Kevin Lepsoe from ETHGas explains why institutional investors continue to favor Ethereum despite the emergence of blockchains with significantly higher transaction processing speeds. The answer comes down to liquidity—a fundamental factor that matters more to traditional finance firms than technical performance metrics.
Liquidity Trumps Technical Specifications
While blockchain engineers often focus on transactions per second (TPS) as a critical benchmark, traditional finance institutions prioritize networks where substantial capital already exists. Ethereum maintains its position as the dominant platform for institutional adoption because it hosts the deepest liquidity pools in the decentralized finance ecosystem.
This preference reflects a pragmatic approach by institutional investors who need to execute large trades without significant slippage. Higher TPS capabilities on newer chains offer technical advantages, but these benefits become secondary when dealing with the capital deployment requirements of major financial institutions.
Implications for Blockchain Developers
The institutional preference for Ethereum over faster alternatives creates distinct dynamics in the blockchain job market. Developers with Ethereum expertise remain in high demand as financial institutions continue building infrastructure on the network. Companies focusing on institutional products typically seek professionals with deep knowledge of Ethereum's ecosystem, including its tooling, security practices, and established protocols.
Engineers working on high-performance blockchain alternatives face a different challenge: demonstrating how their platforms can attract meaningful liquidity to compete with Ethereum's established network effects. This requires skills beyond pure technical development, including business development, tokenomics design, and ecosystem building.
Career Considerations for Web3 Professionals
For blockchain professionals evaluating career opportunities, Lepsoe's observations highlight an important consideration. Roles at Ethereum-focused projects working with institutional clients may offer more stability given the continued institutional preference for the network. However, emerging high-performance chains also present opportunities for professionals interested in solving the liquidity bootstrapping problem and building next-generation infrastructure.
The divergence between what excites engineers technically and what attracts institutional capital underscores the importance of understanding business fundamentals alongside technical capabilities in the blockchain industry. Professionals who can bridge this gap—understanding both technical architecture and institutional requirements—will likely find themselves well-positioned in the evolving web3 job market.
