ComputeFinder

Ways to buy compute

Decentralised and community networks

Capacity pooled from many independent operators, sometimes paid through a network token.

Definition, not a sourced statistic

What it is

A decentralised network pools compute from many independent operators, from data centres to people with idle consumer machines. Software on the network matches work to operators, and payment may run through a network token or credits. Work usually runs as containers so it can move between machines.

Who it suits

Common contract shapes

Providers use their own names for these shapes, so compare what is promised, not what it is called. The contract shapes guide explains each one.

What to ask

The full list is on the printable buyer's checklist. For rules on chips and where they can go, see export controls and compute thresholds.

On this site

Entries listed here because their own summary or checked facts on this site fit this type. An entry can fit more than one type, and a provider missing here may still offer it. This is a list, not a ranking, and in name order. We link to providers for prices.

Providers

Related

Other offer types: Hyperscale cloud instances · GPU clouds and bare metal · Marketplaces and aggregators · Regional and sovereign clouds · Managed inference and serverless GPU · Chip-maker and accelerator clouds · National and institutional HPC, and free or funded programmes · Colocation, wholesale, powered shell and build-to-suit · On-premises hardware, and leasing or financing it · Capacity brokers, reserved contracts, secondary and spot markets · Edge and telecom sites, and converted sites

Definitions and questions written in our own words, checked on 3 October 2026 and due for review by 3 January 2027. Sourced facts stay on the provider, programme and policy pages this page links to. This is general information to help you ask better questions. It is not legal, tax or procurement advice. For export controls, sanctions and contracts, check the primary rules and talk to a qualified adviser. Something wrong? Tell us.