 Thank you very much. So I will start my talk by just catching up what I said in the last talk. So some who didn't see me yet get about the project and then we'll go away from the hardware towards that platform ecosystem because there's a lot of stuff going on in the world right now. And yeah, so basically the idea of the ecosystem is shown in that infographic I made. We have, on this end we have the device. This is our current prototype but there are more and more internet connected cooking devices coming up. They need some kind of concentrated data, machine readable data and we want to have the recipes that's the first coming from the cooks, from cooks all over the world. But we also want to have data about food, where do we get the ingredients to make that specific recipe and other available data, nutrition data and data from NGOs, how sustainable is this food, how healthy is this food and so we can make diet plans. And having all this concentrated data we can also make a great smartphone app independent of having a connected cooking device because we have machine readable data. So yeah, what's coming? First some about the hardware and then the platform, what's going on in the world and some ideas about how we move on opportunities and needs. So my problem was very simple. I started cooking a risotto, I went for a quick mail check and it ended up a bit like this. I was thinking I need a device that can stir and control the temperature at least. But then starting thinking over the idea I was like, no I don't want a device where I say what it has to do for me but it's actually the opposite. I want a device that I say I want to make a risotto, tell me what you need to make. So in 2009 I was thinking about possibilities, the first CAD model, 2010, still virtual prototypes in CAD, first talks to manufacturers who said it's interesting but were still saying it's very futuristic. The first prototype in 2011 looked very dangerous, I remember a startup coach telling me you shouldn't have shown me that prototype, I mean it was a lot of epoxy fiberglass, I was already cooking under pressure, on the bottom this is a load cell, so I had the scale, this is an induction heater I just got from a supermarket with an Arduino and an EEPC. At the end it worked and it showed that it's technically feasible. We moved on, developing prototypes, that's the fourth generation, it's actually over there at the food hacking base right now, probably making fudge I'm not sure but we will make fudge today on this device. So a short overview, on the front we have a power switch, we have function buttons just to have some direct interaction on the device, we don't want to have everything on a tablet or on a mobile device because we never sure about connectivity so there must be a way to safely turn the device off, the LED matrix we had on this device now already has been replaced by a touch screen, you see on this version, we have induction heater we have a stainless steel pot, we can stir inside the pot, the number 11 is the pusher or here it is the pusher, we can push it in the vegetables and inside we have a cutting list that chops your onion and we have a Raspberry Pi as brain of the device and a Wi-Fi USB stick so we can connect to the work and we even have a spare USB where we could add Bluetooth for example to connect to other connected devices using Bluetooth and for Wi-Fi and so we keep it open to connect it to all other kinds of devices. Version two of the prototype, we built everything inside the case so it was no more the EEPC standing around but we still had several issues, then the next version could cook for many hours I mean last year we were cooking, I don't remember how many dishes from tempura to deep fry to pressure cooking and we got the Lowell shield last year and built it into this version, we used the open source design of the Arduino Lowell shield to make that LED matrix that's the great thing about having open source hardware, you can use it and reshare everything. We made the whole device in welded stainless steel sheet metal which in the end was not the best idea because through the welding we got a lot of issues about tolerances as soon as you start bringing in heat, the chimney for example was more after welding so we had to move on from sheet metal to massive CNC machined aluminium, there you don't have problems with precision anymore and as it is CNC machining is not really more expensive than welding sheet metal because welding sheet metal is a lot of handwork, CNC machining is the machine doing the job and so that's the current prototype and I think it's pretty close to release, don't see major issues anymore so we want to stick with this design and hopefully bring it out as soon as possible as a developer's kit and later make the whole C certification we need to be able to sell it fully assembled. To make it intelligent of course we need software inside, for us on one hand minimize the input from the user as much as if the software can anticipate something we would like to do it, of course there will always be a manual mode where you can override it, ten or a hundred time the same thing, it's useful if the software knows it already what you want to do and the interactivity we want to maximize it through for example a progress bar for scaling so you tell us three people are eating, recalculate, how many servings, how many of each you need and we will show you on the progress bar and we will show you how to scale inside and timing is also a tricky part so for each cooking step we assume a cooking time so you think you know how long it will take to cook and of course we want to scale this with quantities so if you want to cut or to peel, I will rough estimate that it will take two minutes and beyond cooking, shopping has sustainability as I said, data by nutrients is easily available more shops have their web shops but I think it's quite difficult if you have ten shops which having ten web shops each one maybe changing his available products on a daily basis on the other hand you have a recipe and you have a match that recipe which is available on the shop so that's what we want to bring together and of course the sustainability so you tell if I'm here in Hamburg and I want to cook a risotto, you still have a farmer who can cook in the onions instead of cooking onions that come from North Africa or wherever and share in both there will be a recording mode so you can try a recipe if you like it you upload it to the cloud try it and maybe use some feedback make it a little bit longer, a little bit shorter, a little bit hotter to get it better and I think then through a few iterations we get great recipes and everyone can exactly reproduce the first time he cooks it the basic infrastructure we have in the device is currently we have on the Raspberry Pi the whole MySQL and PHP running because we didn't want to reprogram the whole thing we made on the web so we just copied the whole web database on the device of course later on we will have changed that and the Raspberry Pi on the GPIO has connected to a PWM or a microcontroller different option for this one so this one has no electronics inside it's in case you work on the electronics because the Raspberry Pi cannot make a real PWM we either have a microcontroller dedicated chip to have precise in your PWM for example to control the motor and precise analog to digital converter is also needed specially for the scale we tried many things but below 24 bits ADC resolution the scale is a bit too much but there are chips available and we can read them over SPI so we have the pressure sensor and the temperature sensor going over the PC the interface is now just a web interface in JavaScript later we will of course want to make an API so we can have native apps for better responsiveness of the interface we want all data we can get legally and there is a lot of data available of course the machine readable recipes as a sense for each step we want temperature or pressure I mean for pressure cooking we want the pressure because we can't fix the pressure and temperature in the same time or we are already defined then of course the weight of the added ingredients RPM of stirring how long do you want to stir before we make the force so we want to make intermediate stirring if possible and duration that's left and mode is for the device so the device knows what's coming if we say it's a scaling step the device goes into scaling mode and for example turns to have less communication is a JSON string JSON array very easy to use it and we build it in a way that we can expand it you see T0 is the first temperature sensor P0 is the first pressure sensor M0 is the first motor so if you want to build huge devices so many motors and many sensors you can just expand this for the ingredients of course we also need some data we have what state is it, is it fresh, is it dry, is it frozen how long can we store it and we directly link it to nutrient data and later want to link it to products and stores so if an ingredient for example is an onion we can link it to the form who sells this onion nutrient data we still use the American data the Swiss guys now also have released the database nearly each country has a database about nutrient values of course every database has a completely different format so we keep getting them all together but for now with the US data we can also already do quite a lot for the products as I said we want to have all products possible so from the local farm to the large supermarket and we want to have different people with different wishes and if you have the supermarket in front of the house and have a large family to feed maybe you just need a big family and of course we want to add food that's maybe not accepted by supermarkets people who have too much food have to feed it to our database and just give it away because I think it's more useful to find someone who wants to cook from the exit than just to throw it away we want to get all possible feedback on one hand we have vegan, halal, kosher of course the criteria how happy were the animals how sustainable is it to use that fish local organic gluten free luxury and we want to make a badge system where the users can assign a badge to some products and not profit organizations and we want to make a badge system where organizations can also make that so we can quickly react maybe if someone is abusing an organic label also we want to react as quickly as possible and food label is removed a badge if it was proven that the food is not organic and if it was proven that the food is not organic and if it was proven that the food is not organic the shops of course can be from the farm to the supermarket as I said each shop of course they have GPS coordinates so it's quite easy to find to assign from a recipe how far do I have to walk to get the ingredients to make that recipe now that's more than what I said in the last talk summed up what's going on in the world it's really interesting to see how it moved in the world when I started people were telling me about Jetsons, about Future, about Crazy now more and more people start doing it connected devices come on nearly on a monthly basis from connected sous vide cookbooks that's in many connected frying pans connected microwaves or connected ovens from many other crowdfunding projects if you go to Kickstarter and Indiegogo you see many projects like that coming up some are startups for example the Drop Kitchen Scale which is the Bluetooth Kitchen Scale which has a great interface interactivity and is basically made for baking because all these baking recipes you have the flour, the eggs, the milk and then having a connected scale is very useful I mean it tells you give me flour and just shows you progress bar stops and so you add all the ingredients and then just mix it up and bake it but they are limited to that scale they think in the future about maybe open it up order devices I'm in contact with the guy from the app but in the moment they just launch his scale over all apple shops in the US so he's quite busy but it's great that's that and we have big brands big companies also wanting a part of the cake but still it's everyone cooking his little own soup a mess of standards is coming I think for three devices you will have three recipe platforms and you have three different apps if the manufacturers don't talk to each other the market leader on the connected on the multifunctional devices here in Europe is for work they launched this year a new thermomix which now has a touch screen and has a recipe chip so it has some intelligence but they want to sell the recipes chips together with the cookbooks so they don't tell you what's inside the recipe chips but in the recipes chips I mean the cell I had the cello device every 38 seconds so it works but it's complete the black box I contact them do you want to open it up do you maybe want to share your recipes with other devices it's definitely not what they want to do but I was seeing first posts on forums where hackers were looking to reverse engineer that recipe chip to look what's inside and how could we add other recipes to it I mean it's four pins maybe it's just four pins I don't have the device but as soon as I get my hands on I will try to find out then we have from the small devices we have iGrill it's a grill thermometer also a very successful startup company they are probably more than five years on the market this is the third generation of their Bluetooth thermometer which is basically a great idea you say you have a a soloing steak you put in you want it medium rare you put in your temperature sensor you say that on your app and your app calls you when it's time to take your steak off the heat you have many kinds of meat but I didn't find a way to add and share new kinds of meat, new recipes and it's a bit sad I mean the guys at the fruit hacking base with Frontizek they could use it for fermentation for example could make so many things with that temperature sensor if it was not just limited to meat but now it's limited to meat they invested quite a lot of money to implement the apple home kit infrastructure but I also try to talk to them do you have some kind of recipe database you want to share no that's not available then we have Seb large manufacturer from France they launched a few months ago or maybe one month ago they connected Kukio they made three generation of an intelligent pressure cooker the first one had 50 built in recipes the second one had a USB plug for USB keys to add more recipe and now the new one has a Bluetooth connection they created a project they called open food system in 2012 with many partners involved from universities specialists around nutrition say it's about more than 10 million euros that were invested probably also a part coming from government funding and they told me it will be finished in 2015 their open food system but they didn't tell me will it be buried or will it be launched will it be so easy to find out what they mean by open but what I heard from the project manager of the Kukio is that the app they made for the connected cooker has nothing to do with the open food system so I was thinking why are you building such a nice ecosystem but then you make a connected device with independent development and it's unbelievable how communities build together because there's a huge Facebook community with 36,000 members a group a French language group because it's a French group is a model and that's the index if you click on one of the recipes you see JPEG with how to cook it and so I think and it's all in French so as soon as you don't speak French you have no access to that recipe and since it's JPEG it's just fixed fixed so maybe it would be interesting to connect that huge community massive amount of a huge amount of data content and content with the open food system or our recipe or whatever but it's interesting that they're hacking the device because the original device had only 50 recipes the advice is like for example I used the broccoli recipe to make a caramel cream because the recipes were compatible what you can see that there's a almost impossible way of recombination if you know how to use the device then we have the chef then we also try to make an ecosystem a community, a consortium kitchen device manufacturer they make a mycook it's actually competitive with a nice touch screen this one has a Wi-Fi and they have our focus on the ecosystem to give them a sort of quality but at least in touch I try to explain we shouldn't make it only for older people what we want is to contact them to make it not only for older people we want to open it for all and they think about it a great project is the open food facts community it was a French French name Stefan and here we have the information that is focused on the preparation of food and not the self-cooked food but it's good to know if you have allergies for example if it's a problem to eat this food and it has an open API we will try to use the data bank to connect with our recipe to help the user now what are the possibilities on the hardware side to open source to our database now we have more devices that we can connect we have more devices to our but we have no idea how to connect them the more devices the more people we have the more interesting the ones that are close to us I don't want them to stay close to us of course the competitors the things that are close to us we don't want to keep close to us close to us devices if the people don't tell us how it works then we have two devices connected to the database and more devices connected to the database and if you want to do that you can go to the Hall of Fame on our website we also have a lot to do the text-to-speech there is also a lot to do text-to-speech it works a bit for collecting data in the supermarkets also the route planning and the app to buy in the supermarkets the idea to turn it around doesn't work the supermarkets are not really cooperative and some don't but we could turn it around and send people photos and find out which food there is tomorrow because it's going to be bad it's also a very useful feature we don't have yet you probably have other ideas how to do that ecosystem make it work you would be very happy to find programmers the user interface designers I mean we have a lot but the user experience is not perfect yet and the electronic experience is not perfect yet I also do the marketing I am also the CEO so it's a bit too much marketing, CEO I am also doing it alone at the moment it's difficult at the moment it's hard to pay the money if you know investors then help us we need money money solves many problems so that's basically it we will I'm not sure if the fudge is already cooking but we will definitely cook it but we will cook it today which is on the full tracking base and you will find us and I also wanted to show you a nice video I wanted to show you the video about the beaches but I was so in my talk party that I forgot meet the new every cook every cook includes a precise temperature regulation to melt chocolate or a full computer with full electronics we even have usb included in it the intelligent software uses wifi and provides you with new recipes you can use your phone to get new delicious dishes the best friend of all the powerful motor cuts your your food and so nothing sticks to the bottom storing can be intermittent or continuous at different speeds for pressure cooking there is a pressure time cover with a safety key when the cooking time is over the program will automatically open the resell and safely release the steam do you know that pressure cooking is two times faster and saves a lot of time to get the cook we interact with him every cook shows you a progress bar so you can just pour until it says stop join our community of early adopters thank you actually the video was made with blender also open source if you can use blender if you make such nice videos great man in Poland who made it for us and as I said it's all open source it's all open source it's all open source it's all open source it's all open source it's all open source and all details come from the CAD model the CAD model is there you can navigate through a whole assembly you can really push each screw and open it up and look at some parts show some hidden things if there are mechanical engineers it's always good if someone would look if someone would see if something is too tight or loose it's early for the questions it's a bit early for the questions I think we can move on to the questions I think we should start the Q&A session then right away I think we can start with the Q&A session directly please don't talk through the Q&A and the question is because I'm sitting here we would start with the microphone two first, then the microphone two from the intro no question okay, please microphone nice talk by the way you mentioned the French recipes and please it's barrier nationalization yes that's I forgot to mention but it's a very good point when you translate a recipe from individual blocks and if you translate the blocks you can translate 10,000 recipes and we have to have these blocks so that the machine is readable and right now our Datemak English is German to show that it works but you just have to add a new tab for a further language microphone one please microphone one I used to be a chef anyway I've got two questions one is about your device and the expected retail price and the art of actually having to cook yourself and then when the art to cook for yourself and how you learn the economic questions your data-centric device your data-centric device and in comparison with all the other analogs the second is you have the end customer household directly mentioned wouldn't it make sense to scale it up? maybe first to the second question we know the size of the retail market because there are reports like for 800 million people sold devices there is a market there in the restaurant area I'm sure that there is a market but I don't have access to it I think as soon as we have this one running and we will go on the website we will go on the website for private customers but I will meet many chefs and talk to them because for a chef for example we are 5 liters a little small but for a sauce maker we are probably 5 liters and then we can find out how good the interactivity is how good it is for cooking how much guidance is needed or how much freedom should we leave the estimated retail price what is the price? difficult I mean I would prefer not to say it because there are still some variables I have offers from down here to up here and if it is for the the lower range is 1500 or something like that but if it is a cheap and low quality then it will be more because it is made of aluminium because it is a strong metal it will have some price but for a professional kitchen you have 10,000 and more for them it would be a acceptable price microphone for please I have a quick suggestion I don't know if you have contacted the food assembly who might be interested in talking to their network of farmers and about in terms of opportunity I feel like they could also be the next question I think there is more space for content and issues to eat the food patent maybe you could connect I think it could work I think that that could be easily integrated into the batch system we want to have so now a question do you want to have a positive or negative aspect of it you could make a batch to see patent free and GMO free that would be definitely make sense because the patents on this would be maybe to actually write the story of the ingredients being used and the traditional knowledge because disseminating the information also makes it important because it's been already yes yes we have to see where we draw the line of course we want to have as much data as possible but for some things we thought we could also just link to Wikipedia but for some things we thought we could link to Wikipedia because to use the existing data if you have a platform you probably have a better option to link to our database instead of the data first of all really big kudos for keeping it open and like working on networking with other projects that's really great I like that it's open and with other projects it's really great because of the rendering which is sort of your startup I see you are working on this hardware project because that's your database data about food and so on on the other hand on data banks and food and so on and I ask myself how much you want to connect with your every cook and how much you want to keep open or with open foot network associated strongly with your brand or do you want to connect with your brand or do you want to keep it open in our startup we even discuss whether we should focus on the hardware or control the platform the platform has digital means from the every cook domain where it is now to a digital means the main domain because it is strongly linked but it's something completely different the platform one is a device the current working title is digital means we come from all over the name for us we really want to keep it open and yeah so that's that's I mean we released all the code we wrote until now on the GPS we've written it until now probably there's no way back ha probably there's no way back