 Francis, your investor talk this morning was quite enlightening about cybersecurity in general. Quantum emotion cybersecurity solutions are competitive. How please? Well, we are competitive because we address actually one of the main problems in fact of cybersecurity. The core of cybersecurity is called encryption. We are trying to make encryption at a very high quality. But it's not the case most of the time today. Because when you look at how cybersecurity works, all the start with what they call seeds. And these seeds has to be pure random numbers. Unfortunately, today, these numbers are produced by algorithm, you know, special programs that actually in your computer, when you phone, that create a random number. But as you can guess, anything created by an algorithm is not random. It's actually pseudo random. So it means that when you work with the pseudo randomness, you know, as create and creating your encryption, you have actually a patterns, you know, that can be guess, you know, and analyzed by actually the hackers and they exploit that, in fact, to predict, in fact, and to hack your encryption and your messages. So this is one of the problems by using a pure random number, for example, like what we do using exploiting quantum physics. And we are actually starting to create encryption that is completely unpredictable for hackers. And in that way, they cannot be hacked. I think what our audience will also be very interested in, Francis, is what makes your group do this better. Okay, I mean, I would assume some of the largest corporations in the world are investing an unlimited amount of money, understanding what cybersecurity actually means. Why does your company have a competitive advantage? In addition, I mean, why are they not duplicating the same formula, for instance? Well, this company was created on work, you know, done by a world renowned professor of physics, you know, at the University of Sherbrooke here in Quebec. And these technology was a very completely different ways to generate these randomness based always in quantum phenomenon because they are unpredictable. Maybe these technology and this way to do created randomness has been patented, you know, we have a very solid intellectual property around our technology. So we have four patents right now that have been, you know, granted by the patent, the US patent office, and we actually filing these patents all over the world, and we're still developing further patents. So that makes our technology was one of the, in fact, when you compare it to the competition is the most performant, you know, in quantum random generators that are available, and also very robust, very sturdy, and eventually extremely affordable, because it's based on a very simple, in fact, you know, mechanism was using the electrons, for example, as a source of randomness. And so what should shareholders right now be looking forward to in your milestones towards production and associated revenue? We have several milestones are coming. One, as I said, you know, it's actually starting commercialization in the field of digital therapeutics. That's one of the most big important of telemedicine, very important because this is a space where cybersecurity is not just a nice to have, it's an obligation to have cybersecurity in health care. And today, there is a huge unmet need in health care and particularly in digital therapeutics, because digital therapeutics is all about actually trying to treat and manage disease and distance. So the people that are at home, for example, don't have necessarily a very sophisticated cybersecurity systems. So we need to provide that with the platform, the digital therapeutic platform. Is that what we do? We actually embedded our technology in these platforms, our cloud based platform. Okay, so when should quantum emotion be looking at some revenues? As we will be expecting revenues in the next few months. Okay. And of course, if we want more information on cybersecurity risks or how to get a hold of your product, which if I heard you properly is cloud based and there is hardware that comes with it, is that correct? We're using different iterations of our technology. This is, you know, I mean, we have different iterations of our physical device, okay, for different markets, but we also have actually able to send our random numbers in the cloud to be basically spread all over, you know, the different markets or, for example, in the case of patients, you know, the ones will use the digital therapeutics platforms made by one of our partners, actually, and they will be able to be secure by the same technology. But they will have to do nothing. They just is in the background and they do, they don't have to do nothing. It's already embedded there. So for all of you interested in finding out more about this quantum and random, I think random is the keyword. Is that correct? Yes, randomness is the way to protect yourself, you know, against hackers. So for those of you who want to protect yourself against hackers, which I think pretty much describes all of us, please go to the following website to get more information. Thank you.