Owning FET: Uses, Storage and Risks

FET is the token used across the Artificial Superintelligence Alliance’s decentralized AI ecosystem. Depending on the service and network, holding it can let you pay for services, including compute and data, use agent-related services, stake on infrastructure providers, and participate in protocol governance. Those uses do not mean every FET holder automatically has access to every service or a vote on every decision; check the relevant network and governance rules before acting.

Staking may involve network-specific requirements and risks, and rewards or withdrawal conditions can change. FET does not represent ownership of the Alliance or a guaranteed share of revenue. Its value also depends on market demand, not just whether the project’s services are used. Treat its stated utility as a set of possible network functions, not a promise of returns.

FET has been issued on Ethereum, Osmosis, BNB Chain and Cardano. The project description does not identify a native chain for the token, so check which network a particular wallet, exchange or service supports before sending. A token with the same ticker on different chains may not be interchangeable without a supported bridge or other conversion route.

Use a wallet that supports the specific network and token format you intend to hold. Before transferring, confirm the receiving address, selected network and any required token contract or deposit details; sending on the wrong chain can make funds difficult or impossible to recover. Keep your recovery phrase offline and never share it with someone claiming they need it to verify or migrate your FET. Wallet support can vary, so verify it directly in the wallet rather than relying on the ticker alone.

FET’s maximum supply is about 2.71 billion tokens. About 2.31 billion were circulating out of a total supply of about 2.71 billion as of November 8, 2026. Supply figures can change as tokens enter circulation, so treat these as a dated snapshot rather than a live count. The project’s token merger brought FET together with the legacy AGIX and OCEAN tokens under a community-approved tokenomic plan; check the project’s current instructions if you still hold either legacy token.

FET’s market price and capitalization move with trading and wider crypto-market conditions. On November 8, 2026, its price was about $0.14 and its market capitalization about $332 million. These figures can become outdated quickly and do not indicate what the token will be worth later. Circulating supply, market demand, project use and changing expectations can all affect the market price.

People generally obtain a token like FET through a crypto platform that lists it, a supported swap service, or a transfer from another wallet. Availability depends on your location, the platform and the network you choose. If you already hold AGIX or OCEAN from before the Alliance merger, check the current official conversion process and eligibility rules; do not assume an old token will convert automatically or that every exchange handles conversion the same way.

For self-custody, choose a wallet that supports both FET’s network and the way the token is represented there. Test the address and network details carefully before making a larger transfer. Back up the wallet recovery phrase securely offline, and be wary of unsolicited messages offering migration help or asking you to connect your wallet. This is general information about access and storage, not a recommendation to acquire FET.

Moving FET usually means paying the transaction fee of the network you use. That fee is separate from the token and can rise or fall with network demand. The project does not publish one fixed FET transfer fee that applies across Ethereum, Osmosis, BNB Chain and Cardano. Your wallet or platform should show an estimate before you confirm; check it along with the destination network.

A cross-chain transfer can involve more than one cost: fees on the sending network, a bridge or service charge, and fees on the destination network. It can also take longer or carry additional technical risk compared with a transfer that stays on one chain. Use only a route that explicitly supports the networks and token involved, and confirm the final amount after fees before proceeding. Avoid assuming that a low-fee route is automatically safer or that a bridge will support every FET representation.

FET carries ordinary crypto-market risk: its price can fall sharply, and the token’s utility does not guarantee demand or value. Its history also involves a merger of three token communities, so migration instructions, ticker changes or exchange support may matter if you hold legacy AGIX or OCEAN. Confirm current project guidance before taking any migration-related action, and beware of fake conversion sites or messages.

There are also operational risks. Sending FET on the wrong network, losing a recovery phrase, approving a malicious wallet transaction, or using an unsupported bridge can lead to losses. Staking may expose you to provider or protocol risks, and governance participation does not remove those risks. The Alliance’s ambitions around decentralized AI are not proof that its products will reach adoption or perform as intended. Do not rely on promotional claims as a substitute for checking how a service works and what you could lose.

FET began as the token of Fetch.ai, launched on February 25, 2019. The Artificial Superintelligence Alliance formed in April 2024, bringing together Fetch.ai, SingularityNET and Ocean Protocol. The merger was approved through a community tokenomics process that combined their tokens—FET, AGIX and OCEAN—under FET. CUDOS joined the Alliance as a network member shortly afterward.

This history matters if you inherited or still hold an older AGIX or OCEAN balance: the merger may involve a conversion process, and the steps depend on the project’s current rules and the platform holding your tokens. The Alliance presents FET as part of a shared, open-source AI effort, but that goal is different from a guarantee that its services will succeed. If you are assessing FET today, consider both its current network uses and the practical implications of its multi-project history.