| | part of their RFQ process to select the LiDAR for their series production vehicle for L3. We were nominated in December 2017 by BMW to be their LiDAR for their series production of L3. Later, we partnered with HiRain, which is a Chinese Tier 1. We worked with them to win business in China. We also partnered with Samsung Harman. Recently, we announced our second generation, InnovizTwo, which provides a significant cost reduction of our technology. We are not only offering a solid-state LiDAR, we are also offering the perception software – that’s the software layer that translates the 3D information and translates it into object detection and classification. So far, we raised 251 million dollars and we have about 280 employees, most of them in Israel, but we have presence in Germany, US, and China. The roots of the company start with a very small, but yet very special unit called 81 in the Israeli Defense Force in the Intelligence Force. I spent 7 years in that unit, developing very complex and multidisciplinary programs. You can find on the bottom of this slide, some of the names of very known companies that were founded by entrepreneurs coming from that unit. Me and a big part of Innoviz today are coming from there. Three and a half years ago, we were nominated by BMW working together with magna to bring the first series production, L3 car. We are very honored to be part of that program. While we are working on several L3 programs around the world, and also L4, we see also a big opportunity within the L2+ market. An L2+ car means that the car drives itself, only that the driver is still required to watch the scene and engage if anything happens. That, of course, makes the platform much more simple for the car maker to launch. Only that the most advanced L2 platforms today are still not safe because they are still very limited technically. You can see in this situation, which we are showing here, trying to replicate an accident that happened a few months ago when the sun blinded the camera through the overturned truck, not allowing the car to see the truck or the driver who was trying to wave to the driver to slow down, eventually crashing into it. If that platform had a LiDAR, it would have solved the problem. But that’s not the only case where the camera becomes inefficient. This happens also with direct sun, rain, or low light conditions – not very rare cases. Here is a video that shows another case where the camera is blinded by the sun coming out from the tunnel for 5 seconds, the camera is unable to see the scene. With our LiDAR, you can see it very clearly that you can see any hazard down the road. We won the BMW program with Innovizone, our solid-state LiDAR, which is a very high-end LiDAR and cost effective. We froze that design 3.5 years ago. Since then, we made a lot of progress in our technology to bring now, InnovizTwo, which provides a 70% cost reduction. This enables adopting a LiDAR, a high end LiDAR, also in L2+ platforms. L2+ price point is much lower than L3, and in order to be able to absorb such a technology, it needs to be very cost effective. Now, with InnovizTwo, we believe that we will be able to penetrate the L2+ and allow carmakers to launch earlier with a much more simple platform, which allows the car to drive itself, yet the driver holds the wheel and pays attention. That allows the car maker to collect data and validate through crowdsourcing – testing their software in real time, in real life conditions in different countries. That not only saves the cost of the LiDAR for the platform, but also the cost of validation, which is very high. We see ourselves penetrating through that into the market. Being an incumbent in the L2+, when L3 occurs in several years, we will already be part of many programs. |