 Hi, my name is Isaac Sessi and I'm the founder of Sessi Technologies where we manufacture affordable technologies for farmers and agribusinesses to help them reduce losses and then increase yield. So, we have here one of our products on the market, it's called GrainMate, so GrainMate is a low-cost and very accurate grain moisture meter to help farmers monitor the exact amount of moisture in their grains to help reduce supposed harvest losses. So the problem we're trying to solve is this, that moisture level is very important to determine how long the grains will last due to storage. Because of the farmers in Africa, they like to store their grains so that during the dry season, sorry, when you eat the off season, they can sell at much higher prices. But then for every grain, there is a particular moisture level, you should store it. When the moisture content is too high, it's going to develop mold which destroys the grains and then just render their entire harvest useless. So with GrainMate, they can test for the moisture and know whether the grain is dry enough. It is very cheap compared to what's on the market, it's designed with smallholder farmers in South South Africa in mind and so we make it possible for them to use the means that they have to be able to pay for it. So for instance, they can exchange grains, sorry, a bag of grains or whatever cereal they're going for one of these or they can come together to purchase about four or five farmers and come together to purchase a unit, bringing the price down from each individual farmer. Currently, we have manufactured about 300 of these, we produce this locally from a facility in Masigana and we set up a production facility to even scale up production. So manufacturing locally is important to us because we believe that hardware revolution can also come from Africa. We do not have so many people in my country Ghana who are making hardware, so it's important to us that we are kind of like partners in that space. So we source components also from local suppliers, we also source certain services like our bags, our handles and a lot of other services from local and in the last one year we have helped generate like an extra income of about $9,500 for these local businesses that we have sourced from. So yeah, essentially that is it, our mission is to help reduce poverty and hunger in Africa by developing affordable technologies for farmers and agribusinesses in Africa. Thank you. Awesome. Cool. Can you just demonstrate the prototype you're holding, just kind of show how it works? All right, sure. So the device is made up of two parts. So there is the probe, then there is the handheld part. So this probe is made up of aluminum, it's very stiff because grains are usually stored in bags and so you need to be able to push or insert it into the bag. So this made up of aluminum which is very durable, which is very strong. At the tip it has a sensor which measures the relative humidity and then the temperature and then we use mathematical models to estimate the moisture content. So this is a simple telephone cable. Now the reason why we're using the telephone jack is because it's easy to find. So because we're producing locally, we're looking for alternatives which are available on the market. So we're using this. So you just plug the probe into the handheld parts and then it displays four pieces of information. So on the top left you can see the temperature, on the top right you can see the relative humidity, on the bottom left you can see the moisture content and then on the bottom right you can see the commodity for which you are testing for. So it's very simple to use as three buttons. There is an on button which is red, there is an off button which is black. Simple, you can easily explain this to a five-year-old or a 90-year-old grandmother. Now if you want to select, because each grain is different, we have different settings and different calibrations for each grain. So you can press the yellow button to cycle through the list of available grains. So you can see corn, yellow corn, soybean, rice, sodium, wheat, soft wheat, hard wheat, chickpea and even though we currently support seven grains as of now, it has the capacity to support up to 32 and we have even had a lot of requests from farmers to add other crops like cocoa, like coffee, like granite and we are currently doing the research and development for that. So now when you take this, you put it in the grain and then you wait for about five minutes for the reading to stabilize and then you can take the reading from them. Okay, now so as you mean you're measuring corn of about 15%, we have a chart that comes with the device which tells you like the recommended moisture level for each grain. So for instance corn should be below 13%. So if you are reading 15%, it means that the moisture content is too high, which means you have to dry it a bit more and then when you dry it a bit more, later you test and it's like say 13 or 12, then you can bag and then you can store. Awesome, thank you so much guys.