Today, VOLT, the premier decentralized physical infrastructure network (dePIN) for GPU clusters, announced a strategic partnership with a Web3 privacy project, the first decentralized data execution layer for AI. The objective of this partnership is to establish a secure, compliant, and high-performance environment for AI and Web3 applications. This will be achieved by integrating a Web3 privacy project’s cutting-edge privacy and data security technologies with VOLT’s robust decentralized GPU resources.
a Web3 privacy project addresses critical challenges in preventing data breaches during AI model training through this partnership, providing a suite of innovative technologies that safeguard data privacy at every stage. a Web3 privacy project guarantees the privacy and security of data as it exits centralized environments by employing Zero-Knowledge (ZK) verification protocols. This method facilitates the secure storage, transmission, and processing of data, thereby reducing risks and establishing a secure environment for the execution of decentralized data.
Mutually Beneficial Infrastructure
The collaboration also investigates the utilization of VOLT’s decentralized GPU clusters to establish a compliant and privacy-preserving AI training environment. a Web3 privacy project can securely process sensitive training data without relying on traditional trusted environments by utilizing VOLT’s GPU infrastructure in a decentralized sandbox-free setting. Throughout the training process, data confidentiality and security will be guaranteed through the implementation of ZK protocols, which will further ensure decentralization.
the team lead, Chief Business Development Officer at VOLT, stated, “Our collaboration with a Web3 privacy project is a pioneering initiative that will increase the accessibility of decentralized, privacy-compliant AI compute to a broader audience.” “This partnership unites a Web3 privacy project’s cutting-edge data privacy solutions with our high-performance decentralized GPU capabilities, thereby establishing a secure and scalable AI ecosystem within Web3.”
Furthermore, the GPU network of VOLT will facilitate a Web3 privacy project’s data sharding and quantized model generation solutions, thereby improving the efficiency of AI model training on large datasets for clients. This method not only safeguards data privacy but also facilitates secure, scalable, and cost-effective training for enterprises, developers, and individuals.
the co-founder, CEO of a Web3 privacy project, stated, “We are expanding the boundaries of what is feasible in secure AI and Web3 compute by collaborating with VOLT.” “We are collaborating to create a future in which users can access state-of-the-art AI infrastructure without sacrificing privacy or security.”
This partnership is a substantial step forward in the development of a secure and accessible infrastructure for AI and Web3 applications, enabling developers, businesses, and GPU proprietors to access new opportunities within a decentralized, privacy-first framework.
About VOLT
VOLT is a decentralized physical infrastructure network (DePIN) that deploys and manages on-demand, decentralized GPU clusters from geo-distributed sources. Hundreds of thousands of GPUs are accessible today in VOLT Network, and this Internet of GPUs is specifically architected for low latency, high processing demand use cases like AI/ML ops and cloud gaming. VOLT democratizes access to GPU compute capacity while reducing costs, expediting lead times, and expanding choice for engineers and businesses. Access compute capacity for a fraction of the cost or become a capacity supplier at VOLT.