 Thanks, Sana, thanks Mohan. Appreciate you guys being here. So, we're IntellectEU, we're one of the founding members of Hyperledger. I'm here to discuss a little bit about what Hyperledger fabric is and kind of go over some very basic things, a little bit about the architecture and talk a little bit about how at IntellectEU we provide certain tools that help anyone who's interested in running these private networks, you know, and also just go over some reference use cases. So, I know we're at consensus, there are a lot of blockchains out there. Fabric kind of stands out in terms of it's been designed as an enterprise-grade protocol, it is designed to work in a private environment and one of the key assumptions out here was having some advanced privacy controls that allow member organizations to be comfortable putting the data into a network and knowing that all the information they put is secure and only accessible by participating partners. Like other blockchain networks, there is a smart contracts component and this is where all the business processes, all the business logic resides and smart contracts are nothing but self-executing code. It just needs to meet certain criteria and it's a predetermined criteria by the different participating organizations. All the code and agreements are distributed across the nodes and when the conditions are right, the business logic is executed. As any blockchain, all transactions are immutable, traceable and can be seen between participants. What this enables is immediate trust. Thank you for joining. What this enables is if you think from an organizational perspective we're simplifying workflows. There's a lot of time wasted reconciling the transactions in today's world and as we move into these private permission networks the idea is you condense your 10 hours of reconciling down to seconds if not instantly. A little bit of the architecture at a high level so you have the blockchain, the ledger itself and the data is arranged into blocks and from these blocks you basically have the current state of the world that can be read by any of the participants. There's a consensus mechanism that is making sure that all parties are seeing the same data and the same state and attached to that is chain code which is what we call smart contracts in the hyper ledger fabric environment. Within the architecture you can have multiple channels you can invite different peers that can talk to each other all the data is private within each channel and depending on how the network is set up you can invite other peers to join at any time. That's a brief overview out there and then from a decentralized network perspective you have certificate authorities each one of the participants is basically assigned one of these you have participants that are responsible for just doing the ordering and then you have other peers who can participate in different capabilities. So at a high level again the key features of hyper ledger fabric it's modular you basically piece together what you need it is a permission network and again the permission can be tweaked depending on each organization that's participating in there it is designed to be scalable from the get go and of course confidentiality and privacy are key elements of this network and lastly it supports any smart contracts that you can program on it. So the next slides are basically how IntellectEU kind of views the management of hyper ledger fabric a lot of other member organizations have their own take what we found working with on multiple projects was there was a need to have a coordinated blockchain manager where we could share our knowledge with the different parties that we are working with and the idea was to build a platform that makes it very easy to build, deploy, manage and scale our solutions and the way you want to think about our solution is it's a solutions manager so whatever problem you're tackling we reduce the go to market time for that particular solution. So again at a high level it simplifies the managing of certificate authority rotating those certificates etc. the monitoring and essentially having visibility into the different features of the chain code what's happening with the peer statuses and how are other components of the network interacting with each other and then there's also some support for external orders. Here's again a graphic representation of how our blockchain manager sits on top of fabric now fabric is of course a smaller component here but this is an architecture in one way or the other anyone who's implementing a solution would have to typically deal with our solution is cloud agnostic so you can choose which infrastructure you want to deploy or what mix of infrastructure you want to deploy and we have done this for many solutions including programmable money platforms insurance fraud detection, corporate actions, digital share registry, supply chain tracking and KVIC platform for a banking consortia. As you can see the hyper ledger fabric itself is very versatile and with the right mix of things you can actually point it to different problems and build very very interesting solutions. So some of the benefits of our platform is it's just 10x easier to go live with your solution. You reduce a lot of time back and forth. Of course you could try to do this on your own on the platform but these are just common practices that we've, you know, over time we've seen that need to be done in a certain way and also a platform meets 100% enterprise requirements so when you're talking with larger banks, financial institutions there's some key elements that need to be taken into account so we've already done this for you and lastly there's no vendor lock-in in terms of like the cloud infrastructure that you're using so you still have a lot of flexibility. So before I jump into reference solutions, any questions out here and I've been kind of been going through? I'm just wondering, is this like a thing that you sell and people bring up their own builds and create their own network and of course with one company network that there's side changes? Yeah, the former. So yeah, exactly. So it's a blockchain management tool. So is this a fair for you? Yes, so we would have a license model and then on top of that if you need support we can provide you that. Alright, so we got like about three, four reference solutions I'd love to talk about. The first one was a waste monitoring application and the idea was that people wanted to be aware of like what's happening in terms of day-to-day when they're using things how much waste is created, what impact is there. So we wanted to make the citizens more aware of the waste production and incentivize recycling. So the idea was the tokens that were, there was a token engine that was kind of built on hypervisor fabric and the end consumers could earn these tokens and then redeem those for whatever they want on the ecosystem. So this was something that was very easily enabled by hypervisor fabric. So that was one way we implemented the solution. Then another one was a mobility application. This one's close to me because it incentivizes kids and students to go and be mobile, do, you know, essentially use more bicycles which would actually improve the air quality around the schools and also incentivize people to just be moving more physically. So the solution was a simple app, mobility app, and the students would go on a bicycle and they would actually have a Fiat Mac digital token that they would earn and which they could redeem for other things at local fairs. So there was definitely a component of some gamification and as a result the bicycle usage increased by almost 200% in that community. And today it's being used across 25 Belgian cities. So the next one's a loyalty coin. We collaborated with the European Bank to kind of like implement this. This is released in a closed ecosystem to the consumer base and the idea was it was an incentive mechanism for allowing the participants to get some kind of cash back, some kind of rewards and basically drive loyalty to that particular customer's brand. And once they've earned some of these things, just like your credit card points and stuff, they could go within the ecosystem and purchase things that appeal to them. Building the solution with the Hyperledge Fabric was quick, it was scalable, very composable, robust, and it maintained the consumer privacy. Last one, this is one of our newer use cases. HOBEX is an organization in Belgium and this university reached out to us as part of a multi-party project where they were basically tracking essentially pigs on the blockchain. So that's, you know, I think it can be called that market maturity at this point. But yeah, the idea was to integrate knowledge from different domains and to improve essentially the research in the agriculture side of things, like two pigs. And, you know, the components of blockchain allowed them to have transparency and traceability within the pig production and processing chain. And yeah, again, we used the Catalyst Blockchain Manager to deploy a Hyperledge Fabric based solution. And as you can see out here, one of the engineers overcome with joy because it made his life very, very easy and our support team was able to help them get the solution to production really fast. So, you know, that's the end of the presentation. Any questions I can answer?