Building a physical network doesn’t always mean starting with new hardware. Some of the infrastructure is already out there. The opportunity is to make it useful to more businesses. That’s the idea behind onocoy. The onocoy open marketplace connects compatible GNSS reference stations across manufacturers. Operators contribute positioning data and earn solana:onoyC1ZjHNtT2tShqvVSg5WEcQDbu5zht6sdU9Nwjrc. onocoy validates the data and makes it available on demand. An existing station can easily be added to this network, benefiting both the owner and a business in need for reference data. For the network to become a sustainable business, connecting supply is only part of the job. Customers need useful coverage, reliable data and a reason to keep paying. That’s what makes this model worth watching: not just how many stations connect, but what businesses build with their data.

What happens when the positioning signals we depend on become unreliable? GNSS interference can disrupt transport, autonomous systems and critical infrastructure. Building resilience into positioning, navigation and timing is a challenge across the industry. Tomorrow, October 14th, onocoy President and Co-Founder Daniel Ammann will moderate “Navigating the Storm – PNT Resilience” at the @esa NAVISP Industry Days in Rome. Following Ramsey Faragher’s keynote on resilient PNT in automotive, Daniel will bring together experts from QASCOM, Septentrio, Allium Associates, Dimetor and TrustPoint to discuss this challenge. The topic connects directly to our work: through an ESA NAVISP project with @ETH Zurich, onocoy is exploring how AI can detect spoofed GNSS observations across community-operated reference station networks. We look forward to exchanging perspectives on how to make positioning infrastructure more trustworthy and resilient. 📍 Sapienza University, Rome 📅 October 14 · 15:10 local time

Robots and autonomous machines need to know exactly where they are. For many outdoor applications, ordinary GPS isn’t precise enough. GNSS reference stations provide data that compatible positioning systems use to calculate centimeter-level positions. onocoy brings these stations together in one open marketplace. Here’s how it works: Station operators contribute data and earn solana:onoyC1ZjHNtT2tShqvVSg5WEcQDbu5zht6sdU9Nwjrc. High-quality infrastructure can serve more customers beyond its owner’s own projects. onocoy validates the contributed data. Connecting stations is one part of the job. Checking the data they supply is another. Businesses access that data on demand. Applications range from surveying and precision agriculture to drones, robotics and autonomous vehicles. The marketplace is hardware-agnostic, connecting compatible stations across manufacturers. That’s the idea behind onocoy: turn fragmented positioning infrastructure into a shared resource for the machines that need it.

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