GPU Powered Processing

Unlocking the Power of Distributed GPUs

YOZO is powered by a decentralized network of GPU nodes, providing users with access to high-performance computing for a range of blockchain-related and computationally intensive tasks. By harnessing the capabilities of distributed GPUs, YOZO functions as a decentralized supercomputer, enabling users to execute resource-demanding processes without the need for centralized cloud providers.

Key Features of GPU-Powered Processing

Rent A Node

YOZO’s decentralized GPU network allows users to rent computing power on demand, handling tasks such as AI model training, large-scale data processing, 3D rendering, and blockchain analytics. This democratizes access to advanced computing, allowing users to scale projects without investing in expensive infrastructure.

Host a Node

Users can contribute their own GPU resources to the YOZO network by staking their GPUs, earning rewards in return for providing computational power. This decentralized GPU marketplace offers affordable, scalable computing while incentivizing GPU owners to contribute excess capacity, ensuring a self-sustaining ecosystem of computing resources. AI and Machine Learning Applications

With YOZO’s GPU-powered backend, users can run complex AI and machine learning workloads. Whether training neural networks or processing large datasets, YOZO enables users to perform compute-heavy tasks more efficiently than traditional cloud-based systems, eliminating the need for costly centralized services. Energy Efficiency and Decentralization:

By leveraging a globally distributed network of GPUs, YOZO decentralizes computational power, eliminating the single points of failure found in centralized systems. This distributed approach not only improves security but also optimizes energy efficiency by utilizing unused GPU capacity, reducing overall resource wastage across the network.