ROBOTICS

Centimeter-level precision for every mission

From autonomous sidewalk delivery bots threading crowded urban corridors to industrial rovers navigating GPS-denied environments, our corrections and sensor fusion modules deliver the positioning continuity that ground robotics need.
We Know ROBOTICS

Centimeter accuracy tailored for your robot

From last-mile delivery footpaths to infrastructure inspection routes to outdoor autonomous operations, Point One delivers the centimeter-level positioning and sensor fusion that ground robotics demand. Whether you're navigating a crowded sidewalk, mapping an industrial facility, or operating a rover BVLOS, Point One helps your robot stay found.
A small purple delivery robot with wheels and a red flag is on a sidewalk near a pedestrian crossing in a modern city with glass buildings and parked cars.

Sidewalk Delivery

Centimeter-accurate positioning and precise stop detection for correct address resolution, safe pedestrian interaction, and exact handoff location confirmation, even in dense urban multipath environments.
A small, sleek delivery robot with six wheels and an orange flag is positioned next to cardboard boxes inside a spacious, modern warehouse with metal walls and a glass ceiling.

Industrial Inspection

Stable navigation and precise path following for facility-wide coverage, including reliable positioning through the GNSS-denied zones created by steel racking, overhead conveyors, and loading dock overhangs.
A small autonomous robot vehicle drives along a marked AGV route inside a large industrial warehouse, with workers and machinery visible in the background.

Autonomous Logistics

Continuous positioning through dynamic environments with robust dead reckoning through signal-blocked interiors and rapid re-acquisition on return to open sky.
Two tracked robots with cameras and sensors move along a dirt path surrounded by greenery, navigating rough terrain in an outdoor setting.

Military & Defense

Deployed and wholly owned private network, ensuring security and monitoring of all corrections data and physical infrastructure.
positioning engine

Finely-tuned sensor fusion

Through fused GNSS and inertial data, tightly coupled with wheel odometry, our engine maintains precise navigation stability through variable speeds, surface transitions, and full GNSS outages.
Finely-Tuned Motion Models
Robot-specific motion models that account for wheel slip, surface contour, and low-velocity inertial dynamics to deliver hyper-accurate positioning.
Tightly Coupled System
Pre-calibrated sensor fusion combining GNSS, IMU, and odometry for best-in-class navigational accuracy and reliability from the moment your robot moves.
RTK network

Navigate with confidence on the most geographically dense RTK network in the world

Point One's RTK Network enables instant convergence times so your robot gets fixed before it leaves the dock. With an average of 40 km distance to a base station, your robot gets the best accuracy paired with the most advanced ground-vehicle motion models.
True RTK (1-3 cm)
Single-baseline and Network RTK that enables centimeter accuracy horizontally and vertically.
Virtual RTK (3-8 CM)
Continental SSR delivery of corrections where vast coverages is important.
HARDWARE-AGNOSTIC

Runs on any platform

Our Positioning Engine is built to perform anywhere — from embedded modules to external processors. It delivers identical accuracy across architectures, giving OEMs control over integration, performance, and power.
CROSS-ARCHITECTURE SUPPORT
Runs natively on lightweight MCUs and high-performance processors alike.
PORTABLE CORE
Written in C/C++ for easy integration into custom hardware and software stacks.
FLEXIBLE DEPLOYMENT
Supports on-module, companion, or external configurations — without sacrificing precision.
core applications

Positioning expertise for your robot

Purpose-built positioning intelligence for ground robots, delivery drones, and autonomous fleets, from open-sky deployments to GNSS-denied environments.
Two white delivery robots with wheels are driving on a sidewalk outside a modern glass building. A few people are walking in the background along the covered walkway.

DEAD RECKONING

Ground robots lose GNSS under building overhangs, inside loading docks, beneath dense canopy, and within steel-framed structures, exactly where most missions reach their critical endpoint. Point One's sensor fusion maintains continuous, accurate positioning through every gap.
Three small, boxy delivery robots with six wheels each, two blue and one yellow, lined up in the snow. Each has a red flag on top and is in front of a modern building with trees in the background.

AUTONOMOUS DEPLOYMENT

Scaling ground robot operations from controlled test zones to real-world deployments requires positioning that holds up across surface types, environments, and weather. Point One delivers the continuous positioning autonomous fleets need to operate safely and reliably.
A person places a cardboard box into a small, white autonomous delivery robot with four large wheels on a city sidewalk. The robot’s door is open, and trees and buildings are visible in the background.

LAST-METER NAVIGATION

The final meters of a delivery or inspection mission demand absolute confidence in position. Point One's cloud-delivered corrections and tightly coupled sensor fusion provide the positioning continuity that precise docking, handoff, and landing-zone targeting demand.

ANTI-THEFT

Precise continuous tracking enables theft detection that triggers on real unauthorized movement — not GNSS drift. Providing recovery teams with accurate, real-time vehicle location from the moment an alert is raised to the moment the vehicle is retrieved.