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TEN's pitch
Monday, Sept. 16, 2019 · 3:50 p.m. · 10m 12s
The Empathic Network project is connecting the real world to the virtual using as many types of sensory equipment as possible. The initial focus of the project connects patients and data acquired from various medical devices.
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so hello everybody my name's current on the l. um i'm the founder
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little innovation and i'm going to be presenting my project which is called the uh and plastic no work
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um i'm just gonna die straighten because some uh more down to a kind of practical person on an
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engineer an ideal nuts and bolts and try to
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build things that are gonna have practicality for ordinary people
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so no problem i'm looking at really is um the healthcare process
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in my opinion and opinion of probably many of the people here
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it's very fragmented not very transparent it's complicated and it's expensive
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now add data is held in so many different places
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it's not very compatible and it's very difficult to get hold off i mean i have to go to see him
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the hospital sign a piece of paper uh i can get a copy
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of my m. r. i. then i take it to my family doctor
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and handed over and sign another piece of paper saying he has been
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mentioned for so it's very bureaucratic and you know i i'm getting rather frustrated
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well yeah is data collected there's a list
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for here and the main points really ah
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that data is collected on a lot of devices all recorded on some kind of computer
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it's an an an electronic format and
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we can see why our records is
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so fragmented because the process itself is fragmented
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okay other places i mean these guys know more about me than any body else
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so i had to go for a physical and they produce the folder like that thick
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and i wondered where did you get all that and who gave you permission on why haven't i got it
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simple question
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so this is the type of data that we collect and there's
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a lot and again the main take away points ah it is possible to
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aggregate this data it's also possible to put it to some kind of practical units
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right now you know if i look at what happens
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you know we just thought data and fall those or on
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computers and it doesn't really do much you know it's pretty
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static so i decided that i wanted to create something called
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the impact the net work and it's basically a clout based system
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so what is it still in very very simple terms very
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simple towns his you and you connect to a virtual twine
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a virtual twin is really a composite of all the different layers of
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data that we collect so i'm an x. ray gives me my skeleton
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and m. r. i. gives me my physiology you know with ligaments and so on
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and then maybe a c. t. scan that gives me my musculature so that what i have
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and eighty visualisation of my physical my
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physical body as it exists right now
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and how do we do this it's quite simple like dine at very practical here
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patient is connected to devices devices generate
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data which are connected to routers and switches
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transmit the data the cloud here but i'm designing connects virtual devices back
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to the physical device and uh for the patient we receive the data
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we translated for mac to maybe do it up in a tree annotation
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and then send it on to an analytical system which can then
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represent the data in digital form i possibly even in a graphic form
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as your virtual twine know why is this interesting because
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if i have a problem here maybe i have a hot or it's me uh and some device picks it up
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a doctor can see that happening in my virtual twente
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this is kind of makes sense you guys
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so why would i want to do this well all my data would be in one place because it would
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be in the analytic system um it helps me to
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detect things early a quick that it can improve my intervention
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time if i get to a problem oh yeah the interventions gonna be earlier and therefore this you know
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but is it going to be an improvement to the
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therapy plan you know and everything shortens down and therefore
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stable lies in my cost you know i went through an episode a few years ago
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and at one point i was paying two thousand a month
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out of pocket because i wasn't covered by the necessary insurance
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two thousand a month in my situation was like that's a month's rent you now so
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i need this i need this more than anything and as i already mentioned
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patient record systems is static they don't do anything except store data or records
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for other people to dawn create q. j. i. systems to go
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on i'm allies but then still nothing's actually happened for me personally
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how am i going to do this well here's some cases um home care
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has one case here h. in population
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longterm conditions so remote monitoring early detection
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on testing sleep that yeah that's an interesting problem when you go for sleep on your test
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you go into a hospital room and there's a whole wall of machines you have about thirty
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cents is connected to your body and then they expect you to have a good night's sleep
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now sixty percent of those tests
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failed because the patient consciously there's too
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much noise from all the cooling fans in the machines there's too much light
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the temperature of the room is usually above twenty five celsius so how
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am i gonna sleep and how was that meaningful now if i take this
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equipment to my house to my home the room is nice and the ah car i don't
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have to worry about temperature noise and i can run the test for maybe three or four days
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and then i got a meaningful set of data that can be used
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further down the line for the diagnostic process wanna look at hospitals we can use
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as i've already mentioned we can use the virtual twente
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for diagnostic tool but maybe the patient is in a coma
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a very important part of the doctor patient relationship is to be able to ask questions
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but it's the patients in a coma how you gonna extract the relevant information
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but if you have a digital when they're available then you can start to run
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diagnostics without actually having to interfere with
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the patient so it's non intrusive very important
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maybe the patient has some kind of weird disease there in isolation
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you can't be in the same room with that person but you can certainly be
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in the same room as the digital twin because digit twin doesn't have a disease right
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i might be a target though that the and here is really to
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get into i'm still pretty stage three clinical trials and former co kinetics
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why is this interesting because pick phenomena is now chasing off the personalised medicine
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and uh what they're really interested in is to
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be able to customise the dosage in a medication now
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somebody like me um one meter eighty seven highway ninety five kilos
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i'm going to require a different dosage to somebody who's half my size twice my age
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which would be difficult they probably beat that actually but okay the the the um
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but you see my point there right we're all different you know so if i'm going
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to create or somebody's gonna create personalised medicine
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why shouldn't i in my virtual twice and
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have some kind of process normalised diagnostic process
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you know kind of matches uh makes sense
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okay so my time's running out that's how i'm gonna do
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it okay so this is just the upright fix feedback loop
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um validate and deploy i'm i'm that's basically
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a cut cookie cutter method for building my systems
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um timeline here i'm gonna pilot with the university hospital bottle
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and build a proposition first with spit types which is about the home care
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and then i'm going to go to it or see a dossier a very interesting company they have about five or six
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so it's the h. one stage two molecules i want to bring to market
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there are not a very big company and they would serve as a great pilot for me
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to be able to go into the big dogs which are now about to some russians on
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i mean i live in the middle but also all these guys were on my doorstep the way i'm
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gonna do it is the old way or have to knock on doors and ask questions and engage with people
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um yeah one expenses bottom line forty thousand writing
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uh that will be starting and uh twenty twenty
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and that's the team it's just me i have to
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