Artificial Superintelligence Alliance fet

Artificial Superintelligence Alliance (ASI Alliance) is the decentralized-AI alliance formed by Fetch.ai, SingularityNET, and Ocean Protocol. Fetch.ai describes the alliance as combining autonomous AI agents and blockchain infrastructure, SingularityNET's AI research and integration, and Ocean Protocol's data sharing and monetization. The alliance's stated objective is to provide an open, decentralized alternative to concentrated control of AI.

Fetch.ai is the engineering and product ecosystem most closely associated with the FET token and the Fetch/ASI Network. Its current developer platform centers on autonomous agents, Agentverse for discovering and hosting agents, uAgents for building agent-to-agent systems, and ASI:One models and applications. The network layer supplies ledger, identity/discovery, smart-contract, wallet, and payment infrastructure.

The ASI Network documentation describes a decentralized digital economy driven by agents. The Almanac Contract acts as a decentralized registry for agent discovery and coordination, while the Fetch Name Service provides human-readable names for agents and functions. The Fetch Ledger records transactions and data exchanges, and FET is used for network activity, staking, governance, and agent interactions.

The alliance should be understood as an ecosystem and collaboration rather than a single company replacing the member organizations. Fetch.ai's founding announcement says the three foundations remain independent legal entities, with their leadership, teams, communities, and treasuries unchanged, while collaborating on decentralized AI initiatives.

AI development and deployment are increasingly concentrated in large, centralized platforms. That concentration can limit user choice, create dependence on walled gardens, and make control of data, intellectual property, models, and access dependent on a small number of operators. The alliance frames decentralization as a way to give individuals, companies, and researchers more ownership and autonomy.

A second problem is coordination: autonomous software agents need ways to discover one another, authenticate or verify capabilities, communicate, and exchange value at machine speed. Traditional payment systems are poorly suited to very small, frequent machine-to-machine payments. ASI Network documentation positions FET micro-payments, agent registries, ledger settlement, and staking as infrastructure for this agent economy.

The project also addresses fragmented AI infrastructure. The alliance announcement combines Fetch.ai's agents and blockchain, SingularityNET's AI R&D, and Ocean Protocol's data infrastructure, with the goal of connecting compute, data, models, and autonomous services in a more open stack. These are stated goals; adoption, agent quality, security, and decentralized governance remain practical challenges.

The network is built around the Fetch Ledger/ASI Network, a Cosmos-SDK-derived blockchain operated by validators. The official active-network specification identifies the production chain as fetchhub-4, with the native denomination afet and 18 decimal places. FET pays transaction fees and supports staking in the network's Proof-of-Stake consensus; delegators can contribute to validator security and receive rewards according to network rules.

Agents are developed with the uAgents framework and can be registered in the Almanac. Registration makes an agent discoverable across the ecosystem; the Almanac also supports endpoint and capability discovery so agents or users can locate an appropriate service. The Fetch Name Service adds human-readable names, while hosted agents and search/discovery are exposed through Agentverse.

FET is the economic instrument for this system. Official documentation lists network operations and staking, agent registration and interaction, low-cost micro-payments, smart-contract interactions, and access to AI tools, datasets, and compute as uses. Developers fund an agent wallet with FET so it can register and transact; the documentation provides Python examples using uAgents and CosmPy to query a mainnet balance and interact with the ledger.

FET exists in native and ERC-20 forms. Native FET is used directly on the Fetch mainnet, while ERC-20 FET was originally issued on Ethereum and can coexist with native FET; the official documentation points users to the project's bridge for conversion. Because exchange listings may support different forms, users must verify the network and token type before withdrawing. The alliance's original 2024 announcement described a proposed merger of FET, AGIX, and OCEAN under ASI, while current network documentation continues to identify FET as the network and alliance currency.