in consensus and earn rewards.
  2. Governance — AKT holders vote on protocol upgrades, inflation parameters, and fund allocations.
  3. Value exchange — AKT acts as a reserve currency, with discounts offered for payments made in AKT versus stablecoins.

Fees from leases flow into an Incentive Distribution Pool, which rewards stakers and providers alike. Inflation gradually decreases over time, encouraging a long-term perspective among token holders.

Circulating supply ? 295.29 million AKT
Total supply ? 295.29 million AKT
Max supply ? 388.54 million AKT
Updated 20h ago

Ecosystem & Use Cases

Akash's primary use cases include hosting decentralized applications (dApps), running AI and machine learning workloads on GPU nodes, and providing infrastructure for Web3 projects. Its compatibility with existing cloud applications makes onboarding straightforward for developers.

AKT also functions as a reserve currency across the broader Cosmos interchain environment, enabling cross-chain value transfer.

Team, Governance & Community

Akash Network is community-owned, with all major decisions governed on-chain by AKT holders. Proposals covering protocol upgrades, grant allocations, and fee structures are voted on directly by the community.

The project maintains active communities across Discord, Telegram, Reddit, and social media, reflecting a broad and engaged contributor base.

Advantages

  • Lower cost — competitive reverse auctions drive prices well below centralized cloud providers
  • Open and permissionless — anyone with spare compute can become a provider
  • GPU marketplace — purpose-built for AI and ML workloads
  • Interoperable — built on Cosmos SDK, enabling cross-chain collaboration
  • Decentralized governance — community controls protocol direction

Risks & Challenges

  • Adoption hurdles — competing against deeply entrenched cloud giants with vast resources
  • Provider reliability — decentralized providers may lack the SLAs of enterprise cloud services
  • Token volatility — AKT price swings can affect cost predictability for tenants
  • Network security — depends on a sufficient number of active, well-staked validators

Long-Term Vision

Akash Network aims to become the foundational decentralized compute layer for the open internet. As AI workloads continue to demand massive GPU resources, Akash's permissionless marketplace is positioned to offer a credible, cost-efficient alternative to centralized providers.

By combining open-source infrastructure, community governance, and cross-chain interoperability, Akash envisions a future where cloud computing power is accessible, affordable, and controlled by its users rather than a handful of corporations.

Frequently Asked Questions

AKT is used to secure the Akash Network through staking, participate in on-chain governance, and facilitate value exchange within the marketplace. Tenants also receive discounts when paying for compute resources in AKT.

Akash Network is built on the Cosmos SDK and operates as a Layer-1 blockchain using a Delegated Proof-of-Stake consensus mechanism. This gives it interoperability with other chains in the Cosmos ecosystem.

Tenants post their computing requirements and providers submit competing bids in a reverse auction. The tenant selects the best offer, and resources are leased and paid for on-chain.

Yes. Akash supports payments in stablecoins and other whitelisted tokens to improve cost predictability. However, paying in AKT can offer additional discounts.

Akash Network is community-owned and governed by AKT holders. Token holders vote on proposals ranging from protocol upgrades to grant allocations and fee adjustments.

AKT 2.0 introduced Take and Make fees on leases, along with Provider Incentives. These changes strengthened AKT's economic role and directed fee revenue into an Incentive Distribution Pool for stakers and providers.

Akash operates a dedicated GPU marketplace where providers lease out graphics processing units needed for AI and machine learning tasks. Its competitive pricing model makes GPU compute more accessible than traditional cloud providers.

Yes, Akash Network is fully open-source. Its code is publicly available on GitHub, and anyone can contribute to or build on the platform.