🌍 UniFi is for Consumer Apps Consumer apps need something crypto infrastructure has historically struggled to provide: An experience where users barely notice the infrastructure underneath. Fast interactions. Predictable execution. Low friction. And enough capacity to support activity at consumer scale. UniFi is designed to give applications dedicated execution without forcing them into an isolated ecosystem. That means: • Dedicated blockspace: applications don’t have to compete with unrelated activity for execution. • Low-latency execution: Puffer Preconf provides fast execution assurances before final Ethereum settlement. • Application-specific execution: builders can optimize around the performance requirements of their products instead of adapting them to a general-purpose environment. • Ethereum-aligned sequencing: based sequencing keeps transaction ordering aligned with Ethereum validators rather than relying on an independent centralized sequencer. • Connected liquidity and applications: synchronous composability keeps dedicated execution connected to Ethereum’s liquidity, state, and applications. For consumer apps, blockchain infrastructure should increasingly disappear into the background. Applications get the execution they need. Users get the speed and responsiveness they expect. And underneath it all, UniFi keeps them connected to Ethereum. 🐡

AI agents need speed. But speed without liquidity isn’t enough. UniFi brings dedicated execution and Ethereum liquidity closer together through synchronous composability. Built for an autonomous economy that moves at machine speed. 🐡

Almost time. 🐡

Ethereum has the liquidity. UniFi brings the execution. Synchronous composability brings them together. You’ll see why that matters very soon. 👀🐡

Why Puffer Preconf’s slashing matters for rollups: Fast preconfirmations are only valuable if the commitments behind them are credible. @puffer_preconf is designed around slashable commitments backed by restaked ETH. If preconfirmation rules are violated, economic value can be put at risk through slashing. For rollups, this means fast execution assurances don’t have to rely solely on trusting an operator to honor its commitments. Instead, they get a fast path backed by economic accountability. Speed for rollups. Accountability rooted in Ethereum. 🐡

🌍 UniFi is for DeFi DeFi was built around one of Ethereum’s most powerful properties: composability. Liquidity, lending, trading, and other financial primitives could interact within the same environment. A single transaction could move across multiple protocols atomically. Scaling changed that. As execution moved across rollups, liquidity became distributed across separate environments. Different sequencers, state update cycles, and bridges made interactions increasingly asynchronous. UniFi is designed to scale DeFi without accepting that fragmentation as the default. DeFi applications can launch dedicated execution environments while remaining closely connected to Ethereum. That means: • Dedicated execution: applications get blockspace tailored to their own performance and execution requirements. • Fast transactions: @puffer_preconf provides low-latency execution assurances before final Ethereum settlement. • Ethereum-aligned sequencing: based sequencing keeps transaction ordering aligned with Ethereum validators rather than relying on an isolated centralized sequencer. • Liquidity connectivity: synchronous composability is designed to keep specialized execution connected to Ethereum L1 liquidity and state. • Stronger composability: instead of every application becoming its own isolated execution island, UniFi enables applications and liquidity to interact more closely across Ethereum-aligned environments. The goal is to give applications their own execution environments while preserving the liquidity and composability that made DeFi powerful in the first place. That is what UniFi is built for. 🐡