Smart radar systems, such as those designed by Ainstein, can bring added capabilities and higher performance to your autonomous use cases. These might include autonomous or semi-autonomous operation of drones, as demonstrated in the video below, but it may also...read more
In 2018, Texas Instruments (TI) offered its new 60GHz chipset. Ainstein was one of the first few companies to design an evaluation module (EVM) utilizing TI’s 60GHz over the door sensor (ODS). In Ainstein’s case, the ODS EVM incorporates radar systems technology using...read more
When most people think of aviation, they think of jumbo jets flying cross-country, or around the world. This is what most people’s first hand experience of aviation is. However, there are many, many times more private pilot certification holders in the U.S. than there...read more
We all know that 1 + 1 = 2. But is it ever possible for 1 + 1 to = 3? Or 5? Or 50? At its core, this is what sensor fusion is all about: creating greater total value through use of data from multiple sensors in conjunction with one another. When used in such a way,...read more
There’s a universal push towards ‘autonomous everything’: autonomous cars, autonomous drones, autonomous shuttles, autonomous buses, and more. We think radar is one of the key foundational technologies for this autonomous everything revolution. Here’s why.
The arrival of a future powered by autonomous vehicles -- everything from automobiles to drones to forklifts -- isn’t a question of if, but when. In fact, autonomous taxis are already operating in Singapore, and autonomous shuttles are being used and tested in the...read more
They’re similar in some respects, but they have some crucial differences! Here’s why we believe radar technology is superior. While lidar technology may continue to function in conditions of heavy rain, snow, or fog, its performance will be significantly degraded....read more