9. POLL 1: HAVE YOU HAD ANY OF
THESE IoT EXPERIENCES ?
1. iBeacon retail
2. Smart parking
3. Remote home monitoring
4. Self-tracking
5. No experience so far
www.qna.io/iminds
10. POLL 2:
THE BIGGEST BARRIER FOR IoT
1. Energy-efficiency
2. Cost-effectiveness
3. Quality and reliability
4. Security and privacy
5. Lack of standardization
www.qna.io/iminds
11. POLL 3:
THE MOST IMPORTANT MARKET FOR
IOT
1. Home
2. Smart Cities
3. Manufacturing
www.qna.io/iminds
12.
13. TECH UPDATES BASED ON
INTERVIEWS WITH ACADEMIC
AND INDUSTRY EXPERTS
GET YOUR FREE COPY ON:
WWW.IMINDS.BE/INSIGHTS
Editor's Notes
Welcome
Name: Thomas Kallstenius, director of research and innovation strategy at iMinds
House keeping rules: Keep you mobile on but on silent. Tweets are appreciated.
Recognize: Let me start by asking if anyone in the audience recognize this? I have one myself actually here. It’s one of these things we will talk about and we call it a wrist band or a self-tracking device.
Simple and nice: It’s a very simple device actually: just a motion detector and a battery + some electronics essentially. Looks quite good says my wife. Let's say it's wife approved.
Useful: And it actually very useful. It helps me understand how much I move, estimate how much calories I eat, and helps me understand how much I sleep. Unfortunately it has revealed that red wine is not good for my sleep. So I changed to white.. And that's it. Or is it? Let me show me this graph which was an eye opener to me.
August 24, 2014 from California.
The 2014 South Napa earthquake occurred in and around the city of Napa, California on August 24 at 3:20 a.m. local time, measuring at 6.0 on the moment magnitude scale. The earthquake was the area's biggest in 25 years and, according to Jawbone's real-time sleep chart, 93% of residents woke up to a rumble at 3:20 AM.
Read more: http://www.businessinsider.com/jawbones-earthquake-sleep-chart-2014-8#ixzz3FXQzhDOs
The South Napa Earthquake was the strongest to hit Northern California in 25 years. Our data science team wanted to quantify its effect on sleep by looking at the data recorded by Jawbone UP wearers in the Bay Area who track their sleep patterns.
Napa, Sonoma, Vallejo, and Fairfield were less than 15 miles from the epicenter. Almost all (93%) of the UP wearers in these cities suddenly woke up at 3:20AM when the quake struck. Farther from the epicenter, the impact was weaker and more people slept through the shaking. In San Francisco and Oakland, slightly more than half (55%) woke up. As we look even farther, the effect becomes progressively weaker — almost no UP wearers in Modesto and Santa Cruz (and others between 75 and 100 miles from the epicenter) were woken up by the earthquake, according to UP data.
Once awaken, it took the residents a long time to go back to sleep, especially in the areas that felt the shaking the strongest. In fact, 45% of UP wearers less than 15 miles from the epicenter stayed up the rest of the night.
Below is a visualization prepared by our Senior Data Scientist Brian Wilt that shows how the South Napa Earthquake’s effect on the UP wearers’ sleep changes with the distance from the epicenter.
Graph from California on August 24 this summer.
Shows the % of users using Jawbone UP who are awake. So, oh yes, Jawbone keeps track of you, they know when you are asleep.
9pm: Everyone awake
11pm: You can see some very interesting trends here. For example, people in Santa Cruz go to bed earlier than in San Jose. They also wake up earlier. I wonder if the students in Berkeley seem to have later habits. 20% of them are still asleep at 9am!
But the most interesting part is that suddenly, at 3:20 on August 24, almost everyone is awake. Does it ring a bell?
So this was the biggest earthquake in 25 years, the South Napa earthquake
80 % of the the Jawbone users where awake..
Farther from the epicenter, the impact was weaker and more people slept through the shaking.
The most fascinating aspect, I think, is that 20% of the students in Berkeley managed to sleep through the earthquake
Why this story:
Illustrates that we can, using things and the information from the things, do some very cool stuff. What is technically possible. And that’s probably much more than you would expect.
But there is a privacy aspect. Most Jawbone users were probably not aware of the fact that this data was collected in this way.
So this is what this session is about:
What is technically possible with IoT but also what is acceptable from a privacy point of view.
August 24, 2014 from California.
The 2014 South Napa earthquake occurred in and around the city of Napa, California on August 24 at 3:20 a.m. local time, measuring at 6.0 on the moment magnitude scale. The earthquake was the area's biggest in 25 years and, according to Jawbone's real-time sleep chart, 93% of residents woke up to a rumble at 3:20 AM.
Read more: http://www.businessinsider.com/jawbones-earthquake-sleep-chart-2014-8#ixzz3FXQzhDOs
The South Napa Earthquake was the strongest to hit Northern California in 25 years. Our data science team wanted to quantify its effect on sleep by looking at the data recorded by Jawbone UP wearers in the Bay Area who track their sleep patterns.
Napa, Sonoma, Vallejo, and Fairfield were less than 15 miles from the epicenter. Almost all (93%) of the UP wearers in these cities suddenly woke up at 3:20AM when the quake struck. Farther from the epicenter, the impact was weaker and more people slept through the shaking. In San Francisco and Oakland, slightly more than half (55%) woke up. As we look even farther, the effect becomes progressively weaker — almost no UP wearers in Modesto and Santa Cruz (and others between 75 and 100 miles from the epicenter) were woken up by the earthquake, according to UP data.
Once awaken, it took the residents a long time to go back to sleep, especially in the areas that felt the shaking the strongest. In fact, 45% of UP wearers less than 15 miles from the epicenter stayed up the rest of the night.
Below is a visualization prepared by our Senior Data Scientist Brian Wilt that shows how the South Napa Earthquake’s effect on the UP wearers’ sleep changes with the distance from the epicenter.
In order to clarify this, we have invited a number of very prominent IoT speakers.
14.10 - 14.25: John Baekelmans – Cisco
As the global CTO for Internet of Things – or Internet of Everything in the Cisco terminology (quite sure John is keen to explain the difference)- he and his team continuously drive innovation, create reference architectures and support Cisco’s sales teams from a technology leadership perspective.
John has spent 18 years at Cisco, currently lives in London.
John was also the co-founder of a Belgian residential solutions startup called Fifthplay
John is member of the industrial advisory board for iMinds IoT program.
14.25 - 14.40: George Yianni - Philips Hue
George Yianni, Head of Technology - Connected Lighting.
Founder of Philips Hue. From concept and since its release in 2012, Philips Hue has been awarded several industry honors including Forbes’ Best Product of 2012 .
In 2011, George was elected into Global Shapers, a World Economic Forum community
We met George and the team to present iMinds IoT research. George basically said: “Technology is never a problem”. As researchers we were a bit disappointed but this was also a wake-up call for us.
His presentation will be about the birth of hue, the worlds first internet connected light bulb.
14.40 - 15.00: Abby Margolis - Director of Research at Claro Partners
Abby is Director of Research at Claro Partners, a Barcelona-based.
She has her PhD in Anthropology among other things.
A project to understand the Internet of Things landscape: mapped 350 initiatives across 100 value propositions; and argue that the future of the IoT lies in value-added services. Same story: “Technology is never the problem” – is it?
iMinds and Claro-partner workshop on IoT:
The workshop aims at clarifying the creation process of an IoT product or service.
Teams are created with a designer, a developer, a strategist and a maker
The workshop takes the teams through the whole process: from the ideation to the eco-system creation and business model planning to the making of the prototype (a paper prototype but even better a working prototype , that is the reason why the workshop is done in a fablab)
This workshop has been executed in Barcelona, Portland and in private companies to kickstart their IOT developmentsHo
It’s free but with 300€ penalty if you do not show up.
Make sure your phones are turned on!
How much time: 2 min: Counter….?
Quick recap what the questions are about.
More than half of the top 100 U.S. retailers are testing beacons in stores this year. How big will the beacons market become?
BI Intelligence finds that these small devices are the fastest-growing in-store technology since mobile credit card readers. The beacon installed base will see triple-digit growth rates over the next few years.
The beacon installed base will consist of 4.5 million active beacons overall by year end 2018, with 3.5 million of these in use by retailers. The full BI Intelligence report includes the five-year CAGR for beacons.
Half of the top 100 retailers in the U.S. are testing beacons this year, and we expect them to have this new technology installed in one-third of their store locations by the end of 2015.
Globally, we estimate that 570 million Android and Apple smartphones are compatible with Bluetooth low energy (BLE), the signal emitted by beacons to wake up smartphone apps, which translates to roughly one-third of the smartphone installed base.