Polaris Replaces Farmer Owned Base Stations

This case study shows that precision farming is shifting from hardware that each farm has to buy and maintain, to a network service that turns RTK accuracy into a subscription. Agra-GPS sells retrofit autosteer for older tractors, and Polaris lets those machines pull corrections over standard RTCM and NTRIP links instead of relying on a local base station that must be installed, surveyed, powered, and troubleshot on the farm.

• The workflow change is concrete. Older Agra-GPS setups depended on a farm base station or a local CORS source, plus mount points, radios or cellular links, and machine by machine configuration. With Polaris, Agra-GPS can use the same receiver hardware and swap the correction source to a managed network.
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• That matters because base stations are fragile operationally. Agra-GPS installation guides show users managing caster settings, phone or modem links, mount points, and local network checks. Point One positions Polaris as a professionally installed, self owned network with 30 to 40 km station spacing and 99.9% uptime, which moves that burden off the farmer.
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• Strategically, this makes retrofit agriculture look more like SaaS. A tractor that once needed farm specific infrastructure can now be upgraded with a receiver and a corrections subscription. That expands the market from greenfield autonomy to the very large installed base of legacy machines that need autosteer but not a full equipment replacement.
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The next step is a broader unbundling of precision agriculture from dealer installed infrastructure. As correction delivery becomes a network service, more retrofit kits, GNSS modules, and software vendors can sell autosteer into mixed fleets across regions, and the advantage shifts to whoever offers the most reliable coverage, easiest integration, and lowest support burden at scale.