Mind Network (FHE)

Overview

Mind Network is a blockchain project focused on confidential computation: using data without exposing its contents to the computers that process it. Its main technology is fully homomorphic encryption, or FHE. FHE lets a program perform certain calculations on encrypted information. The result stays encrypted until someone with the right key opens it. Mind Network applies this idea to AI agents, blockchain coordination, and transfers between networks. (csrc.nist.gov)

FHE is also the ticker for Mind Network’s ecosystem token. People can use it to take part in features such as agent staking, while the project has described further uses for service fees, rewards, and governance. The distinction matters: FHE is the token; fully homomorphic encryption is the technology. Mind Network’s wider goal is to make privacy a built-in part of applications that handle sensitive information. (mindnetwork.medium.com)

History & Team

From encrypted data to AI agents

Mind Network began with a focus on encrypted data and blockchain infrastructure. It later developed an FHE-based restaking layer and placed greater emphasis on private coordination for AI agents. The project’s published milestones include a seed funding round in 2023, an alpha launch of its restaking layer in 2024, and the introduction of FHE in April 2025. Its products have since expanded to include AgenticWorld, cross-chain tools, and confidential agent payments. (assets-cms.kraken.com)

Project documents identify Mason Song as chief executive officer, George Shao as chief technology officer, Dennis Song as chief security officer, and Christian Pusateri as a co-founder working on ecosystem development and business relationships. Mind Network says it raised $2.5 million in seed funding and $10 million in a later pre-A round. Investors named in its pre-A announcement include Animoca Brands, ArkStream Capital, Cogitent Ventures, and SwissBorg Ventures. (assets-cms.kraken.com)

Technology & How It Works

Computing while data stays encrypted

Most online services protect information while it travels between a user and a server. The server usually opens that information to work with it. FHE changes the processing step. Imagine sending a locked box containing a number to a computer. The computer can carry out a supported calculation on the box without seeing the number inside. After the result returns, the key holder can open it. This is a simple picture of how computation on encrypted data works. (csrc.nist.gov)

Mind Network uses FHE as part of its approach to private blockchain activity. Its documentation calls the broader vision HTTPZ: a way to extend encryption across transmission, storage, and computation. It also describes encrypted validation and coordination, where participants can work with protected information rather than relying on a single party to inspect every input. (docs.mindnetwork.xyz)

FHE can work alongside other privacy tools. A zero-knowledge proof, for example, helps prove a fact without showing all the information behind it. FHE serves a different purpose: it allows a calculation to happen while the inputs remain encrypted. Mind Network describes both as useful parts of private Web3 systems. (mindnetwork.xyz)

The project also discusses lattice-based cryptography in its long-term approach to encryption. Lattice mathematics is used in some post-quantum systems. In 2024, the U.S. National Institute of Standards and Technology published standards for particular post-quantum key-establishment and digital-signature methods; it continues to study FHE as a privacy-enhancing technology. (nist.gov)

Tokenomics & Utility

Supply and distribution

FHE has a stated maximum supply of one billion tokens. Mind Network’s April 2025 token announcement set out the following distribution: 30% for community incentives, 20% for investors, 17% for the team, 11.7% for airdrops, 10% for the treasury, 5% for a public sale, 5% for liquidity providers, and 1.3% for advisors. The project described release schedules for several groups, including a 12-month initial waiting period followed by gradual release for team, investor, and advisor allocations. (mindnetwork.medium.com)

The token’s most direct documented role is staking within AgenticWorld. Participants stake FHE to activate AI agents and connect them with training Hubs. The project also describes FHE as an incentive for ecosystem activity and a means of paying for encrypted computation and agent services. Governance through MindDAO and Hub proposals is part of its stated token plan; a published token document described the MindDAO voting module as forthcoming at the time of publication. (mindnetwork.medium.com)

Mind Network supports movement of FHE between Ethereum, BNB Smart Chain, and MindChain through its bridge. That gives participants a way to use the token across supported parts of the ecosystem. Its published contract address can be checked against the address given in the project’s token announcement when identifying the asset on a wallet or blockchain. (mindnetwork.medium.com)

Ecosystem & Use Cases

Agents, Hubs, and private transfers

AgenticWorld brings together AI agents and specialized Hubs. A Hub gives agents an area in which to train or carry out tasks. Mind Network has described categories such as data work, prediction, and other agent skills. FHE staking links a participant’s token activity to an agent’s place in that system. The project’s CitizenZ Passport, a non-transferable NFT, is another ecosystem feature associated with Hub access and participation. (mindnetwork.medium.com)

For developers, the main idea is to make encrypted computation easier to use in applications. Possible settings include private AI inputs, protected voting information, and data shared between organizations that do not want to reveal every detail to one another. Mind Network also presents its FHE Bridge as a tool for cross-chain activity. These uses depend on how each application is built; they are different ways to apply the same underlying ability to process protected data. (docs.mindnetwork.xyz)

A newer part of the ecosystem is x402z, which Mind Network presents as infrastructure for payments between AI agents. Its stated design combines confidential on-chain values with tools that let developers build agent-to-agent payments for services such as computing power, data, and API access. Mind Network’s legacy MindV interface now directs attention toward x402z and HTTPZ while retaining a route for settling older staking-related positions. (mindnetwork.xyz)

Advantages & Challenges

Mind Network’s central advantage is a clear technical purpose. Keeping data encrypted during computation could make blockchain tools more useful where personal, business, or AI-related information needs protection. The project has built several products around that purpose rather than limiting FHE to a single application. Its token gives users a way to participate in agent staking and other described ecosystem activities. (csrc.nist.gov)

The challenge is turning advanced cryptography into services that feel simple and work at a useful scale. FHE computation can require more computing resources than working with ordinary, readable data. Applications also need clear rules for who holds decryption keys, what results become visible, and how encrypted activity connects with existing blockchains. For Mind Network, progress therefore depends on both the cryptography and the tools developers and users interact with. (csrc.nist.gov)

Where to Buy & Wallets

FHE is available on Kraken and Gate. Kraken provides a Mind Network purchase page, and Gate has listed an FHE/USDT market. Platform access and supported purchase methods depend on a user’s location. (kraken.com)

FHE can be held in a wallet that supports the network on which the tokens are received. For Ethereum and BNB Smart Chain, that includes compatible self-custody wallets such as MetaMask. Mind Network has published the FHE contract address for Ethereum, BNB Smart Chain, and MindChain and provides a bridge for moving the token between those networks. Selecting the matching network and contract is part of sending the intended asset to a wallet. (mindnetwork.medium.com)

Regulatory & Compliance

Mind Network’s published token document identifies Mind Network Pte. Ltd. in Singapore. A European crypto-asset white paper for FHE describes it as a crypto-asset under the EU’s Markets in Crypto-Assets framework, in the category other than an asset-referenced token or e-money token. In the United Kingdom, Kraken published its own assessment of FHE under UK securities legislation. These documents address particular markets and uses; exchange access and service rules are set within each jurisdiction. (assets-cms.kraken.com)

For users in the United States, digital-asset activity also has tax reporting implications. The Internal Revenue Service includes sales, exchanges, and staking rewards among the transactions that may need to be reported. Mind Network’s service terms address user eligibility, restricted persons, and requests for information connected with anti-money-laundering requirements. (irs.gov)

Mind Network’s halal or Shariah-compliance status has not been established through a public certification or religious ruling in its published project materials. Its activities include token staking and rewards, so a Shariah assessment would need to examine how those features operate alongside the token’s use for services. The project’s focus on encryption alone does not settle that religious assessment. (mindnetwork.medium.com)

Future Outlook

Mind Network’s direction centers on making confidential computation practical for AI agents and blockchain applications. AgenticWorld tests how staking, Hubs, and private coordination fit together. HTTPZ expresses the larger goal of keeping information protected through more stages of its use, while x402z applies confidential technology to payments between agents. Future development will be measured by how well these pieces connect and how easily applications can build with them. (mindnetwork.xyz)

The FHE token’s role may also develop as more services and governance features are implemented. Its published design links participation in the network to agent activity, encrypted services, incentives, and proposed voting tools. Those connections give the token a defined place in Mind Network’s plan for a privacy-focused ecosystem. (mindnetwork.medium.com)

Summary

Mind Network uses fully homomorphic encryption to explore a simple but powerful idea: useful work can happen on data while that data remains encrypted. Its FHE token supports participation in an ecosystem that includes AI agents, Hubs, and cross-chain tools. The project’s place in crypto lies at the meeting point of privacy technology, blockchain applications, and the growing need for AI systems to handle information with care. (csrc.nist.gov)