NetMind Token (NMT)

Overview

NetMind Token (NMT) is the utility token for NetMind Power, a platform that connects people who need computing power for artificial intelligence (AI) with people who can supply it. Its central resource is the graphics processing unit, or GPU. GPUs can handle many calculations at once, making them useful for training AI models and running them after training.

NetMind Power brings GPUs from different owners into one network. Developers can use that network to train models, fine-tune existing ones, rent computing capacity, and run inference—the process of using a trained model to produce an answer or prediction. NMT links the two sides: customers use it to pay for platform services, while GPU contributors can earn it for providing computing resources. The token also serves functions on NetMind Chain, the blockchain that supports the network’s transactions and rewards. (netmind-power.gitbook.io)

History & Team

From AI infrastructure to a token network

NetMind Power was developed by NetMind.AI, an AI infrastructure company based in London. The project’s goal is to make computing capacity from separate machines available through a shared platform. NetMind Chain began operating in April 2023, and the team introduced a revised NMT distribution plan in April 2024. That update set out a ten-year schedule for future token issuance and changed how several reward and ecosystem funds were organized. (netmind-power.gitbook.io)

Kai Zou is NetMind.AI’s founder and chief executive officer. In March 2025, the company announced a strategic partnership with UOB Venture Management and Signum Capital, along with a $700,000 investment in NetMind.AI. The announcement linked that support to the company’s AI-agent, Web3, and decentralized computing work. An investment in the company and an allocation of tokens for strategic partners are two different parts of the project’s history and economic model. (blog.netmind.ai)

The project has grown beyond its original GPU-sharing focus. NetMind.AI has also introduced model APIs and NetMind XYZ, a platform for creating and connecting AI agents. These products give the wider ecosystem more ways to use computing resources. (blog.netmind.ai)

Technology & How It Works

A network of GPUs

A NetMind Power contributor connects an eligible machine to the platform. When a customer requests a service, the system assigns work to suitable computing resources. Its scheduling design considers the needs of a job and the available GPUs, rather than treating every machine as identical. For distributed training, work can be divided across several GPUs and the results brought together. For inference, the platform can route requests to machines able to run the chosen model. (netmind-power.gitbook.io)

Training and inference serve different purposes. Training teaches a model using data and repeated calculations. Fine-tuning adjusts a model that has already been trained. Inference puts a model to work, such as generating text through an application. NetMind Power supports these stages, as well as GPU rental for users who need computing capacity directly. (netmind-power.gitbook.io)

The role of NetMind Chain

NetMind Chain records transactions and manages token-based activity. The AI calculations themselves run on the computers assigned to the job, while the chain handles functions such as payments and reward accounting. The project describes the chain as compatible with Ethereum-style smart contracts and based on a proof-of-authority consensus system, in which approved validators process transactions. (netmind-power.gitbook.io)

The chain’s design includes Mind Nodes and a group of 21 Master Nodes selected through NMT staking. This gives staking a defined role in node selection and reward distribution. It is separate from running an AI task: supplying a GPU provides computing power, while operating or supporting a node relates to the blockchain side of the system. (netmind-power.gitbook.io)

NMT can also move between NetMind Chain, BNB Chain, and Ethereum through the platform’s cross-chain tools. A user who holds NMT on one supported network can transfer it to NetMind Chain for platform use. Wallets must be set to the network involved in the transfer. (netmind-power.gitbook.io)

Tokenomics & Utility

Supply and distribution

NetMind’s published economic plan sets NMT’s total supply at 147,571,163 tokens. Under the plan introduced on April 16, 2024, 113 million NMT were assigned to a ten-year issuance schedule. The planned allocations are:

• 62.5 million NMT for computing-resource providers, including a portion for early GPU contributors;
• 16.5 million NMT for staking rewards;
• 16.5 million NMT for ecosystem growth;
• 7.5 million NMT for strategic investors and advisers; and
• 10 million NMT for the technical team.

These amounts describe the project’s allocation plan, not a count of tokens available at any given moment. The early-contributor portion is included within the computing-provider allocation, rather than added to it. (netmind-power.gitbook.io)

Payments and incentives

NMT is used to pay for GPU rental, training, fine-tuning, and inference services. Contributors receive token rewards for making computing resources available and for work carried out using their machines. The project has also introduced a usage-based reward approach that ties more rewards to actual machine use. (netmind-power.gitbook.io)

The token supports staking and rewards for participation in designated liquidity arrangements. Under the published staking plan, Master Node operators receive one portion of the staking reward pool, while the rest is assigned to eligible stakers and liquidity participants. Some computing-service fees are paid to GPU providers; other portions return to a contract under the project’s fee rules. That return-to-contract mechanism is distinct from a token burn. (netmind-power.gitbook.io)

Ecosystem & Use Cases

Building and running AI applications

NetMind Power serves researchers and developers who need access to GPUs for model work. A team could use distributed computing to train or fine-tune a model, then make that model available to an application through inference. The platform also offers model APIs, which let software call a hosted model without the developer managing each GPU directly. NMT’s clearest platform role is paying for these computing services and rewarding the people who supply resources. (netmind-power.gitbook.io)

NetMind XYZ extends the ecosystem into AI agents: programs built to respond to requests and carry out tasks. The company has described a feature that pairs tokens created for public agents with NMT. A later XYZ release added third-party tool connections and support for bringing external agents into its workflows. These developments connect NMT to a broader set of AI products, while GPU services remain at the center of its utility. (blog.netmind.ai)

The project also provides a GPU dashboard showing network resources and their use. For contributors, such tools help make the link between a connected machine and its role in the network easier to see. (blog.netmind.ai)

Advantages & Challenges

NetMind’s main advantage is its combination of a computing marketplace and a payment system. GPU owners have a way to contribute capacity, while AI builders can request resources through one platform. Supporting both training and inference broadens the kinds of work that the network can handle. Cross-chain transfers also give token holders more than one supported network for moving NMT. (netmind-power.gitbook.io)

Distributed AI work brings practical challenges. Machines differ in GPU power, network speed, and availability. Training across separate locations requires scheduling and coordination, particularly when parts of a job must exchange results. NetMind’s technical design addresses these needs through resource allocation, load balancing, and different training modes. The quality of the service depends on matching jobs with capable, dependable resources. (netmind-power.gitbook.io)

The token’s usefulness is also tied to activity on the platform. More GPU supply expands available capacity, but developers need working tools and suitable machines for their particular tasks. NetMind’s model therefore depends on both contributors and customers taking part.

Where to Buy & Wallets

NetMind Token can be purchased on PancakeSwap and Uniswap, as well as on Gate.io, Bitget, and MEXC, according to the project’s exchange list. PancakeSwap and Uniswap are decentralized exchanges, where a compatible wallet connects to a swap application. The other named platforms are centralized exchanges that hold assets in user accounts. (netmind.io)

MetaMask supports the wallet connection described in NetMind Power’s documentation. NMT exists across supported networks, so the wallet’s selected chain matters when receiving, using, or transferring it. NetMind’s cross-chain instructions cover transfers between NetMind Chain and BNB Chain, and between NetMind Chain and Ethereum. The project also publishes an official token contract address for identifying NMT on BNB Chain. (netmind-power.gitbook.io)

Regulatory & Compliance

NMT’s use as a payment token does not, by itself, settle its treatment under every country’s laws. In the European Union, the Markets in Crypto-Assets framework covers activities involving crypto-assets, including certain public offers and crypto-asset services. In the United States, the Securities and Exchange Commission explains that the terms and promotion of a token transaction can matter when assessing whether an investment contract is involved. In the United Kingdom, rules govern how qualifying crypto-assets are promoted to consumers. Those frameworks address different activities and do not amount to a single global classification for NMT. (esma.europa.eu)

Shariah assessment also looks at how a token is used, not just its label. NMT can pay for an identifiable computing service, while its staking and liquidity arrangements distribute rewards through different mechanisms. Islamic finance principles examine arrangements for interest (riba), excessive uncertainty (gharar), and gambling (maysir). NetMind’s public token documentation describes the payment and reward mechanisms but gives no Shariah ruling for NMT as a whole. Its halal status therefore is not established by that documentation; assessing a particular use requires examining its terms under those principles. (netmind-power.gitbook.io)

Future Outlook

NetMind’s published plans point toward a wider AI ecosystem built around its computing network. The NetMind XYZ roadmap includes an agent marketplace, multichain agent support, and tools for more advanced agent behavior. Those are planned features, while the released XYZ version already supports external agents and third-party tool connections. (blog.netmind.ai)

For NMT, the central question is how often these products lead people to use the underlying services. Training jobs, inference requests, GPU rentals, and agent-related activity each create a possible role for the token within the project’s design. Continued work on scheduling and contributor rewards will shape how well the network connects available GPUs with those tasks. (netmind.io)

Summary

NetMind Token connects blockchain-based payments and rewards to an AI computing platform. NMT pays for services on NetMind Power, rewards GPU contributors, and supports activity on NetMind Chain. The project’s distinct approach is to organize computing power from separate machines and make it usable for training, inference, and related AI products. Its place in the crypto ecosystem rests on that practical link between token use and computing work. (netmind-power.gitbook.io)