Swift Navigation’s GNSS positioning products are used across the globe in a variety of applications. Swift continues to be impressed by how its customers apply the centimeter-level accuracy of RTK GNSS to innovate and solve problems. Swift invites to you to review a sampling of this innovation in the case studies shared here.
This case study looks at how AI-Land's autonomous field robot, ETAROB, aims to decrease monotonous and physically demanding fieldwork in the agricultural sector with automation and integrated digitization.
This case study explores how Angsa Robotics specializes in the development and deployment of autonomous trash picking robots that utilize artificial intelligence (AI) for trash detection and sensors for navigation.
This case study reviews how AuveTech is building a flexible, last-mile transportation ecosystem with autonomous shuttles and utilizes high-precision GNSS to improve its autonomous mobility system.
This case study examines how Capra Robotics uses high-precision navigation to ensure autonomous robots can navigate and remove cigarette butts from hard to access areas like grass or gravel.
This case study features Kingdom Technologies large terrain, autonomous robotic lawnmowers and the impact of precise positioning on its performance following a designated path and analyzing docking features.
This study demonstrates how the integration of high-accuracy GNSS positioning improved route mapping for KNOT’s eScooter users and builds on improving rider experience for micromobility users across cities.
This case study looks at how Level Five Supplies is utilizing precise positioning to improve the navigation and accuracy of delivery robots and making them capable of navigating pavements and avoiding obstacles.
This case study explores how PANTOhealth utilizes accurate position data to reliably distinguish problematic data points on railways and schedule locations requiring infrastructure maintenance and optimization.
This case study examines how Smartmoov uses high-precision location data and positioning information to provide detailed analysis of driving skills to give driving schools the information needed to evaluate and produce responsible drivers.
This case study features SolarCleano and its use of precise positioning to accurately detect edge positioning while autonomously cleaning solar panels and aids movement of the robots from one panel to another.
This case study explores how Zeus Scooters uses the accuracy of precise positioning to monitor driver behavior, ensuring that the vehicle is used where intended and parked correctly at the end of a session.
This case study shows how Event 38 Unmanned Systems produces extremely accurate orthomosaics and benefits from the fast convergences times of the Piksi Multi multi-band GNSS receiver.
This case study highlights how the Korea Aerospace Research Institute (KARI) utilizes the Piksi Multi RTK GNSS receiver to create synchronized drone swarm flight for choreographed aerial maneuvers.
This case study looks at how Left Hand Robotics is using Piksi Multi and Duro in its SnowBot Pro that autonomously clears snow from sidewalks and outdoor walkways.
This case study explains how mSolution utilizes the Piksi Multi RTK GNSS receiver to determine the accurate altitude of construction machinery in Hong Kong to keep aircraft safe.
This case study explores how Northstar Robotics is using Piksi Multi to create and retrofit agricultural and horticultural equipment to give it autonomous capabilities, meeting the needs of today's farmers.
This case study explains how Prairie Robotics utilized the Piksi Multi RTK GNSS receiver in its autonomous SprayBot to win the AgBot Challenge two years in a row.
This case study showcases how Skycatch utilizes the Piksi Multi RTK GNSS receiver to enable its customers to gather centimeter-level accurate data across job sites using UAVs.
This case study looks at how the Technical University of Denmark (DTU) Roadrunners integrated the Piksi Multi RTK GNSS receiver into their autonomous concept car at this year's Shell Eco-marathon Europe.
This case study reviews how the University of Southampton utilizes the Piksi Multi RTK GNSS receiver for studying glacier behavior and its impact on climate change and sea level rise as part of their Glacsweb Project.
This case study highlights how Voyage delivers self-driving technology to its communities utilizing the Skylark Cloud Corrections Service and Piksi Multi RTK GNSS receiver.
This case study demonstrates how Yeti Snow Technology, a joint venture between Øveraasen and Semcon, utilizes Piksi Multi and Duro for autonomous snow removal.