Core Overview

Project initiation, team structure, CXT positioning, and the long-term vision.

2.1 Project Initiation and Team Structure

Corex Token (CXT) was initiated by the Corex Decentralized Computing Foundation and jointly built by global AI training researchers, distributed computing engineers, GPU and CPU providers, and Web3 infrastructure developers. This joint team brings together top experts from the fields of artificial intelligence, distributed systems, blockchain security, and high-performance computing, ensuring that the project maintains an internationally leading level in technical implementation, economic model design, and ecosystem development.

The backgrounds of the core team members include internationally renowned institutions such as NVIDIA, Google, Meta AI, Ethereum, and Filecoin, as well as academic research institutions such as Tsinghua University and MIT. They possess deep engineering experience ranging from AI training framework design and GPU scheduling system development to the construction of verifiable computing systems. Team members have participated in the deployment of large-scale AI training clusters, the optimization of heterogeneous device scheduling, and the development of on-chain trusted execution environments, providing a solid technical foundation for the Corex Token project.

At the organizational level, the project initiator, the Corex Foundation, adopts a multi-layer management model. In the early stage, an Executive Committee, an Operations Committee, and a Security and Compliance Group are responsible for the project's overall planning, technical implementation, and network security supervision. The Executive Committee is responsible for determining the network's technical roadmap, mining pool parameters, and task scheduling rules. The Operations Committee is responsible for node access review, the execution of task allocation strategies, and ecosystem maintenance. The Security and Compliance Group focuses on anti-fake-compute mechanisms, contract security audits, node reputation management, and the handling of abnormal behavior. Through clear division of responsibilities and multi-layer supervision, the Corex Token network ensures efficient technical progress in its early construction stage while laying the foundation for a smooth transition to a DAO governance system.

In addition, the team has established a global compute ecosystem support system, including a compute incentive fund, zero-threshold access tools, and an automated node deployment tool. Ordinary PC users, home mining rigs, and idle GPU devices can all connect to the Corex network through simple configuration and become node contributors. This openness not only expands the scale of the network's compute pool, but also provides a fair opportunity for global computing resources to participate in AI training. The team's diverse background and international layout enable the Corex Token project to rapidly deploy nodes around the world and form a truly decentralized, efficient, and secure AI computing network.

2.2 Definition and Positioning of the CXT Token

As the network's only native token, Corex Token (CXT) is the core value carrier in the Corex decentralized computing network and the primary credential for measuring compute contribution, task completion, and node reputation across the entire AI training and inference ecosystem. The core design concept of CXT is to transform computing capability and AI training activity into verifiable and incentivizable on-chain assets, thereby providing network participants with fair, transparent, and continuous economic returns.

The meaning of the token name CXT is clear: Core represents core computing capability, and X represents the dimension of computational expansion and network interconnection capability. The token is not only used to reward nodes for their compute contributions, but also serves the following functions:

  • On-chain compute credential: node contributions are recorded through on-chain smart contracts, generating traceable and verifiable proof of compute power.
  • Task incentive: the execution and verification rewards of all AI training tasks are settled in CXT tokens.
  • Staking and participation rights: after staking CXT, nodes can obtain advanced task acceptance rights, verification rights, and future governance participation rights.
  • Governance credential: when the network gradually introduces a DAO mechanism in the future, token-holding and staking nodes will be able to participate in network parameter adjustments, mining pool rule optimization, and ecosystem governance proposals.

The issuance model of the CXT token emphasizes decentralization, transparency, and contribution-driven distribution:

  • Fixed total supply: 100,000,000 CXT.
  • Released from a single mining pool: no team reserve and no private-sale allocation.
  • Release methods: through Compute-PoC for base compute power and Stake-to-Validate for staking-based task acceptance.
  • Zero-permission management: the mining pool contract has permanently relinquished control, ensuring that token release follows on-chain rules completely.

CXT tightly binds compute power to token value, forming an on-chain closed loop in which contribution means income, so that nodes, developers, and task initiators share the gains of network growth within the same ecosystem. The token is not only an incentive tool, but also the standard for measuring the value of compute resources, laying the economic foundation for the Corex decentralized computing network as AI training infrastructure.

2.3 Project Vision and Long-Term Goals

The vision of the Corex Token project is to build a global decentralized computing network and provide sustainable, efficient, and trustworthy compute infrastructure for AI training and inference. From technical design to economic model to ecosystem development, the project is centered around this vision:

  • At the technical level: through distributed nodes, a dual-engine consensus mechanism of Compute-PoC plus Model-PoT, and a stake enhancement model, the network enables efficient collaboration among heterogeneous compute nodes worldwide. The network's task-slicing and on-chain verification mechanisms ensure that compute contributions are traceable and verifiable, guaranteeing the transparency and fairness of AI training tasks.
  • At the economic level: the CXT token is tightly bound to compute contribution and task execution. Through release from a single mining pool and a stake enhancement mechanism, it forms stable incentives. Nodes achieve fair value distribution through compute contribution, staking to participate in tasks, and governance participation, thereby creating a healthy closed ecosystem of production, reward, recovery, and reinvestment.
  • At the ecosystem level: the project will build an open AI training task marketplace and a cross-chain compute bridge, enabling compute resources to circulate freely across multi-chain ecosystems. In the future, developers, enterprises, and research institutions will be able to use Corex network nodes directly to complete training and inference tasks without building expensive compute clusters on their own.

Long-term goals:

  • Build the world's first truly decentralized, efficient, and verifiable AI computing network.
  • Provide low-threshold access tools so that idle compute resources around the world can participate in AI training.
  • Form a sustainable compute assetization model so that CXT becomes the standard on-chain compute asset.
  • Achieve network self-governance through DAO governance to ensure long-term healthy development and community co-governance.

The vision of Corex Token focuses not only on technology and economics, but also on global collaboration and sustainable development. It aims to drive AI training away from centralized and closed systems toward an open, transparent, and trustworthy decentralized computing network, allowing global computing resources to truly serve the needs of the AI era.