Everyone talks about scaling blockchains. Bigger blocks. More validators. Faster execution. But there’s another layer quietly determining how far that scaling can actually go: the network. A block doesn’t become useful when it’s produced. It becomes useful when thousands of nodes can receive, reconstruct, and act on it quickly. As blockchain activity grows, inefficient data propagation creates pressure on bandwidth, increases latency, and makes synchronization harder across geographically distributed validators. This is where @get_optimum takes a different approach. Instead of changing consensus, Optimum is optimizing the infrastructure underneath it. mump2p improves peer-to-peer data propagation, while RLNC allows network data to be encoded and reconstructed more efficiently even when packets are lost or connections are imperfect. And this is only the beginning. Optimum’s broader vision introduces a Universal Data Acceleration Network, moving toward decentralized memory infrastructure through DeRAM and DeROM. The goal isn’t simply to make a blockchain “faster.” It’s to make the underlying flow of information more efficient. Because when execution scales but data movement doesn’t, the network eventually becomes the ceiling. The future of blockchain scaling may depend just as much on how information moves as on how information is processed. And that’s the layer @get_optimum is building. @JimmyHope_ @Isaacjohnibiam @cryptooflashh @ada_pegasus