 All right, so today I'm going to share about how to define the edge and the Elvage overview. Also the projects we have 12 projects. I'm going to have a high-level overview and some of the updates or some of the projects. And I will also talk about hackathon, solution showcase and catalog. By the way, we have the champion of the hackathon literally here. He was speaking earlier. And yeah, he's hiding. Okay, so define the edge. So we have been talking about edge for the whole day, and I think this is too tall for me. Okay, better? Yeah, so what's how we define a unified edge framework? This is how Elvage is doing. We think about from infrastructure to application. It's like vertically. Horizontally, we have the user edge all the way to the service provider edge. Within the user edge, we have the constraint device edge like AMA and Stephen was talking about at home. And the smarter device edge, I think the other AMA talk about. And the on-premise data center edge is maybe in your server or in any enterprise. And the access edge from Telco, I see the Bel Canada people seeing here. You probably have a lot of access edge and the regional edge between the cities or the states. And then service provider edge all the way goes to the centralized data centers. Like we have edge cloud, we have AWS, Wavelengths and Ounces from GCP and also Azure from Microsoft. So of course, all of them have the proximity, the compute and storage responsiveness, 5 to 20 millisecond latency, and they all have the mobilities. Okay, so Elvage provide and produce white paper about taxonomy, which you can download directly from the www.elvage.org from the resources. You can see how we're sharpening the edge and the overview of Elvage, taxonomy and framework. It detailedly explained how of this different edge I just mentioned about, do the latency, do the embedded software in different scope and segments. How to explain this? This is just more zoom in to how we do the increasing hardware and software combination. Like recently there was an OCP summit in the Silicon Valley last week and the OCP has the experiment center. They use the Elvage as the blueprint based on the open edge specs, the open hardware. And there are more like the software, how we make the synergy of them. There was the Elvage catalog, I'm going to talk about this. It's about the template. Use the ham chart template to deprive it with one click. So this is more from a point of view, an open trusty edge foundation. Why we do this? It's B2X2X. I can give an example. It's B2B2C. A lot of people are asking how the 5G is being deployed. We found a big cloud provider, they have B2B2C. So they have the 5G getting the 5G core, they apply from the telco student and then they slicing the 5G into three slices. One is for cloud gaming, the other is for HD video and the other is for live streaming. And then it's B2B2C. Then they send it to the end users to the customers. Introducing Elvage. So Elvage projects currently there are 12 and they are in three stages. Stage one, two and three from lower to higher. Stage one, we have deployed a large projects like Beto, E-Cyber, project ever ring security device on board. You can see they are located in different locations, either like higher in the application or lower at the infrastructure part. And from the horizontal you can see some of them located more close to the constrained device edge. Some of them is really closer to the data center. And stage two growth projects, they are more mature like Eve, Fledge, Home Edge, Open Horizons, State of the Edge. They are all at the growth stage. Stage three is so far the highest, we maybe have stage four not defined yet. The highest one is impact projects like Acreno, making the, based on the specific use case, select specific hardware and make the specific configuration and life cycle management, they are called blueprints. And also Edge X Foundry provides the Edge service framework to enable a lot of good services. I'll talk about this in more details. This shows the vertical market adoption of N2N open source software. You can see the open networking Edge and IoT market adoptions here. Like the industry manufacturing, energy and home automotive you name it, right? Underneath the three pillows, enterprise networking, service providers and end user government. I really think the end users government is very important. How many people consider you are actually from the end user? Please raise your hand. I see none. So we really encourage the user application group to participate in the open source. We found a lot of OT users. They are still using the very old OT software and they use open source but they don't know what open source works. And their support is really important. Like we have the 5G super blueprints and the service provider, of course we have many service providers attend here. I see Bear Canada sitting on the chairs and we built the N2N open source 5G and Edge here. Enterprise networking I think is most likely the CNCF and could become participants. You are working on the enterprise networking like private network 5G, LTE, etc. All of this we built on the N2N open source projects like Acron, Oran, Eve, Magma, Anocate and of course Kubernetes. So all of this formed this N2N open source software for the adoption of the vertical market. And for the N2N software collaboration what do we need to do? You already see all of this blueprints, all of this projects on the Elf Edge. They are located in different like is there either user edge or the service provider edge going through the three big clouds, private cloud, carrier call and public cloud. And now we add applications, internet and web. And we have a big support from public cloud like the top three clouds and infrastructure use Kubernetes, DPDK and FIDO. And the network control we use OpenStack, OpenDayline. For the orchestration we own app now probably in the automation we use nephew, the new thing. And Magma, VNF, CNF like what we do here at the telco working group and also the IoT Edge working group led by Stephen here in CNCF. So all of this come together and we can support some of the typical use cases like this. For example, I see Amma was talking about the home, there is the home edge for the anomaly detection, surveillance, etc. And also I remember the VMware keynote talking about the prediction of the like in the industry environment like turbines, transformers, pumps, etc. It can be used by FLECH and the IAOT support for the partial connectivities. And Acreno blueprints support a lot of blueprints include the telco edge for radio edge cloud integrated from Orang and the vertical applications, the connective vehicle. This one has been deployed for the Winter Olympic and Beijing. You probably see Alingu fly away the big air and behind in the CCTV camera you can see the connective vehicle blueprint was deployed there. Probably a lot of people was focused on the athlete. Nobody see we were actually deployed there. And the AR classroom used by Cornell University and San Diego University. And enterprise edge cloud automation like ICN, KNI provide the access edge be adopted by the operator in France and Verizon and Reliance Geo. And the private LTE of course it's widely deployed. I think on our networks, I'm always sitting here and they are the main contributor for this. Also for the building automation industry process controls, smart cities, water, retail, I think my colleague Mark was talking about this morning for project Cassini. And all of this are just some of the use cases. And we have more you can get it from the case study and showcase our talk later. Is the voice good or should I use this one? Okay, thanks. So in summary for LF edge, our vision is to have the software and projects enable the rapid production and deployable. And which leverage all the input and driver supply the building blocks. So we can have a solution showcase. We have an integration interability for all the edge computing across different industries. And you can see the, I talked about the stages of the projects. These are the premium members. I think we didn't list all of them. If your company's logo is missing, let us know. Actually, Davey was sitting here, Davey P sitting here. He's our membership liaison. You can talk to him and he will be here for the whole week. The momentum in LF edge is really great. There are 160% growth year by year and four times of commits year by year. 25% new member increase and the new project 80% increase. 25 global deployments and commercial adoptions and for the products. Six million downloads for the EdgeX and more than 30 Aquino Blueprints in development. So it since launch, it has been mentioned for 15,000 mentions. Okay. Since this are some of the very early PRs and posts, since it was launched as Unifying Open Source Edge. It shows the growth curve. So it was launched as umbrella project in from 2019 January. And then we kept the momentum. The project that you see the code and provide and demonstrate the IoT word as the new members. And also Aquino release is first release for the enabling 5G IoT Edge application ecosystem. And then EdgeX announced the first release to provide one platform for IoT Edge computing to a growing global ecosystem. So in 2020 the second year Open Horizon from IBM they see the code is more for the data management for the Edge computing. And now grows out. You will see very interesting deployment or trials at the Mayflower ship. And it's very interesting. I recommend you to watch the video. And Aquino release 6 not available. Now they are working on the release 7. For release 6 there are some highlights. I would like to highlight the public cloud edge interface. It just integrated the telcos and the public cloud through the third party interconnection like equinex, then layers, how they connect all of this to form the end-to-end use of the telco resources. You can also use like T-talk as the application. Also use the IoT application, different use cases, the UPF distribution. All of this can be done. The Smanic and it's more like the OPU of the U these days. They use the PCIe as a backend to have the lower CAPEX and OPEX for the Edge servers. They are publishing a great cloud gaming white paper now. And you can see because I see downstairs there's an Xbox, right? Xbox you play the game. But in many countries you want to play from your laptop, from your phone, but you want the compute is actually in the cloud in the servers. So you don't have to spend a lot of money to buy the high-end equipment, equip yourself. And the smart data transaction for CPS, you can see our participants for Japan have already deprived robotics in the university in the cantings to wash the dishes and make the dishes. It's very impressive. Okay, so for the 2022 State of the Edge report, you can directly download from here. It shows the community standardizations, APIs, market size and also the control plan, orchestrations and security across or cover most of the questions you want to ask what, how and when about edge computing. Here, since the title is called the landscape, I'm going to, I guess nobody can see, it's too small, too crowded. And I want to show you this one. Yeah, is it bigger? Not that, I'm not quite. So you're actually viewing 183 cards with a total of 127K stars, market caps of $9.8 trillion and funding of $6 billion. So you can tell from here, if I zoom in a little bit, you can see the traffic routing, community service provider, like what platform you're using, security, networking, monitoring, provisioning and not mentioned hardware. We can use what the core city can, accelerator, Edge OEM, ODMS, wireless and wire lines and some traditional paths and eyes, all of this and which companies contribute what? 180 cards. You can go to landscape.elfedge.org to read yourself. Okay, let me come back to the slideshow. Okay, the key takeaway is to harmonize the open source Edge communities across IOT enterprise, cloud and TOCO and keeping Elf Edge open and in trouble with like CNCF, Etsy Mac, all of this open source and Silicon and cloud OS protocol independence and hosted by the next foundation, same as CNCF and LFN and more. So how to get involved? You can get involved like get the LFID, it's very simple, 20 seconds and visit the Wiki to see the progress and join the workflows. There are many ways to participate just like how you participate in CNCF. This is a new way to support our community. I encourage you to attend one summit in Seattle next month and there will be a lot of Edge related session, many of them from Elf Edge and also the participating companies and we also have the board meeting in person there if your company are the board members. So and the most important thing you are going to see the Elf Edge solution showcase there. So what are the Elf Edge projects? And we abstract data and apps and we untender the data from cloud services as close as to the actual Edge and extend the cloud native principle whenever possible and plan for CICD. So these are the impact project to emphasize Aquino Edge X Foundry. One is more for Blueprint. The other is more for IoT service framework. Gross project if it's more like operating system for IoT and flash for data management, home edge for anything, home networking for edge computing, open horizon, the data management platform. And Edge is more like a report of the Edge for each year. And for stage one, Beto is supporting AIoT and it's led by Baidu and eCypher is more for Edge lightweight IoT data analysis. And SDO, we call it secure device onboard. It's a zero touch onboarding service. So that's one. Our ring is build the framework SDK for the trust of fabric. So some of the project updates include release up to 8.10.0 just announced and they gave presentation to Alpha Edge Summit sponsored by Aquino in Google. And the clean energy example has become the part of industry solution and collaboration on the Edge booth as I said in LF1 Summit. It's a networking edge and it's open. Open networking edge, yeah. For open horizon, they have new features, report, TSA members from this is a CNCF could be armor and CNCF stadium teams were there and new contributors security portal feedback or this great work at the Edge computing export. And the Edge X Fungi have new releases and development and adopters including the, including adopting the building system integrators and market event, one summit, security portal feedback. They are working very closely with the security working group to make sure it's secure at the edge or for IoT. So Fledge, I like this hour. Very funny animal here. The developer releases, it's on the 2.0. They just publish the blog and showcase as well. If you have interested to join any entrant showcase, you can connect. Now this is an interesting part is Amar here. Amar for our networks. He was the speaker and he's actually champion for this at the next foundation Edge Hackathon 2022. It actually lasts for six months with three things. The automotive, mixed and augmented reality and the edge computing and 5G. So we have, there are 15 teams, all of the world from China, Indian Korea and Europe from Spain and teams from USA. Finally, the final winner is about the cloud and the Edge and 5G, Team Domino and Team Pedro Focca and KITT. KITT is talking, it's implemented about the automotive. So they want a special price. Yeah, just to let you know, the top price is $9,000 cash. Yeah, so I hope you guys can join next year. This is the yearly event, lasts for six months. And the industry solution showcase why we do this. We want to promote Elf Edge projects and increase the adoption. That's why we have this showcase. These are the showcase like cross projects, robotics are ready to show and some like a smart edge open for O-Ren is in the pipeline because they need more time for the integration. If any companies besides WaveLabs, you're interested to join, feel free to contact KingSum from A&D. So these are the four keys we have at the Elf Edge demo space. One is for telco, there are two showcases. One is the collaboration for the enterprises adopted by telco companies and DevOps Mac infrastructure. It's for some telcos and also related to the public cloud edge interface. For oil and gas, the clean energy and the open subsurface data universe and it has been carried on by the three projects. Cures 3, Cures 2.3, manufacturing, robotics, application of flash and UC Davis and Opus, if you are one taste when one lover. So this is maybe a very interesting one area use case for you. And for retail, this also delivering managing the retail applications and there are several projects that involve for the warehouse with minimal IT staff touch points. Finally, the Elf Edge catalog. So we always think we have so many great open source projects but it's very hard to deploy with just one click. This is just thinking about to do our best effort to use the Kubernetes with one click to deploy the different open source software on the Linux foundation edge. So if you go to this Wiki page, there is the Github and YouTube tutorial for you to get involved. So this is the last slide. I'll pass here to see any questions, comments. Okay, works. Any questions, comments for clarification? Yeah, I will stay here to the end. You can find me at the first row. I'm sitting there or in a hallway. And if interested in to get involved in Elf Edge. Actually Elf Edge works closely with many CNCF.