Thank you, Michael. I also want to thank our shareholders, interested investors and analysts who are joining the call today. I hope everyone is enjoying the summer. I also want to welcome to this call, for the first time since we became public, Mr. Hezi Himelfarb, who is our Chief Operating Officer and General Manager, as well as David Ben Naim, our CFO. As I mentioned in earlier calls, one of the strengths of our company is the leadership team, and it is important for me as well as our leadership team that you will have the exposure to these people and they will have the exposure to you. Since becoming a public company less than 9 months ago, we already executed the following milestones and achieved the initial goals we set for the company as we became public. So 9 months of pregnancy delivered the following: We strengthened our asset position by expanding our IP portfolio, and we are talking about IP delivering from both of our TipCAT and ViRob platforms. We also initiated the preclinical study of our initial product, the Self-Cleaning Shunt. We enhanced our Board of Directors with seasoned medical device experts, Martin Madden, the previous VP R&D at Johnson & Johnson Medical, just to name one. And last, but not least, we strengthened our balance sheet to assist us in creating future value to the company, which I'll discuss in more detail a little bit later. Let's talk about the medical robotic space because it's been all over the news lately. Minimally invasive surgical procedures are expected to grow to roughly $50 billion by 2019. That's less than 2 years away. And we have a strong belief it's going to be higher, and here's why. Most, if not all, of the major medical companies have been putting major efforts to establish core capabilities when it comes to medical robotics. If it's Medtronic through the collaboration with Mazor Robotics, the J&J and Google collaboration, all the way to the recent transaction by Globus Medical, just to name a few. At Microbot, we have already established such core capabilities that everyone is looking for over the past 7 years, which allows us to execute flawlessly against our milestones and objectives. On top of that, we have an extensive IP portfolio and the know-how, which we believe will allow us to have a competitive advantage and seek a leadership position. Where others will focus on integrating and looking for core capabilities, we will build upon our core capabilities and leverage them to reach our milestones and create value for our shareholders. For those of you who are joining the call for the first time, I will briefly review our current assets, which currently are based on 2 technology platforms. Our first technology platform is the ViRob, which is a revolutionary, autonomous crawling micro-robot, which can be controlled remotely from either outside or within the body. Our second technology platform is the TipCAT, a sell-propelled, flexible and semi-disposable endoscope providing see-and-treat capabilities. On top of being breakthrough technologies, the uniqueness of these technologies is the ability to leverage each technology separately, or in combination, for use in multiple medical applications. I'll just give you one example why we're so excited about the opportunities that are ahead of us from this -- just from these technologies. As you may recall from our recent presentation, we are aiming to utilize both the natural and artificial lumen in the body to turn surgery into treatment. Now, it took me a while to understand what lumens are. But by lumen, we are referring to structures such as blood vessels, urinary tracts and sinuses. Those are just few of the body's natural openings. When speaking of artificial lumens, we're primarily speaking of shunts, which are usually made of silicon and divert fluids from point A to point B and can be found in almost every medical space, cardiovascular, neuro, urology, dialysis, and many, many others. We believe that every year, there are hundreds of thousands, if not millions, of shunts placed annually in the U.S. alone. One common denominator for many of these shunts is that they get blocked and need to be replaced, many through surgical intervention, which brings me to our point product under development, the Self-Cleaning Shunt. At its first application, it is intended for the hydrocephalus, where it is estimated that over 1 million people in the United States currently live with hydrocephalus; and NPH, Normal Pressure Hydrocephalus, where it is estimated that more than 700,000 Americans have NPH. Large markets by all means, but it is just 1 little piece within just this shunt. And if we're talking about failure rates, why do we need our technology, not us, but the market? The failure rate is 50% within the first 2 years. 80% of all patients will go through 3 shunt placements within the first 10 years since the implementation of their first shunt. And the most amazing thing, with all these failures, nothing changed since the 1950s in that space. And why aren't all the big companies who play in that space don't innovate, Medtronic, J&J, Integra? Back to the word core capabilities. People are looking for different core capabilities. However, as we move forward, we will leverage our Self-Cleaning Shunt platform to target other shunts for other areas of the body. So it's not just the 1 million patients that we've estimated to live in the U.S. currently with hydrocephalus. Not just the 700,000 with NPH, but potentially every shunt, every shunt, and this is just the artificial lumens in the body. Our ViRob technology platform can potentially be used for many other unmet medical needs, which is also true for our TipCAT platform, which we are currently developing to address a true unmet need in the colonoscopy space. But as we have the Self-Cleaning Shunt platform and the ViRob technology, these 2 can be used for many other applications. As we want to focus right now on the development milestones that we reached, I would like to ask Mr. Hezi Himelfarb, Our Chief Operating Officer and General Manager, to discuss the current development efforts of our Self-Cleaning Shunt and the TipCAT. Hezi?