Today’s GPS-based systems, like those in smartphones, struggle to pinpoint a device’s location with high accuracy—especially indoors or in crowded places. They're often off by 5–10 meters, which is a big problem when trying to find an exact spot like a doorway in a stadium, meet a delivery driver, or guide emergency services. Additionally, these systems work inconsistently across different devices and operating systems, like Apple vs. Android.
The Solution
This invention introduces a smarter way to locate devices with much higher precision. It combines signals from multiple sources—low-orbit satellites, Wi-Fi, Bluetooth, and cell towers—and uses advanced software (including AI) to filter out inaccurate data and calculate an accurate location. It even learns over time and adjusts based on the device's battery level, environment, and movement patterns.
What’s New and Unique
The core innovation is how this system blends all available data (from satellites, Wi-Fi, Bluetooth, sensors, and nearby devices) and applies AI-powered algorithms to remove “noise” (like signal interference or bad weather). It can dynamically prioritize the best data sources depending on where the user is—indoors, outdoors, urban areas, or remote locations—something no current GPS system does this effectively.
Real-World Benefits
- Guides users to precise indoor locations like exits or store aisles
- Helps delivery services find exact meeting points
- Works across all devices and platforms
- Adapts to save battery and improve accuracy
- Supports alerts when someone enters a designated area
- Enables more reliable real-time tracking in logistics, safety, and emergencies
Broader Impact
This technology could revolutionize location-based services in industries like transportation, logistics, emergency response, and retail. By improving accuracy and reliability, it boosts safety, efficiency, and user experience—especially in critical scenarios where every meter matters.