NOWNodes Are Opening New Servers in the United States

Why Location Still Matters in Blockchain Infrastructure

For anyone building crypto applications, speed is not just a feature it is the whole game. A wallet that takes three seconds to confirm a balance, a DeFi interface that lags on transaction submission or an exchange that misses mempool data by half a second these are not minor inconveniences. They are reasons users leave and never come back.

What Is Actually Happening

The Expansion in Plain Terms

NOWNodes, a leading blockchain node provider, is deploying a new server cluster in the United States. The US is the second major processing region for NOWNodes users, joining the existing infrastructure that has already been serving clients globally.

What This Means for Your App

This is not just a capacity upgrade. It is a fundamental shift in how close the service sits to the people and applications that depend on it every day. For developers and businesses whose users are based in North America, requests are no longer making unnecessary round trips across the world. The data stays closer, the latency drops, and the experience on the other end gets noticeably better.

​​Measured Performance Gains After US Infrastructure Launch

The numbers speak for themselves. Before we finished the US rollout, requests bouncing between regions (US→EU→US) were taking anywhere from 240 ms to over 700 ms. Now, with traffic staying local, those same calls come back in under 80 ms — sometimes under 25 ms.

This is a big step that a different class of performance has given us.

Moreover, NOWNodes infrastructure includes automatic GEO fallbacks, ensuring that if one region becomes overloaded or temporarily unavailable, requests are instantly rerouted to the next optimal location. This means applications continue to run without interruptions, maintaining stable performance, consistent response times, and a seamless user experience regardless of regional issues.

For most methods, that’s a 10× speed improvement for North American traffic. If you’re building anything latency-sensitive — a wallet, a mempool tracker, a trading tool — that difference is something your users will actually feel.

What the New US Cluster Actually Brings

Four Things That Change Right Away

The new infrastructure is not just about adding machines to a rack. It is about what those machines do for the system as a whole. Here is what changes for users immediately:

• Faster average API response for all North American traffic
• Reduced latency for time-sensitive operations like mempool monitoring
• Better throughput during peak demand windows
• Geographic redundancy that kicks in automatically when problems arise

Why This Matters for Blockchain Specifically

The NOWNodes Model

As a blockchain node provider, NOWNodes gives developers direct access to rpc node endpoints across a wide range of blockchain networks without having to run and maintain their own nodes. That is already a significant operational relief for most teams.

Where Infrastructure Quality Becomes Critical

But the quality of that access depends entirely on the infrastructure behind it. An rpc node that is geographically far from your users, or sitting behind a fragile network topology, introduces exactly the kinds of delays and instability that make blockchain applications frustrating to use.

The Mempool Problem

For fast networks where transaction mining speed is critical, or where mempool monitoring means watching for events that appear and vanish in seconds, even small delays translate into real losses. 

What to Do Now

For Existing Users

The United States expansion is live. For NOWNodes users with North American traffic, the improvement should be immediately noticeable, no configuration changes required on your end.

For Developers Evaluating Their Options

If you have been looking at your choices for blockchain node provider access and wondering which service is actually investing in its infrastructure, this is a concrete answer. A growing node network, broad chain support, and now a US-based cluster built with real redundancy in mind.