Powering the Hidden Layer — Why Private Routing Is the Future of Ethereum
The public mempool leaks alpha, turning every exposed transaction into an opportunity for extraction — OrderPath fixes this with a production-grade private routing layer that keeps flow hidden until inclusion.
For years, builders have treated the mempool as a given — an open commons where every transaction lives in the light. But in that light, alpha bleeds. The mempool isn’t public by design; it’s public by default. And in Ethereum’s high-stakes environment, that default costs users, wallets, and protocols billions in lost value every year.
At OrderPath, we’ve spent years building infrastructure that moves serious volume — systems that keep protocols alive during gas spikes, liquidation cascades, and market chaos. We’ve seen what happens when visibility becomes vulnerability. Frontrunning, sandwiching, priority gas auctions — every one of them begins with exposure.
That’s why we built OrderPath, a private orderflow network designed for Ethereum’s current reality. It’s not an experimental sidechain or a research project; it’s a production-grade layer that routes transactions securely and efficiently, ensuring execution stays private until inclusion. No public mempool exposure. No stolen alpha. Just clean execution.
Our network already powers wallets and RPC providers who need a faster, safer path for their users’ transactions — a path that’s invisible to opportunistic actors and optimized for performance. Integration takes minutes. Reliability is near 100%. And partners see both user satisfaction and revenue climb as protected order flow becomes a competitive advantage.
Ethereum doesn’t need a new chain. It needs better routing. That’s what we’ve built — quietly, efficiently, and battle-tested across multiple networks before bringing it home to Ethereum.
OrderPath — The hidden layer powering fair execution.
