Point One full-stack precision positioning
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Owning the full positioning stack lets Point One sell precision location as a finished service, not as a bag of parts. That matters because an OEM does not need to source corrections from one vendor, fuse sensor data with another library, and build its own fleet console on top. Point One bundles the base station network, embedded positioning engine, cloud provisioning, billing, telemetry, and APIs into one contract and one integration path, which raises switching costs and makes reliability part of the product.
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The vertical integration is concrete at the product level. Polaris runs more than 2,000 base stations and handles over 5 million daily correction sessions, while the same stack also includes sensor fusion software and a GraphQL cloud layer for provisioning, credentials, observability, and billing. That turns a hard robotics workflow into a single developer integration.
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This model also changes how money is made. Point One charges recurring per device fees, $42 monthly for Virtual RTK and $125 for True RTK, then deepens the account through reference hardware and software licensing. Once an automotive, drone, or industrial OEM bakes that stack into its product, replacing it means reworking both software and operations.
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The tradeoff is that Point One is competing more like Trimble and u-blox than like a lightweight API company. Trimble pairs correction services with its own hardware ecosystem, and u-blox now offers PointPerfect Live and Flex as silicon-to-cloud positioning services. Point One is using the same full stack logic, but with a newer software first developer surface.
The next step is moving further up stack from centimeter corrections into broader location infrastructure. As Point One adds virtual corrections, cloud APIs, and packaged positioning software for more device types, it can spread its network costs across more fleets and become the default location layer inside robotics, vehicles, wearables, and industrial systems.