If I’m providing liquidity to a DeFi pool, I’d want my position size and trading activity to remain private while still earning yield and interacting with other protocols. I don’t think protecting that information should mean moving my assets into a separate wrapped token or giving up access to DeFi. That’s what makes @fhenix interesting to me. With confidential computation and dual-mode tokens, the goal is to make privacy possible without breaking composability. I want to use DeFi on my terms, without making every financial move public knowledge.

Four new testing partners joined Optimum’s network in Q3: FP Validated, Finoa Consensus Services, DSRV, and Twinstake. @get_optimum is steadily expanding its work with validator operators while developing a different approach to blockchain data propagation. Its mump2p technology uses Random Linear Network Coding (RLNC) to help blocks and other data reach nodes faster, without requiring changes to existing blockchain protocols. On Ethereum’s Hoodi testnet, Optimum has reported average block propagation of around 150 milliseconds, at least 6x faster than the Gossipsub baseline. The team also reports bandwidth reductions of around 90–95%. For validators, these improvements could mean fewer missed slots, lower networking costs, and better opportunities when timing matters. I like that mump2p is designed to work alongside existing clients rather than asking operators to rebuild their setup around a new protocol. The next thing I’ll be watching is how these results hold up as testing expands and more operators put the technology through its paces. Optimum is working on a part of blockchain infrastructure that doesn’t always get much discussion, but its performance can have real consequences for the people running the network.