Ratio1 (R1): Uses, Supply and Risks

Ratio1 is a decentralized AI compute network for running machine-learning workloads across independently operated edge nodes. Its R1 token is part of the protocol’s license-based model, and the project says tokens are distributed in connection with node availability and AI task execution. Oracle consensus is used to verify those contributions.

The network combines Proof of Availability (PoA), intended to account for node availability, with Proof of AI (PoAI), tied to AI work. Its described components include R1FS for distributed file storage, OracleSync for validation, and ChainDist for job scheduling. These are protocol design claims, not a guarantee that the network has a particular level of adoption or performance. Public information does not establish additional R1 uses such as governance or payment for every service, so those should not be assumed.

R1 is described as powering Ratio1’s license-based model and as being distributed through network participation: node availability and AI task execution, subject to oracle verification. That makes the token’s stated role closely tied to the protocol’s compute network. Public sources do not specify a fixed reward rate, license price, or a complete list of activities that require R1.

The distinction matters: a token’s connection to a network does not by itself show how much demand there is for it. The practical value of this model depends on whether operators provide useful compute, whether AI jobs are scheduled and validated reliably, and whether users choose the service. Avoid assuming R1 grants ownership, governance rights, or a claim on protocol revenue unless current official documentation explicitly confirms those rights.

As of 2026-11-05, reported circulating supply was about 1.14 million R1, with total supply of about 4.65 million and a stated maximum supply of about 161.8 million. These figures describe different measures: circulating supply is the amount reported as circulating, total supply is the amount reported as issued, and maximum supply is the stated cap. Supply figures can change, so check current project information before relying on them.

On that date, R1 was around $0.38, with a market capitalization of about $429,000 and fully diluted valuation of about $1.8 million. Reported 24-hour trading volume was about $714, indicating limited trading activity in the figures available for that date. These are snapshots, not forecasts; market prices and liquidity can move quickly. Historical records list a high near $9.04 on 2025-06-18 and a low near $0.37 on 2026-11-04.

R1 is issued on Base, an Ethereum Layer 2 network. Public sources do not identify R1 as the native token of a blockchain; Base’s own network token is separate. Ratio1’s smart contracts are described as non-upgradable and deployed on Base. That design may limit changes to those contracts after deployment, but it does not remove the possibility of software, oracle, or operational problems elsewhere in the system.

For storage, use a wallet that supports Base and confirm the network before receiving or sending R1. Do not identify a token by its ticker alone: unrelated assets can share symbols. Verify the exact R1 contract address using current official Ratio1 information, and be wary of unsolicited messages or look-alike tokens. Public information here do not include a contract address, so one should not be guessed. Keep wallet recovery phrases and private keys offline and never share them with anyone claiming to help.

R1 carries the risks of a small, thinly traded crypto asset. The reported trading volume on 2026-11-05 was low, which can make it harder to trade at an expected price and can amplify price moves. The stated maximum supply is much larger than the reported circulating amount, so future changes in circulating supply may also matter; the figures alone do not establish when or how additional tokens might enter circulation.

The protocol also depends on independent nodes, job scheduling, distributed storage, and oracle-based verification. Failures or weaknesses in these components could affect service or reward calculations. Non-upgradable contracts can be difficult to repair if a deployed contract has a flaw. Finally, demand for decentralized AI compute is uncertain, and a project description is not proof of sustained usage. Review current documentation and token details independently, and only risk funds you can afford to lose.