DGPT Announces Launches Its New-Generation Artificial Intelligence Computational Power Sharing Platform

LOS ANGELES, CA, Oct. 17, 2023 (GLOBE NEWSWIRE) -- DGPT, announces its new generation Artificial Intelligence computational power sharing Platform, which will bring AI benefits to everyone.


In recent years, with the popularity of deep learning and large language models such as BERT, GPT-3, and ChatGPT, the demand for high-performance computational power for AI systems has been exploding. The parameter size of these large models has reached tens or even hundreds of billions, requiring a significant number of GPUs and computational resources for training. However, the computational power provided by current data centres and cloud services is far from meeting this massive demand. On the other hand, building a professional GPU server cluster independently for training such models is highly costly and has a high entry barrier. This has led to a significant imbalance between the supply and demand of computational power in the AI field.

Solutions for contradiction between the current computational power supply and demand

To address the contradiction between the current computational power supply and demand, DGPT, a decentralized idle computational power-sharing platform, was born. DGPT aims to pool idle computational resources worldwide. Whether it's the idle computational power of individual user devices or the idle servers of various institutions, all can provide cost-effective computational support for AI system training via the DGPT platform. DGPT has been specially designed with low entry barriers, automated access, and incentive mechanisms, allowing even non-tech professionals to quickly join. With a simple registration and client software installation via a mobile app, ordinary users can opt to provide their device's idle computational power to the DGPT platform, participate in AI model training, and the entire process is completely transparent and invisible to the user, not affecting the device's regular use. This opens up a new way for the general public to earn passive income.

DGPT can achieve virtual pooling and flexible scheduling of heterogeneous terminal computational resources, supporting dynamic allocation and matching of available computational power across the network based on customer AI training task requirements, ensuring rational resource allocation and effective utilization. Core technologies include efficient workload allocation algorithms, cross-platform universal data interfaces, and powerful task schedulers. These innovative designs overcome the challenges faced by traditional distributed computing platforms, achieving unprecedented flexibility and scalability.