What Is Artificial Superintelligence Alliance (FET) and How Does It Work?
What Is Artificial Superintelligence Alliance (FET)?
Artificial Superintelligence Alliance, often shortened to ASI, is an ecosystem that brings together blockchain technology and artificial intelligence. It focuses on AI agents, AI models, and computing power, among other things. The goal is to let different AI services and software agents work together without everything having to go through one central party.
The Alliance currently consists of Fetch.ai, SingularityNET, and CUDOS. Ocean Protocol was one of the original participants, but the Ocean Protocol Foundation withdrew from the Alliance on October 9, 2025.
FET is currently the main token within the ecosystem. FET is also the ticker you see in transactions, staking, and different services within the ecosystem. There are plans to change the FET ticker to ASI later, but that transition is not finished yet.
It helps to keep three parts separate. The Artificial Superintelligence Alliance is the broader ecosystem. FET is the token that has different functions within that ecosystem. The Fetch Ledger is the blockchain where native FET is used.
Key Takeaways
- Artificial Superintelligence Alliance is an ecosystem for decentralized AI and AI agents.
- FET is the current primary token. A transition to the ASI ticker is not finished yet.
- The Fetch Ledger uses Proof of Stake with validators.
- AI agents can find each other and exchange messages through fixed protocols and endpoints.
- The Agents Exchange Protocol defines how agents exchange messages with each other.
How Does Artificial Superintelligence Alliance Work?
The technical foundation consists of the Fetch Ledger, a blockchain built with the Cosmos SDK. On this blockchain, FET is used for transactions, staking, and smart contracts.
The Fetch Ledger uses Proof of Stake. Validators verify transactions and help add new blocks to the blockchain. People who hold FET can delegate their tokens to a validator. That lets them support the network without having to become a validator themselves.
AI agents are another important part. An AI agent is software that can carry out a task on its own. For example, such an agent can fetch information, use another service, or send a message to another agent.
Agents can exchange messages in JSON format. JSON is a common way to send data in a structured form between software programs.
Those messages are sent to an agent's endpoint. An endpoint is the digital address where a software service can be reached. An agent can register in the on-chain Almanac registry. Other agents can then find that agent's endpoint there.
Not everything runs on the blockchain. The blockchain is mainly used for things like registration, transactions, and coordination. The agent itself can carry out tasks outside the blockchain through its own software and endpoints.
Artificial Superintelligence Alliance (FET) Overview
What Role Does FET Play Within Artificial Superintelligence Alliance?
FET has several functions within the ecosystem. For example, the token is used to pay transaction fees on the Fetch Ledger.
FET can also be used for services within the ASI environment. Developers, for example, can receive FET when users use an AI agent, model, dataset, or other service. The payment or access conditions that apply vary by application.
FET also plays a role in staking. Token holders can delegate FET to validators and help support the Proof-of-Stake network.
FET also has a governance function within parts of the ecosystem. Governance is about the way participants can vote or help decide on proposals. Earlier governance around SingularityNET with AGIX has migrated to FET.
FET does not only exist as a native token on the Fetch Ledger. The token is also available on other networks, including Ethereum and BNB Smart Chain.
That means you need to check carefully which network you are using FET on. Different versions of the same token can have different addresses and transfer routes.
How Does Artificial Superintelligence Alliance Support AI Agents and Decentralized AI?
Developers can build AI agents with the uAgents framework. This is a Python library that lets software agents communicate, find other agents, and carry out certain transactions.
An agent can combine multiple parts, such as an AI model, an API, and an external software service. An API is a technical connection that lets programs exchange data or functions with each other.
For example, an agent can fetch information from an external service, have that information processed by an AI model, and pass the result on to another agent.
The Agents Exchange Protocol defines how agents exchange messages with each other. Messages can include JSON data, protocol rules, and cryptographic signatures.
Such a cryptographic signature helps verify which sender a message came from.
Agents can be made discoverable through the Almanac registry. An agent address is linked there to one or more service endpoints. That lets another agent look up the endpoint and make contact.
Multiple agents can also form a workflow together. For example, one agent can collect information, a second agent can process that information, and a third agent can call an external service.
Agentverse also provides an environment for hosting and publishing agents. That does not mean an agent runs fully on-chain. How decentralized an agent, model, dataset, or hosting service is varies by application.
How Did Artificial Superintelligence Alliance Start?
Artificial Superintelligence Alliance was created in April 2024 through a collaboration between Fetch.ai, SingularityNET, and Ocean Protocol that was approved by the communities involved.
The goal was to bring the AI ecosystems and token structures of these projects closer together.
The Alliance does not have one traditional founder. Ben Goertzel, Humayun Sheikh, Trent McConaghy, and Bruce Pon are founders of the original projects that came together to form the alliance.
On July 1, 2024, the first phase of the token migration began. AGIX and OCEAN were given a migration path to FET with predetermined conversion ratios. That is separate from the later planned transition from FET to the ASI ticker.
CUDOS was added as the fourth project to the Alliance after a community vote on September 27, 2024. The CUDOS token was then integrated into FET.
The Ocean Protocol Foundation formally withdrew from the Alliance on October 9, 2025. Ocean Protocol is therefore no longer part of the current Alliance.
The planned second phase, in which FET would transition to ASI, does not yet have a set date.
What Are the Benefits of Artificial Superintelligence Alliance?
Artificial Superintelligence Alliance brings together several components needed for applications with AI agents.
The Fetch Ledger provides a blockchain with Proof of Stake and smart contracts. Agent protocols and the Almanac registry help agents communicate with each other and find one another.
The Agents Exchange Protocol makes it possible for separately built agents to exchange messages using the same rules. That makes collaboration between different agents easier.
The Almanac registry helps agents find the service endpoints of other registered agents. That can be useful when multiple agents work together in a workflow.
FET has multiple functions within the same ecosystem. The token can be used for network fees, staking, transactions, and certain AI services.
The foundation on the Cosmos SDK and the availability of FET on multiple networks can also make it easier to work with other blockchain environments.
These features do not automatically mean that individual agents work well, are always available, or are widely used.
What Are the Downsides and Risks of Artificial Superintelligence Alliance?
The naming and token structure can be confusing. FET is still the primary ticker, while a transition to ASI is planned. The ecosystem, the Fetch Ledger, and the FET token are also three different parts.
FET exists on multiple networks. Native FET on the Fetch Ledger is different from FET on, for example, Ethereum or BNB Smart Chain. The different versions can use different addresses and transfer routes.
So always check which network and token version you are using, especially when you need a bridge or migration process.
Staking native FET also has practical consequences. If you end a delegation, a 21-day unbonding period applies. During that period, the delegated tokens are not immediately available.
There is also validator risk. If a validator, for example, double-signs or stays offline for a long time, slashing can happen. In that case, part of the stake can be lost.
That can also affect delegators who have delegated FET to that validator.
The Almanac registry makes agents discoverable, but it does not guarantee that an external endpoint will always stay reachable. Registration also says nothing about the accuracy or quality of the information an agent provides.
Finally, the composition and governance of the Alliance can change. The Ocean Protocol Foundation's withdrawal in October 2025 is a clear example of that.
Conclusion
Artificial Superintelligence Alliance is an ecosystem that brings together blockchain infrastructure, AI agents, and services around decentralized AI. The Alliance currently consists of Fetch.ai, SingularityNET, and CUDOS. Ocean Protocol was previously part of the collaboration.
The Fetch Ledger uses Proof of Stake with validators. AI agents can exchange messages through fixed protocols, find each other through the Almanac registry, and work together in workflows.
Not all agent activity runs on the blockchain. The blockchain is mainly used for things like registration, transactions, and coordination.
FET is the current primary token within the ecosystem. The token is used for transaction fees, staking, delegation, and certain services. The planned transition of the FET ticker to ASI is not finished yet.
Important points to watch are the different FET versions on multiple networks, the unbonding period when staking, possible slashing risk, and the fact that external agent endpoints may not always be available or reliable.
