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Akash Network

Cosmos-based decentralized GPU and CPU marketplace; AKT token; reverse-auction matching.

Apache 2.0 · stable · Project site → · GitHub →

Akash is a decentralized compute marketplace built on the Cosmos SDK. Providers (anyone with spare GPUs or CPUs) list capacity; tenants (anyone with workloads) submit bids; a reverse-auction mechanism matches them. Settlement happens in the AKT token. The whole stack is open source under Apache 2.0; the network is permissionless. Akash matters because it is the longest-running, most-mature decentralized compute marketplace. Compared to siblings: io.net (Solana-based, more focused on GPU aggregation), Hyperbolic (marketplace + hosted inference), Bittensor compute subnets (TAO-incentivized, tighter coupling to model training), Gensyn (cryptographic verification of compute, earlier stage). Akash's distinctive angle is the longer track record, the reverse-auction mechanism (tenants set max price, providers compete down), and first-mover position in the Cosmos ecosystem. Production-ready for inference workloads at small-to-medium scale. Used by hosted-inference providers and self-hosters who want non-hyperscaler GPU access. Limits: bandwidth and cross- provider coordination make Akash unsuited to frontier-scale training; spot-availability and SLA characteristics are looser than AWS / Lambda / CoreWeave. The strategic question for decentralized compute generally (Akash included) is whether tooling matures enough to bridge the experiment-vs-production gap.

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