USE CASES:

DApps with Machine Learning Capability.

Deployment of AI-Dapps Promethei empowers smart contracts and DApps with machine learning capabilities to cater to real-world applications, Using blockchain coding languages, developers can leverage off-the-shelf AI models on the Promethei storage layer to create AI-enhanced DApps and smart contracts. The Promethei Virtual Machine (PVM) is EVM-compatible and supports on-chain AI inference, utilizing the GPU instead of the CPU to execute complex AI models on the Preomethei chain.

Deterministic Inference Engine.

Promethei offers a deterministic inference engine that ensures the same AI inference outcome across heterogeneous computing environments, facilitating on-chain AI inference without relying on off-chain solutions. Promethei aims to foster an open-source ecosystem that encourages AI researchers and developers to share their models with the community. Traditional blockchains face challenges executing machine learning programs due to their virtual machines' inefficiencies when running complex machine learning models. Thus, many believe that AI on the blockchain is impossible.

AI Enable Decentralized, Open-source and Peer to Peer Blockchain.

Promethei is a decentralized, open-source, peer-to-peer blockchain that enables AI models to be uploaded and executed on a distributed network. By offering an open-source AI platform, Promethei democratizes AI, allowing easy integration of AI models into smart contracts to create AI-enhanced DApps.

PrometheiZeus - Layer 2 solution for EVM-compatible blockchains.

PrometheiZeus is a Layer 2 solution for EVM-compatible blockchains powered by Preomethei Labs. It utilizes PZWrap technology to aggregate batch transitions on the side chain into a single transaction on the main chain, which aims to increase the transactions per second (TPS) and reduce the gas fee consumed by each transaction significantly. PrometheiZeus inherits the main chain's security and consensus aspects while focusing on executing transaction performance. In case of a cyber attack or malfunction, users can restore the side chain's state based on the data in the main chain