01Open compute against scarcity
Demand for GPU capacity to train and run models is growing faster than supply, and that supply is concentrated in a handful of cloud providers. Decentralized compute networks aggregate GPUs from data centers and independent operators, open them to anyone and settle payments on-chain. They do not replace the large clusters used to train frontier models; their market is inference, fine-tuning and access for those who cannot obtain capacity at a reasonable price today.
02Agents that pay for themselves
An AI agent that buys data, API calls or minutes of compute needs to pay small amounts, instantly and without a person approving every transaction. Cards and bank accounts were not designed for that; stablecoins on public networks settle in seconds, around the clock and under programmable rules. In July 2026 the Linux Foundation launched an open body to govern a payments standard over HTTP, built on the 402 Payment Required status code, designed for AI agents and supporting stablecoins, backed by 40 organizations from payments, cloud and finance (Linux Foundation, July 2026). The networks where that machine-to-machine commerce settles may capture part of its value.
03Verifying what a model does
As models make decisions with economic consequences, it matters to be able to prove which model ran, on which data, and that its output was not altered. Zero-knowledge proofs and verifiable inference make it possible to check a computation without repeating it or trusting whoever ran it. Along the same lines, recording the origin of content on-chain helps distinguish what people created from what is synthetic. The technology is early and costly today, but it addresses a real problem that centralized AI does not solve on its own.
04Owned data and open markets
Models depend on data that today is almost always extracted without payment or traceability. Decentralized storage networks and data markets let those who contribute information get paid and keep a record of how it is used, while open model marketplaces coordinate who trains, evaluates and serves each model, with rewards per contribution. The thesis is that part of the AI value chain will be built on open rails where ownership and payment are programmable. Which designs will prevail is not yet known, which is why the fund spreads its exposure across subsectors.