Thomas Eriksson
Analyst · Cowen and Company
Thank you, David, and good day, everyone. As David said, we will have a little bit different format for this presentation. So, there is some slides that we're going to use for showing according to this presentation. With me today on the call I have Lars Lindqvist, our CFO, and I would like to start talking - taking a step back and outline what Neonode does and what products and solutions we develop and send to our customers. So, with that said, I would like to start with slide number three. Neonode is a technology company that provides optical laser based sensors for human to machine interaction. We call our base technology zForce. We delivered zForce in two formats. First on the license agreement with our customer that build our sensors themselves. And second, as a completely fully integrated sensor component under a supply agreement. Our sensors work as a low-resolution camera with an extended aperture, so it can with high speed and precision sense and detect objects in front of the sensor. It can be used for touch screen applications, to replace proximity solutions and also capture, really well, two-dimensional and three-dimensional gestures and objects. They work as a collision detection sensors and report objects with the correct size and locations. Our sensor components are typically easier to integrate into our customer’s product than our previously custom sensors that we provide on a license agreement. Our sensor components come in different size and shape and many configurations with a multiple of interfaces to support many applications. I'd like to summarize this as: We have a product offering for a large addressable market with the sensor components that support a multiple of applications and projects of any volumes. Next, let me highlight some of the company milestones and where we are today. So please move to slide number four. We have a strategy with top priorities that provides the roadmap that drives our actions to capitalize on our investments in our sensor components. We actively market the company and our products to build brand awareness and create product demand and to convert our license customer platform to produce our new zForce AIR component. Our sales and marketing is directed at different customers and partner supply agreement for large volume projects. We are developing a global distribution network of which first half is DigiKey. We are aware that production quality, capacity, redundancy is top requirements for large OEMs, when selecting a supplier for their products. We know how to address our customer requirements as we have shipped over 50 million sensor solutions to-date with our technology without any quality issues. We are actively working in qualifying all of our processes to meet demand and requirements from our large volume OEM customers. Another of our top priorities is to continue to develop and improve our technology to make it relevant for our customers' future products and roadmaps. While our strategic focus is directed on capturing the great potential with our zForce component business, we continue to nurture the solid and profitable licensing business during the coming years. And now, I would like to move to slide number five. The consumer electronic market is very large and very diverse, where lots of OEM and contract manufacture are operating. We know about this market and our sensor solutions are already embedded into different products in high volume applications such as eReaders and printers. We are already heavily involved with some of the largest OEMs in this market, like HP and Amazon, and know their requirements to win deals. We are addressing this market with our standardised sensors component and selling it through distribution and directly to our large customers. We already started shipping our sensor components to 12 different customers, still in small quantities, but we are working with all our current license customers to win the next platform. We are working with our partners to combine our sensors with their products, for example flexible OLED displays and deliver the complete solution as a module directly to the OEM. In the consumer electronic space, we have also identified several exciting applications for our standardized sensor components such as drones, toys and 3D scanners. Our distribution partners such as DigiKey will initially focus on this market, it's already key, our first sensor components and development kits in stock, and our marketing sales training will start during November. Another important growth market for us is automotive. Please move to slide number six. This picture show, a car with different type of sensors. We believe automotive in time will be our largest market in terms of total ASP and volume. In the car, we can have up to 10 different sockets for our sensors with ASPs exceeding $100 per car. The main application for standardized sensors components in this picture you can see a few exterior sensors like entry systems and collission avoidance systems. We are currently working with the car OEM and Tier 1 on some of these applications and have made a supplier agreement for tail gate sensor components, to start delivering by early next year. Please move to slide number seven. At this picture, it shows some of the new interior applications that our standardized sensors support, by just altering from software in our platform. Our main focus inside a cockpit is still the steering wheel sensor which we work on with AutoLiv. And for self-driving cars and touchscreen applications. We have during the last two years been working with AutoLiv, one of the largest suppliers of automotive safety system to, develop our technology in the steering wheels, to enable autonomous assist in self-driving cars. In our roadmap, we are looking at other possibilities for our sensor to support things like anti-pinch control and window interaction. Please move out to slide number eight. In this slide, we see top view of our self-driving car. This is an example with a lot of different sensors showing what we need to have for full autonomous drive. This is still not a reality, but Neonode are focused on sensors, that can sense and detect objects close to the car - typically from 0 to 1 meter distance. Our sensors have an extended aperture, so they are not sensitive to contamination like cameras and they do not produce dead spots, like a LIDAR or camera. Our sensor can also report the actual object size and precision, unlike a camera that produce an image, which need complex processing by an expensive processor. But in a camera solution there is a lot of blind spots where the car do not have any information or very limited information about its environment. As the cars start to move, very fast, the camera is not fast enough to produce and will produce a distorted environment map. Our sensors are very fast and will produce the correct position of objects around the car. With that technical info, I'd like to turn over the call to Lars for some financial update. Lars, please go ahead.