Planck Uses $230 million GPU Network to Decentralize AI

- Taps $230 million GPU network to decentralize AI computing. - New layer-0 blockchain slashes costs by up to 90%, disrupting cloud dependency. On July 30, 2025, Planck debuted its groundbreaking layer-0 blockchain to establish decentralized AI networks and applications. According to Cointelegraph on July 30, this launch directly challenges tech giants like OpenAI and Google. The initiative leverages a global GPU network valued at $230 million to address the industry's reliance on centralized computing. Planck’s blockchain taps into a worldwide fleet of GPU processing units to counteract inefficiencies in the AI compute market, where demand for advanced chips outpaces supply. In this ecosystem, GPU operators who share their resources can earn Planck's native token, as the platform algorithmically determines rewards based on metrics such as uptime (proof-of-connectivity) and delivered output (proof-of-delivery). The protocol generates revenue from transaction fees, SDK usage, and developer tools. Its on-demand GPU rental model is a standout feature, offering users a cost-effective cloud alternative at rates up to 90% cheaper. Since February 2025, Planck has amassed $1.5 million in revenue, primarily from this rental service. This layer-0 rollout reflects a larger industry shift toward using Web3 principles to decentralize AI development. A spokesperson emphasized that high-performance AI compute is heavily centralized in the hands of a few tech giants, underscoring the need for decentralized options. The launch coincides with significant growth in the GPU-as-a-service market, an expansion driven by an ongoing shortage of advanced AI chips. Precedence Research estimates the market, valued at $4 billion in 2024, will reach $32 billion by 2034, a compound annual growth rate (CAGR) of 23%. Within this booming industry, Planck’s decentralized framework offers a competitive and cost-effective alternative.