 So we're here at Embedded World 2019 and hi, so who are you? Hi, my name is Jack O'Galla, I'm the Senior Director of Marketing here at Cyprus. And you're launching a new Psox 64. What is Psox 64? So Psox 64 takes the hardware-based security that's in the Psox 6 architecture and adds firmware that establishes a route of trust. When we establish a route of trust then you can build your application on top of that without having to worry about building that functionality from scratch. So it's right here? Yeah, so it's in the chip. And what we do is we also provide the option of adding IoT platform software so that you can actually connect to the cloud with a solution that just works. So is this one? Yes. And this is, how does it compare with the Psox 6? Is it otherwise similar? Yeah, great question. So the way we're offering these chips, we're offering you a good, better, best solution. So if you want to just start with Psox 6 and add your own firmware, you're free to do so. You can also then choose the Psox 64 device that has a route of trust installed, that's the better solution. And the best is with the IoT platform and the route of trust installed. And what is the best? That last one is the best. 64 plus? Yeah, it's in the 64, it's the one, we call it a standard part. And that standard part gives you the IoT platform for cloud connectivity, gives you the route of trust, all on Psox 6 architecture. And is this explaining here what's going on? Yes. So how does this compare with the ARM V8M? Or is it ARM V8MR? Great question. So this provides all the capability of any V8M based solution with the added capability of the route of trust that I mentioned. And also the additional firmware that we provide as well. So the best way to think about it, can I turn the page? So the best way to think about it is the Psox 6 architecture. We have the dual core here that effectively delivers a very similar solution to the M33. M4 plus, M0 plus? Correct. But then we also add the firmware for the route of trust. And we also then add the software for the IoT platform. And you get a fully integrated solution. And so are you doing, for example, let's say the security on this one? Well, this one does something else. So how does it usually work? Great question. So what we do is all the firmware from a programmer perspective is delivered on M0. And we take the M0 over. What that does is it gives you the M4 and it preserves the familiar programming model of the M4 for you to design your secure device. So you say that it has all of the stuff from the ARM V8M. Right. There's nothing missing from the V8M. Not only is there nothing missing, it actually adds an extra degree of isolation in the device that enables us to isolate this route of trust and make sure that it is held separately from the user memory space, which is where the IoT platform will reside. And in here in the platform is a software that you can demonstrate some or do you have a lot of different things that are here on the booth? Well, yeah. So usually these IoT platforms are tied to the particular cloud service that you're choosing. And so we'll have different versions of this for AWS, for Google, and other popular clouds. So they hook into the AWS in an optimal way. Correct. And Google is slightly different. That's right. That's correct. And do you have a lot of customers implementing the PSUX6? Yeah. So we're seeing great popularity in wearables. We're seeing great popularity in smart appliances. In any smart home application, we're seeing great traction today. ELOX are another space where we're seeing great traction. Last year we did a video about the PSA, right? Yes. So what was Cypress's role in that we just used part of it, or are you actually part of implementing it? Yes. So we are actually collaborating with ARM quite heavily. And the PSA certification that we announced here at the show, we achieved the first level, which is level one certification. That was last year, right? That was this year, no, at this show. This year? Yeah. What that says is we implement the isolation in the chip to be able to protect the secrets in the chip in the way the PSA suggests. And so we're able to achieve that level one certification. That was certified through a third-party lab called Rescure. And so that's a good thing. We hope to be able to achieve actually the level two certification very quickly, which will then fully demonstrate and certify the isolation capability of PSUX6. How do you get to level two? What do you need to do? So for level two certification, what Rescure will do is they'll actually try to attack the device and prove that the device can withstand the attacks that have been defined. All right. So is there a chance that Cypress is going to make ARM V8M devices too? In the future, all things are possible. I'll leave it at that.