 Hello, everybody. This is Sriram from GeneXcom. Glad to be part of Magma Day. This is really good because of our interest in Magma. So thank you for having us. I'm the president of GeneXcom, Inc. And today I'll be speaking about enabling enterprise cellular mesh networking and the emphasis on cellular mesh, so 4G, 5G mesh solutions for the enterprise using a combination of our technology and Magma. So let me quickly introduce what we do and talk about how we can combine what Magma has done in terms of a control user plane separated core with a mesh radio access network, mesh ran to produce a unique mesh network overall in hardware and software. So what do we do? We enable secured and private mesh 4G and 5G networks. So what GeneXcom does in nutshell is to enable a private network in a box that is integrated. The network is much more scalable overall, not just better, but faster and more resilient using a mesh network. This is an in-band cellular mesh. So unlike what you might think, this is not an out-of-band, different frequency, different time. This is the same band, specifically if you want to think of it as band 48 or CBRS or N78 as a case maybe. You can do a band 48 mesh network using this technology. And by meshing it means true meshing. That means you can go multi-hop. You can go multiple nodes or talk to each other in a true mesh network fashion in cellular 4G, 5G with a combination of what Magma has achieved and what we can do with our ran solution at GeneXcom. You can combine that with all the virtualized software, not just in terms of Magma, but also in terms of overall EIBS network management, EIBS self-organizing network or SON to produce an overall URLC EMBB solution for networking. Our overall main goal here is to enable 5G networks so anybody can go about enabling one. It can be handyman installed or ultimately grandma installed as the case may be. So what's unique about this platform? You have to GeneXcom, a very unique factor is the patented interference-canceling meshing solution, which includes open-run, small cells, and what I call IAB, an integrated access and backhaul nodes. So on the hardware side, you have a unique interference-free meshing capability with open-run architecture where you can integrate SEMs and enable overall roaming on a dual E-SEM-based system. And the software side, essentially by combining Magma-based control plane, user plane separated architecture, you can enable the core to live as close to the hardware as possible while enabling the overall network to be self-organizing and be managed using machine learning. Such a network has the lowest reliable latency as well as low guaranteed latency as well as the highest reliability because of its mesh architecture and also has the lowest total cost of ownership. What has GeneXcom achieved with our technology? We've enabled interference-cancelation based meshing. We have multiple contracts. I've developed a project product in 2019, two years ago, and now we are delivering more products across industry 4.0 segments. Today, we're working across five states deploying our mesh technology. So to learn more about GeneXcom, please visit us. These are our investors. At genexcom.com, you can also reach me at my first name, which is Shriram at genexcominc.com. And that's our company, LinkedIn. Looking forward to talking more with you and to talking about solar meshing together. Thank you.