TonGPU network

TonGPU Network

TonGPU -- A Layer 1 designed specifically for AI and DePIN computing power

Why Do We Need an L1 Network to Provide Decentralized Support for GPU/CPU Computing Power?

We've seen too many projects add a blockchain component solely to increase their valuation, often without any real utility or changes to the block generation mechanism, merely forking the EVM code.

Our L1 network, however, is specifically designed for DePIN (Decentralized Physical Infrastructure Networks) and AI from the genesis block. The $TGPU token is integral in continuously improving the network's stability and efficiency.

1. Nodes

All machines providing underlying GPU/CPU computing power are considered nodes. Each node's influence factor is determined by factors such as its absolute computing power and network bandwidth.

2. Reward and Punishment System

Nodes must remain continuously online to avoid penalties. This increases their chances of being selected for block generation and makes them more likely to be chosen for rental.

3. Decentralization

Unlike centralized servers, control is not concentrated in the hands of a few large nodes. Instead, the system ensures random allocation, preventing centralization of power.

Detailed Explanation

Nodes

In the TonGPU network, every machine that offers GPU/CPU computing power is classified as a node. These nodes are critical components of our decentralized network. The capability and reliability of each node are assessed based on several factors:

• Computing Power: The absolute computational capacity of the node.

• Network Bandwidth: The quality and speed of the node’s connection to the network.

These factors collectively determine the node's influence factor, impacting its role and rewards within the network.

Reward and Punishment System

To ensure network reliability and performance, we have implemented a robust reward and punishment system:

• Continuous Uptime: Nodes must remain online continuously. Downtime can lead to penalties.

• Block Generation: Consistent uptime increases a node's probability of being selected to generate blocks, which in turn enhances its visibility and reputation.

• Rental Selection: Nodes that maintain high performance and reliability are more likely to be chosen by users for rental, ensuring their resources are optimally utilized.

Decentralization

A core principle of TonGPU is true decentralization. Unlike centralized services where control is often held by a few large nodes or entities, TonGPU ensures:

• Distributed Control: Power and control are distributed across many nodes.

• Random Allocation: Tasks and roles are allocated randomly, preventing any single node or group from monopolizing the network.

This approach not only enhances security and fairness but also aligns with the ethos of decentralization, ensuring that our network remains resilient and equitable.

The Role of $TGPU Token

From the genesis block, the $TGPU token plays a crucial role in our network:

• Stability: It helps in maintaining and improving the stability of the network.

• Efficiency: It incentivizes nodes to perform optimally and remain continuously online.

• Governance: It enables a decentralized governance model, where decisions are made collectively by the community, rather than a central authority.

By integrating $TGPU into every aspect of the network, we ensure that TonGPU not only functions efficiently but also evolves continuously to meet the needs of AI and DePIN computing power users.

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