The Ethereum 
$2,374 Foundation has launched a strategic initiative to enhance privacy standards across the network, introducing a team called “Privacy Cluster,” composed of 47 researchers, engineers, and cryptographers. Under the coordination of Igor Barinov, with early-stage R&D led by Andy Guzman, this initiative was announced on October 8, 2025, via the Ethereum Foundation’s blog.
Goals of the Privacy Cluster
The Privacy Cluster outlines a roadmap encompassing “Private Reads & Writes,” “Private Proving,” “Private Identities,” and a user experience layer. The aim is to develop applications capable of conducting transactions like private payments, voting, and internal processes in an efficient and portable manner. The Institutional Privacy Task Force, formed under the corporate compliance banner, is tasked with translating real-world requirements into technical specifications.
The Ethereum Foundation plans to integrate privacy into every layer of the Ethereum network. A described framework spans from high-level cryptographic R&D to embedded protocol features, application layers like Semaphore and MACI tools, identity solutions, and wallet-side Kohaku SDK. This approach aims to reduce data leakage risks for individual users while providing developers with new product categories and offering institutions a compatible working environment in public Blockchain.
Structure and Management Model
At the helm of this structure is Barinov as coordinator, with Guzman managing the Privacy Cluster team. The Ethereum Foundation is running the organization through a cluster model, supported by leaders in research, product, engineering, and operations lines. The goals are to enhance strategic alignment, facilitate scalability, and clarify accountability.
According to the Ethereum Foundation, privacy is an integral part of the digital trust promise being constructed. The vision is to develop standardized infrastructures enabling selective disclosure in a wide application range, from salary confidentiality and age verification to data portability and corporate process security.
