Point One RTK Corrections Network
100x more accurate
GNSS is the backbone of global positioning but atmospheric and orbital errors limit its precision. Point One's RTK Network corrects those errors through the world’s densest RTK network, delivering 100x higher precision than GNSS alone.
FULLY OWNED NETWORK
Built, not borrowed
RTK works by using specialized base stations to correct GNSS errors. Most networks gamble on third-party and crowd-sourced stations they don’t own or control. Point One is built different, delivering unmatched reliability wherever you deploy.
Designed and manufactured in-house
We design and manufacture our own commercial-grade base stations in the USA and EU, built to perform in demanding environments and deliver long-term durability.
High-security sites
Point One acquires controlled, access-restricted locations for base stations, keeping the network protected from tampering and unauthorized access.
Survey-grade install
Each base station is professionally deployed and verified by Point One technicians, ensuring precise calibration and stable reference coordinates for consistent correction data.
Network Intelligence
Full ownership and operation of the network lets us embed root-level observability, providing industry-leading visibility and OTA update capability
api
Software-Defined Control
Point One has the ONLY Software Defined Corrections Network on the planet, making precision location fully programmable. This enables you to tailor network capabilities down to the device level, in real time, to optimize performance.
constellation selection
Configure which GNSS constellations and signals are broadcast to each device.
Data Rate optimization
Adjust correction data rates in real time based on device needs and operating conditions to optimize connectivity costs.
dynamic delivery modes
Devices intelligently switch correction delivery modes based on real-time conditions.
geographic density
Higher Density = Better Corrections.
You can’t cheat physics. Decades of GNSS research show that accuracy and convergence degrade sharply beyond ~40 km station spacing—so Point One builds a uniform 30–40 km network to deliver faster convergence and reliable centimeter-level precision.
True RTK
1-2 cm
Only platform with both Single-Baseline and Network RTK (VRS) options.
virtual RTK
3-7 cm
SSR (State-space representation) solution also known as PPP-RTK.
DGNSS
<1m
Differential GNSS utilizing Pseudorange-based corrections from the RTK network.
Comprehensive
Making the RTK Choice Simple -
Single-Baseline AND Network RTK
For too long, single-baseline and network RTK have been treated as competing approaches, forcing teams to pick a side early in their development process. Whichever your preference or need, Point One brings both together on a single platform, enabling you to evaluate real-world performance using the same integration and workflows,.
single-base line
Single-baseline RTK delivers corrections to a rover from the observables generated by the nearest physical base station.
network rtk
Network RTK uses a Virtual Reference Station near the rover and a set of sophisticated algorithms to synthesize observables from a number of physical stations.
Hardware agnostic
Works on any device
Point One uses open standards across every layer of the system to ensure universal compatibility with no integration work.
RTCM Messaging
Standards-based correction messages compatible with all major GNSS receivers.
NTRIP Protocol
Reliable, open-protocol delivery that works with devices out of the box.
All Constellations
Ingesting GPS, GLONASS, Galileo, and BeiDou for maximum performance.
customer stories
Precision location, in the real world
Don’t just take our word for it. Read about how real companies are building precision location into their products with Point One.
Centimeter precision across any race course
Point One's RTK architecture enables RaceRanger to scale objective, automated drafting detection from professional races to age-group events with thousands of athletes. The network provides
rapid deployment with fast convergence times globally and ensures reliable, consistent, centimeter-level accuracy without degradation, making high-volume, real-time spectator tracking and
course management effortless.
Farm scale autonomy with TRIC Robotics
TRIC Robotics eliminates the need for vulnerable on-site base stations with Point One RTK, providing the built-in redundancy and continuous coverage essential for farming at scale. This
reliable positioning enables TRIC’s fleet to cover hundreds of acres per robot and facilitates their specialized solution of UV-C light and bug vacuums critical for long-term pest control.
Doubling productivity with fully autonomous mowing
FireFly Automatix integrates Point One RTK to transform standard GNSS (which drifts by meters) into real-time, centimeter-accurate positioning. This core technical upgrade ensures the AMP
mower follows paths with uncompromising precision, eliminating overlap and waste to achieve perfect, repeatable striped patterns and high-efficiency operation.
get started
Start using Point One RTK
Getting centimeter-level accuracy for your device only takes a few minutes. Create an account, sign-in, get NTRIP credentials, and get fixed.
Free trial
Get 14 days free when you sign up for Point One RTK. See the power of centimeter-level accuracy for a single device or a fleet.
Book a call
Point One RTK is designed to work for you, whether you have one device or millions. Get technical advice from our field application engineers by booking a call.
View our base station map
Point One RTK works wherever you are. Enjoy 99.9% uptime reliability on a continental scale with the most dense self-owned and operated corrections network in the world.
platform
Your location stack
The Positioning Engine is one layer of the Point One platform. Alongside GraphQL APIs and Point One RTK corrections, it’s part of a complete stack designed to deliver stable, real-world positioning.
GraphQL
GraphQL makes it simple to integrate the Positioning Engine into your stack. Access outputs, diagnostics, and metadata through efficient, flexible queries.
Positioning Engine
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