Consider a developer building an Ethereum monitoring platform. The application needs to receive block data, process it, and update its users or internal systems. Another developer might be building analytics software that tracks network activity or monitors validator performance. A third might need a continuous block stream to power a service that reacts to changes onchain. Each application has its own requirements, but they share a common dependency: access to reliable blockchain data. Infrastructure that improves data delivery and provides practical ways to consume that data deserves attention from developers, not just node operators. There is an important distinction here. Faster block propagation does not automatically make every application faster. Processing time, application architecture, network connectivity, and other dependencies still matter. However, reducing delays in the data delivery path can be valuable when timely information is important to an application's operation. This is why I think the developer side of Optimum deserves more exploration. The conversation around blockchain infrastructure often focuses on the underlying network, while the applications that depend on that network receive less attention. Yet better infrastructure can create opportunities for developers to build more responsive services, improve monitoring, and work with blockchain data more efficiently. For me, the bigger question is how far this infrastructure can go as more developers explore ways to consume and work with blockchain data. Could faster propagation, combined with accessible data streams, make it easier to build applications that respond to Ethereum activity with less delay? That is worth watching as the ecosystem develops. Because the value of blockchain infrastructure extends beyond the speed at which information travels. It also includes what developers can build when that information becomes available to them. And that's another side of @get_optimum I think deserves more attention.