Imagine you wake up in the morning and check your navigation app, only to discover that “it is searching for a network”. Imagine that while you are driving, the navigation app suddenly stops working. Can you still navigate?
The GPS’s positioning services are one of the important things we have access to every day, hour, and moment. You want to know where you are at all times, so you probably use a GPS. The system was originally limited to use by the United States military, where civilian use was allowed from the 80s.
Let’s focus only on car positioning.
Today, many drivers use Google Maps, Apple Maps, Waze, and other navigation apps to determine the best route to their destination. All these navigation apps rely on GPS availability to calculate the car's position anytime, anywhere.
ALMA Technologies Ltd. was established to find a robust alternative for car positioning without relying on GPS. ALMA develops a unique positioning system based on low-cost inertial sensors and revolutionary AI algorithms that can operate without GPS.
The system is mainly based on learning the road terrain and cutting-edge map-matching technique only by processing the inertial sensors in a real-time fashion. The relationship between the driver, road, car, and the map is consistently processed through the unique AI algorithm, allowing ALMA to feed many features to their deep learning models.
The company is led by ex-Google, ex-Qualcomm, and ex-Elbit employees who tackled various sensors-based positioning problems. The key perspective is to allow any driver and car to know their position with a low-cost accelerometer and gyroscope that can be found in any smartphone at a low-grade level. ALMA doesn’t require any regulation standards, high-cost sensors, and installation. It is just a simple “plug and play” SDK, allowing car drivers to keep on track.
Today there are two main R&D projects developed in ALMA: indoor and outdoor positioning. Many automotive OEM and Tier 1 companies have been dealing with indoor parking lot positioning for almost a decade. Their approach is to use sensor fusion to allow autonomous driving in this tough environment. There, not only is GPS unavailable, but also cameras, V2X communications, LiDAR, and other sensors have trouble operating indoors.
ALMA learns the geometric of the surface and matches the trajectory of the car to the parking lot map.
ALMA's unique AI-based engine provides a very accurate car speed allowing keeping the positioning with a relatively small error in a complicated parking lot with more than five floors, leading the driver to a specified spot, storing the parking position on the driver’s smartphone, and guiding the car to the right exit. Today, ALMA performs adjustments to enable indoor positioning and navigation for over 3M drivers in Israel.
ALMA also develops an outdoor positing solution for GPS-denied environments such as urban canyons and tunnels. There, the car driver can still have the positioning parameters and keep navigating without connecting the GPS. Moreover, a hybrid mode in the developed SDK allows the use of the inertial sensors together with the GPS if available. This mode takes care of the quality of the GPS measurement in these environments, as it is insufficient for car drivers.
Today, ALMA makes the last adjustments to allow more than 100M users all over Europe, with improved positioning services, which are much more accurate, continuous, and cost-effective.