Cudos (CUDOS)

Deprecated

Overview

Cudos began as a project to connect people who need computing power with organizations that can provide it. Computing power is what lets a machine train an artificial intelligence (AI) model, run an application, or process a large video file. Cudos brought cloud services and a blockchain together so that developers could reach these resources through a network built for digital payments and coordination. Its original token was called CUDOS. (cudos.foundation)

A major change took place in October 2024: the Cudos blockchain joined the Artificial Superintelligence Alliance network, and native CUDOS balances were converted into FET. The original Cudos chain stopped producing blocks. Cudos continues to develop computing services, while FET serves as the token connected to its role in the alliance. Older CUDOS tokens can still appear on Ethereum and some other networks, which makes the history of the token important to understanding the project today. (cudos.org)

History & Team

From distributed computing to cloud infrastructure

Cudos grew out of the idea that computing hardware can be shared more widely. Its early plans described a system in which suppliers could offer spare capacity and customers could pay to use it. That approach could put existing machines to work while giving developers another way to obtain the resources they need. The project later developed a blockchain to help coordinate its computing ecosystem. (cudos.foundation)

Matt Hawkins founded Cudos and led the project through its expansion into blockchain-based cloud computing. Cudos launched Intercloud, a service for deploying virtual machines and accessing computing hardware, in 2024. A virtual machine is a software-based computer that runs on a physical server. It gives a developer a place to install tools and run an application without owning that server. (cudos.org)

The team’s next major step was the alliance merger. Cudos holders and the alliance community voted on the plan in 2024, and the blockchain merger was completed on October 28 of that year. The change moved the project’s token activity to the alliance network, but Cudos continued working on its cloud products. Its later work with SingularityNET brought GPU rentals and AI model access together under the ASI:Cloud name. (cudos.org)

Technology & How It Works

The original blockchain

The Cudos network was built with the Cosmos SDK, a set of tools for making blockchains. It used Tendermint-based consensus, in which validators checked transactions and agreed on the chain’s records. CUDOS holders could delegate tokens to validators, helping secure the network without operating a validator themselves. The original design also connected blockchain functions to computing services outside the chain. (assets.cudos.foundation)

That blockchain became part of the project’s history after the 2024 merger. Native balances and delegations moved to the alliance network, formerly the Fetch.ai chain. A developer learning about Cudos today therefore needs to separate the earlier Cudos blockchain from the cloud services that continued after it closed. Historical explorers can still show old Cudos activity, but new alliance-network activity uses FET. (cudos.org)

The computing layer

Cloud computing is the other half of the Cudos story. A customer requests a machine with a certain amount of processing power, memory, or storage. The cloud platform provides access to suitable hardware, and the customer runs a workload on it. For AI work, the most sought-after hardware is often a graphics processing unit, or GPU. GPUs can handle many calculations at once, which makes them useful for training models and generating responses. (cudos.foundation)

ASI:Cloud, developed by Cudos and SingularityNET, offers GPU rentals and access to AI models through an application programming interface, or API. An API lets one program request a service from another. In this case, an AI application can send a prompt to a model and receive an answer without running that model on its own server. The platform also describes wallet-based access, allowing users to connect a crypto wallet when using its services. (cudos.org)

Tokenomics & Utility

The CUDOS model and the FET transition

The original CUDOS plan set a total supply of 10 billion tokens. Its published distribution assigned portions to ecosystem and community development, a reserve, the team, advisers, and token sales. These allocations describe the original CUDOS economic model; they do not describe a separate token being issued by the current Cudos cloud service. (assets.cudos.foundation)

Before the merger, CUDOS had several roles. Holders could stake it to support validators and take part in network governance. The project also designed token-based incentives for computing suppliers and discounts linked to staking. In simple terms, the token helped connect people contributing resources, people using services, and people maintaining the blockchain. (cudos.foundation)

The approved migration used a conversion rate of 118.344 CUDOS for one FET. Native CUDOS balances on the original chain converted through the network upgrade. Holders of the Ethereum-based ERC-20 version were given a separate migration route. Cudos stated that future token incentives for Intercloud would be associated with FET, making the alliance token the main token to understand when studying the project’s later development. (cudos.org)

Ecosystem & Use Cases

The clearest Cudos use case is access to computing hardware. A developer can deploy a virtual machine instead of buying and managing a physical server. GPU access can support AI model work, while general-purpose machines can run applications and blockchain nodes. A node is a computer that helps operate or connect to a blockchain network. Cudos has published deployment tools aimed at these kinds of Web3 workloads. (cudos.org)

AI inference is another use case. Inference means using an already trained model to produce an answer, image, or other output. ASI:Cloud offers model access through an API, alongside the option to rent computing hardware directly. Those are two different ways to use cloud resources: an application can call a ready-to-use model, or a team can run its own software on a rented machine. (cudos.org)

Cudos has also worked with projects that need cloud infrastructure for their own networks. Its partnership with Rainfall focused on making node deployment easier, while the ASI:Accelerator connected AiMo Network to GPU computing and inference services. These examples show how the platform can serve other builders rather than only people developing Cudos-branded applications. (cudos.org)

Advantages & Challenges

Cudos brings together two useful fields: blockchain coordination and practical computing services. Its cloud products give the project a role beyond recording token transfers. The alliance connection also places its computing work alongside teams developing AI tools. For builders, the ability to choose between a virtual machine and a model API can make the platform useful at different stages of a project. (cudos.org)

Its main challenge is complexity. The name Cudos can refer to the team, its former blockchain, its earlier token, or cloud products that still operate. Understanding which one is meant takes some care. Cloud services also have to match each workload’s needs for hardware, software, location, and performance. A small application and a large AI model may require very different setups. These practical demands shape how useful any computing platform is to an individual developer. (cudos.org)

The merger added another distinction: ongoing Cudos product development now sits within a broader token ecosystem. Readers evaluating the original CUDOS design and those evaluating today’s FET-linked services are looking at different stages of the same project. (cudos.org)

Where to Buy & Wallets

Legacy ERC-20 CUDOS is available through Uniswap V2 on Ethereum. That token represents the pre-merger asset, and Cudos provides a migration process for Ethereum-based holdings. CUDOS held on supported Inter-Blockchain Communication networks has a separate conversion process through the alliance’s Agent Network Hub. (coingecko.com)

FET, the token associated with Cudos after the merger, can be purchased on Kraken and Coinbase. Exchange access depends on location. For FET held on the native alliance chain, Cudos has documented the ASI Alliance wallet and Cosmostation; it has also explained how holders can view their accounts with Keplr. Ethereum-based tokens and native alliance-chain tokens use different networks, so the wallet must support the version being held. (kraken.com)

Regulatory & Compliance

Crypto rules depend on the country and the activity involved. In the United States, the Securities and Exchange Commission explains that securities law can apply to a crypto asset or to the way it is offered and sold. The Internal Revenue Service also treats digital-asset exchanges as transactions that can have tax consequences. Those frameworks are relevant to the history of the CUDOS-to-FET conversion and to later use of the tokens. (sec.gov)

In the European Union, the Markets in Crypto-Assets regulation, known as MiCA, sets rules for activities such as offering crypto-assets to the public and admitting them to trading. Its requirements and exceptions depend on the asset and the activity. The existence of a cloud-computing use case alone does not settle how a token is classified under every rule. (esma.europa.eu)

For readers applying Islamic finance principles, CUDOS’s computing utility does not by itself establish a halal status. A Shariah assessment considers the token and the activities around it, including whether they involve riba (interest), gharar (excessive uncertainty), or prohibited business activity. A formal project-specific Shariah certification for CUDOS or its FET successor is not established in the project information reviewed here; a qualified scholar would need to assess the relevant token and its use. (ifsb.org)

Future Outlook

Cudos’s development focus is now cloud infrastructure for AI and Web3. ASI:Cloud combines access to GPUs with model inference, while the wider alliance provides a setting in which computing services can support other AI projects. The platform’s stated plans include more model types and additional services for teams building larger applications. Those plans describe a direction for the product rather than a new role for the old CUDOS blockchain. (cudos.org)

The question for the project is how well its services meet real computing needs. Developers need machines they can deploy, models they can connect to, and tools that fit their existing software. Cudos’s place in the ecosystem will be shaped by that practical work: making computing resources useful to the people building applications. (cudos.org)

Summary

Cudos started with a token and blockchain designed to help coordinate distributed computing. Its 2024 merger moved native CUDOS holders to FET and ended the original chain. The project’s continuing role is in cloud infrastructure, especially GPUs, virtual machines, and AI inference through ASI:Cloud. Understanding both stages—the original token model and the later FET-linked services—gives a clear picture of where Cudos fits in the crypto ecosystem. (cudos.org)