Ethereum Foundation unveils Privacy Stewards (PSE) for network privacy

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By Alexander

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The Ethereum Foundation is strategically pursuing its long-term vision for the network, focusing simultaneously on bolstering on-chain privacy and enhancing cross-chain interoperability. These two pillars are considered critical for Ethereum’s evolution into a robust core infrastructure capable of supporting global digital commerce, identity, and collaboration. These initiatives highlight a proactive approach, addressing both the philosophical foundations of decentralized technology and the practical demands of a fragmented, scaling ecosystem, thereby positioning Ethereum for broader institutional and mainstream adoption.

A significant step in this strategic push is the restructuring of “Privacy & Scaling Explorations” into the “Privacy Stewards of Ethereum (PSE).” This newly formed entity, operating within the Ethereum Foundation, is tasked with the ambitious mission of integrating comprehensive privacy solutions across all layers of the Ethereum network, including the protocol, infrastructure, networking, application, and wallet layers. PSE’s mandate reflects a recognition that robust privacy is not merely an add-on but a foundational requirement for a truly censorship-resistant and user-empowering digital economy.

PSE has outlined several near-term objectives for the next three to six months. These include enabling private transfers, with development underway for the PlasmaFold layer-2 network, facilitating confidential voting mechanisms, and implementing enhanced privacy safeguards for decentralized finance (DeFi) applications. Looking further ahead, the roadmap also details the development of protective measures against personal data exposure via remote procedure call (RPC) services and the implementation of private identity solutions leveraging zero-knowledge (ZK) proofs, which allow for verification of information without revealing its specific content. As articulated by PSE:

“Ethereum deserves to become core infrastructure for global digital commerce, identity, collaboration, and the internet of value. But this potential is impossible without private data, transactions, and identity. We take responsibility within the Ethereum Foundation for ensuring privacy goals at the application layer are reached.”

The urgency of these privacy initiatives is heightened by the broader socio-economic and regulatory landscape. The crypto community, rooted in the cypherpunk ethos, is increasingly vocal about evolving digital financial surveillance methods. In the United States, officials, including the Department of the Treasury, are considering new regulations for the crypto industry, such as proposals for government identity checks in smart contracts, which have met significant pushback. Ethereum co-founder Vitalik Buterin has consistently emphasized privacy as a fundamental human right, cautioning that transparency, in the digital age, can often function as a vulnerability rather than a feature, especially amid the rise of centralized power.

Parallel to its privacy efforts, the Ethereum Foundation is also prioritizing interoperability as a top near-term development goal. Researchers have identified interoperability as the highest leverage opportunity within the user experience domain for the next six to twelve months. This strategy focuses on an intent-based architecture and general message-passing. The core idea is to empower users to express desired outcomes, or “intents,” while the network handles the underlying low-level transactions and upgrades the cross-chain message-passing infrastructure. This ensures that these intents can execute seamlessly and without delay across various layer-1 and rollup solutions.

The Foundation plans to optimize for specific performance metrics, including time-to-inclusion, confirmation/finality, layer-2 settlement, and signatures per operation. The emphasis on interoperability stems from the growing fragmentation within the Ethereum ecosystem, where numerous layer-2 protocols enhance functionality and scalability but also introduce challenges related to disconnected user experiences. The key to accelerating interoperability, as identified by researchers, lies in unlocking fast cross-chain message-passing capabilities and fostering greater standardization, addressing the current bottleneck of slow settlement times.

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