On July 1, the Global Policy Strategy (GPS) team of the Ethereum Foundation officially released 'Ethereum for Governments and Institutions,' a non-technical primer covering how Ethereum works, its governance, comparisons with alternatives, and real-world deployments. The guide addresses a core question: why digital infrastructure must be neutral, and why Ethereum is suited for that role. It argues that current digital systems—payments, identity, registries, and institutional record-keeping—are fragmented, proprietary, and controlled by a few intermediaries, creating single points of failure and operational risks. A cyberattack, regional outage, or natural disaster affecting a centralized operator can disable entire systems. Users must trust these intermediaries, who can unilaterally remove participants or change rules. Recent incidents—cloud outages crippling government services, financial systems weaponized across borders, and major identity providers breached—highlight the fragility of centralized infrastructure. The report concludes that patching a weak foundation with better rules cannot fundamentally fix the problem; the only genuine solution is trusted neutral infrastructure where the protocol itself enforces rules, free from human discretion or external pressure.
Ethereum's Technical Advantages and Neutral Positioning
Ethereum has operated without interruption since its 2015 launch. As of March 2026, it is secured by approximately $76 billion in staked ETH, supported by a geographically diverse validator network, multiple independent client implementations, and a large developer ecosystem. The report emphasizes Ethereum's openness, ownerless nature, and similarity to the internet—making it suitable as public infrastructure. It distinguishes between truly decentralized protocols (like Ethereum) and enterprise products controlled by a single company or a small group. This difference has profound implications for policymakers: only genuinely neutral networks can serve as trusted public infrastructure for decades, while enterprise products carry inherent liability and systemic risk. The guide references OpenZeppelin's analysis of key differences among layer-1 blockchains, highlighting Ethereum's advantages in security, decentralization, and sustainability.
Real-World Government Deployments
The report cites multiple live use cases: Bhutan and Buenos Aires anchor decentralized digital identity systems on Ethereum, giving users control over their identity and data sharing choices; India uses an Ethereum-based system for land records to combat fraud and ensure immutability of public records. These examples demonstrate Ethereum's applicability beyond finance—including transaction settlement, asset issuance, identity, registries, proofs, supply chain tracing, and tokenized markets. The report argues that Ethereum is not merely a financial instrument but an open, neutral, programmable infrastructure for any system requiring multi-party coordination without trusted intermediaries.
Policy Recommendations: Choose Neutral Infrastructure and Develop Appropriate Governance
For governments and institutional stakeholders, the report identifies two urgent priorities: (1) selecting neutral infrastructure that preserves sovereignty while coordinating with other parties, and (2) determining how to govern infrastructure that does not fit existing regulatory frameworks. These decisions are interdependent—a truly neutral network, without a capturable or coercible control party, enables unique public-sector deployments and requires distinct regulatory treatment. The Ethereum Foundation states that this guide is designed to help stakeholders understand the differences between Ethereum, other blockchains, and existing centralized systems, informing policy decisions and deployments. The full report is now publicly available.
