Foundational innovations in how RF signals can be used for tracking location, including: multi-antenna configurations, frequency hopping, multiplexing, and wireless relay systems that form the backbone of accurate real-time location.

Patented methods that combine radio frequency signals with inertial sensing to deliver stable, uninterrupted position tracking, maintaining accuracy across movement, orientation changes, and dynamic environments.

Core technologies for precise indoor location where GPS falls short, spanning spatial diversity, calibration routines, expandable decentralized architectures, and personalized navigation inside commercial and enterprise spaces.

A deep portfolio of vision-based innovations covering modular package tracking systems, light-guided retrieval, video confirmation, weight-based object verification, label detection, and camera-based tracking and guidance modules.

Self-improving object identification systems that learn over time, continuously refining recognition accuracy to reduce errors and increase reliability across high-volume tracking environments.

Patents covering the physical layer: electronic tag attachment mechanisms, article-identification devices, and mobile tracking hardware that bring positioning intelligence into the real world.

Applied patents spanning AR/VR interaction, mobile geographic tracking, user input systems, and context-aware experiences, demonstrating the breadth of environments where Position Imaging’s core technologies have been deployed.