Fleet-Ready RTK: Managing Centimeter Accuracy Across Every Device You Ship

​How do you manage centimeter accuracy across every drone you ship, not just the one on the bench?

​Getting one airframe to RTK is a configuration problem. Doing it on every unit — provisioned at the factory, accurate on a customer's first flight, in a region your team has never flown — is a fleet management problem.

​In this live demo, we will show you what it takes to run RTK-corrected GNSS as fleet infrastructure.

​We'll walk through connecting an airframe, assigning credentials across a fleet, and tracking devices in the field — the same path a drone manufacturer follows from first integration to volume production.

​What you'll learn:

​🛰️ How an airframe connects to the Point One RTK Network over NTRIP and RTCM 3.x — PX4 and ArduPilot, Cube and Pixhawk

​🌍 Why one mount point across the US, EU, UK, Canada, and Australia removes per-site base stations and ground control points

​🔁 How the GraphQL API assigns credentials to customer devices automatically, tags them with your own metadata, and shows where every unit is in real time

​📡 What holds accuracy through GNSS gaps — sensor fusion with drone-specific motion models, multipath mitigation in urban-canyon RF