Vitalik Buterin Says Ethereum’s Open Infrastructure Positions It as Web3’s Linux

Ethereum has been increasingly described as playing a role similar to that of the Linux operating system, but focused on transferring value and managing risk on the internet. This comparison reflects the idea that both platforms rely on open source principles while enabling highly customized implementations. Vitalik Buterin has pointed out that Linux allows developers to build modified versions of its software, while Ethereum achieves comparable flexibility through its expanding network of layer-2 scaling solutions.

The analogy emphasizes that Ethereum, like Linux, is designed to function as shared infrastructure rather than a closed product. Its base layer is intended to remain neutral and decentralized, while innovation and specialization occur at higher layers. Supporters of this model believe it allows Ethereum to scale without sacrificing its core values of openness and permissionless access.

Ethereum Layer 1 as a Financial Home

Ethereum’s base layer is increasingly positioned as a foundational settlement and security layer for individuals and organizations seeking greater autonomy. The network is expected to serve users who want direct access to decentralized financial infrastructure without relying on traditional intermediaries. This role mirrors how Linux has supported a wide range of users, from individual developers to large enterprises and governments, while maintaining its decentralized governance model.

Advocates of Ethereum’s approach argue that the base layer must remain robust and trustworthy, even as activity migrates to secondary networks. In this structure, Ethereum Layer 1 provides security, finality, and neutrality, while layer-2 networks handle scalability and user-specific requirements. This division of responsibilities is seen as essential for long-term sustainability.

Growth and Debate Around Layer-2 Networks

The Ethereum ecosystem currently includes more than a hundred layer-2 networks, according to industry trackers. This rapid expansion has sparked debate within the community. Critics contend that the growing number of layer-2 solutions creates fragmentation and competition that could dilute activity on the base layer. They also point to a decline in base-layer fee revenue following major upgrades as evidence that scaling may reduce Ethereum’s direct economic returns.

In contrast, supporters argue that this diversity is a strength rather than a weakness. They maintain that multiple layer-2 networks provide users with choice, better performance, and lower costs. From this perspective, Ethereum’s modular scaling strategy allows the network to support many high-throughput environments without forcing a single design decision on all users.

Experimentation and Modularity as Core Strengths

Proponents of Ethereum’s rollup-centric roadmap highlight its capacity for experimentation. The architecture allows independent teams to explore different execution models, block times, and performance trade-offs without altering the base protocol. This flexibility is often described as an underappreciated feature of Ethereum’s design, as it enables innovation while preserving shared security and standards.

However, concerns remain about interoperability. Observers have warned that high-throughput chains that lack meaningful interoperability risk isolating users and liquidity. Without seamless interaction between networks, assets, and applications can become trapped in separate environments, leading to fragmented liquidity and a degraded user experience. Ensuring strong interoperability is therefore viewed as critical to maintaining cohesion across Ethereum’s growing ecosystem.

A Long-Term Operating System Vision

The Linux comparison underscores a broader ambition to position Ethereum as an operating system for the internet. This vision extends beyond payments or decentralized finance to include distributed computation, consensus formation, and the coordination of economic activity online. In this model, Ethereum is not defined by any single application or network, but by its role as shared infrastructure that others build upon.

By prioritizing openness, modularity, and decentralization, Ethereum aims to follow a path similar to Linux, which became foundational precisely because it enabled others to innovate freely on top of it. Supporters believe that if Ethereum succeeds in balancing scalability with interoperability, it can mature from an experimental platform into essential global infrastructure for transferring value and managing risk in the digital age.