IOT - Moving from theory to practice. A presentation by Rajeev Jha (Founder - Yuktix Technologies Pvt Ltd) for makers, on how IOT, challenges faced by them when they are moving from the world of theory to the world of implementation.
SMART HOME LIFE -ALLIVA- HOME AUTOMATIONPranav Sayta
SMART HOME LIFE -ALLIVA Home Automation launched in India at, most Affordable -based on ZIGBEE (2.4 GHZ) totally wireless Works with Android/iOS Applications works on WLAN also starts@ 40,000/- onwards
This document discusses the smart home ecosystem and outlines challenges and opportunities. It analyzes key trends, including increasing adoption of monitoring services and smart appliances. It identifies unmet consumer needs like support services and integrated solutions. The document evaluates two business model options from companies like Verizon and Comcast and argues network operators must develop complete solutions through partnerships. Finally, it recommends network operators, home companies, and content providers collaborate to offer comprehensive smart home packages.
The document discusses the history and future of smart home systems. It describes how early home systems have evolved from basic controls to integrated wireless technologies that allow remote monitoring and control of devices. The future will bring more connectivity through technologies like cloud computing and mobile apps. This will enable new capabilities around energy management, security, and automated control to improve convenience, savings and sustainability. Schneider Electric provides an example product that allows users to remotely monitor and control home energy use through a wireless system and online dashboard.
SMART HOME LIFE -ALLIVA- HOME AUTOMATIONPranav Sayta
SMART HOME LIFE -ALLIVA Home Automation launched in India at, most Affordable -based on ZIGBEE (2.4 GHZ) totally wireless Works with Android/iOS Applications works on WLAN also starts@ 40,000/- onwards
This document discusses the smart home ecosystem and outlines challenges and opportunities. It analyzes key trends, including increasing adoption of monitoring services and smart appliances. It identifies unmet consumer needs like support services and integrated solutions. The document evaluates two business model options from companies like Verizon and Comcast and argues network operators must develop complete solutions through partnerships. Finally, it recommends network operators, home companies, and content providers collaborate to offer comprehensive smart home packages.
The document discusses the history and future of smart home systems. It describes how early home systems have evolved from basic controls to integrated wireless technologies that allow remote monitoring and control of devices. The future will bring more connectivity through technologies like cloud computing and mobile apps. This will enable new capabilities around energy management, security, and automated control to improve convenience, savings and sustainability. Schneider Electric provides an example product that allows users to remotely monitor and control home energy use through a wireless system and online dashboard.
Seeking to be sensitive to users, smart home researchers have focused on the concept of control. They attempt to allow users to gain control over their lives by framing the problem as one of end-user programming. But families are not users as we typically conceive them, and a large body of ethnographic research shows how their activities and routines do not map well to programming tasks. End-user programming ultimately provides control of devices. But families want more control of their lives. In this paper, we explore this disconnect. Using grounded contextual fieldwork with dual-income families, we describe the control that families want, and suggest seven design principles that will help end-user programming systems deliver that control. By Scott Davidoff, Min Kyung Lee, Charles Yiu, John Zimmerman + Anind K. Dey.
Steal This Idea: Ten Smart Ideas for Marketing Your Communityatlinnj
"Steal This Idea: Ten Smart Ideas for Marketing Your Community" was recently presented by Andy Levine, President of DCI to the Georgia Economic Developers Association (April 19, 2010).
The document summarizes key findings from a GfK study on consumer attitudes towards smart home technology. It finds that leading edge consumers see smart home technology as having the biggest impact on their lives compared to other emerging technologies. Over half of leading edge consumers already own at least one smart home product. Security and home control are the most appealing smart home categories. The top barriers to adoption are cost, privacy concerns, and lack of knowledge about products. Smartphones are the preferred device for controlling smart home products, followed by laptops/PCs. Consumers expect electronics manufacturers and technology companies to be the main providers of smart home services.
Building a smart home ecosystem urgent need for standardizationCarsten Steigleder
DT has the ambition to build a smart home ecosystem. We see an urgent need for standardization. DT wants to share its view on standardizing components of the Smart Home and our requirements to better support the service provider buisness model
Ever since its foundation nearly four and a half centuries ago, Valletta was guided by one major principle; that of being a vibrant Citta’ Nuova, intended to be a perpetually contemporaneous. This commitment is evidenced by the Knights of St. John who transformed the New City originally built as a fortified Military City into a Cultural and Maritime Micro Superpower City .
Then, innovation and vision were the secret of Valletta ’s success.
Smart classrooms making smarter community membersJillbunker
Jill Bunker is the principal of Mamie Agnes Jones Elementary School in Baldwin, Florida, which serves approximately 400 economically disadvantaged students. She is requesting $25,000 to purchase interactive smart boards, tablets, and testing response systems for classrooms to improve technology access for students, most of whom do not have internet at home. Modernizing the school's technology could better prepare students for future success and benefit the entire rural community.
Smart Home System Using Android ApplicationSiju Xavier
The document describes a smart home system that uses an Android application for control. The system allows appliances to be controlled remotely through a Bluetooth connection to a main control board. The main components of the control board are a PIC microcontroller, Bluetooth module, relays, and sensors. The system was designed to be low-cost and user-friendly, allowing disabled individuals to easily control home appliances from an Android device.
This document discusses how to create an Alexa smart home skill. It describes the different types of Alexa skills - custom interaction model skills, smart home skills, and flash briefing skills. It focuses on smart home skills, which allow users to control smart home devices using natural language. The key steps to creating a smart home skill are to create a Login with Amazon profile, register the smart home skill, and create a Lambda function. It provides examples of the requests and responses involved in discovering devices and controlling them, such as turn on/off requests. It also discusses error responses and demonstrates the skill.
The Connected World - A Future of Possibilities Dr. Mazlan Abbas
This document discusses the future possibilities of the Internet of Things (IoT). It describes how IoT connects devices together through the internet and analyzes data to gain insights. The document also discusses how IoT can enhance areas like smart cities by using citizens and their smartphones as sensors to collect and report important information. Finally, it explores how IoT may be able to collect more personal data from individuals to create "lifelogs" of their daily activities and experiences.
OSGi for European and Japanese smart cities - experiences and lessons learnt ...mfrancis
OSGi Community Event 2016 Presentation by Levent Gurgen (CEA)
Internet of Things (IoT) is the digital skin of the physical world. It has specific requirements such as dynamicity to self-adapt to the continuously changing physical context. The world is heterogeneous and the objects should interoperate to collaborate, thus interoperability is essential. Openness and short learning curve are other requirements so that innovators (e.g. startups) can rapidly build applications with reduced time-to-market and avoid vendor lock-in. Reuse of software and hardware is also particularly important since billion of devices are expected to be deployed in the coming decades and those devices should be multi-purpose and reusable by applications from different domains and not be specific to a given domain.
OSGi has – since 15 years ago – the answers to those requirements of today’s IoT. Its powerful run-time environment for the dynamicity, its service-oriented approach hiding heterogeneity, its modularity making the reuse extremely simple, and last but not least, its open approach giving the potential to democratize the IoT.
The talk will illustrate the benefits of OSGi for IoT with concrete deployed examples, in particular in smart city domain in Europe and Japan via the collaborative projects such as ClouT and FESTIVAL.
Smart cities, sustainable cities, city branding and lean start up methodology...SmartCitiesTeam
A theoretical approach on some basic concepts concerning smart cities, sustainable cities, lean start up methodology and city branding.
AthensCoCreation BrandingProject
Panteion University Of Social And Political Sciences
Department of Communication, Media and Culture
MA in Cultural Management
Course: Cultural Marketing and Communication
Course Instructor: Betty Tsakarestou, Assistant Professor and Head of Advertising and Public Relations Lab
Presentation Smart Home With Home AutomationArifur Rahman
This document provides an overview of a presentation on smart home automation. It discusses how home automation can automate lighting, HVAC, appliances and other systems for improved convenience, comfort, energy efficiency and security. It describes how smart homes can be remotely controlled and monitored, including security, entertainment and information functions. It outlines the various wired and wireless devices used in home automation and popular software options like Linux, Mister House and Heyu. The presentation also includes diagrams of sample home automation architectures and a remote web interface.
1. This document discusses how computing is becoming more ubiquitous and moving from desktops and laptops to smartphones, wearables, IoT devices, and mixed reality.
2. It predicts that by 2030 there will be 1 trillion connected devices, with one device for every 6 square feet on average. This will require new ways for humans to interact with computers beyond traditional interfaces.
3. Several lessons can be learned from the military concept of OODA (Observe, Orient, Decide, Act) and from early experiments with consumer IoT devices like improving wireless networking and keeping software and device interactions simple. The future of IoT will require developing a "world model" to connect data from different devices and working
This document provides an overview of the Internet of Things (IoT) ecosystem and business models. It discusses how IoT connects everyday physical objects to the internet to collect and share data. Examples mentioned include wearable health devices, smart homes, connected cars, and tracking tools for cows and sports equipment. The document also outlines common IoT technology stacks involving hardware platforms, programming languages, and GUI tools. It emphasizes the importance of prototyping, understanding user needs, mobility, analytics, and algorithms for developing successful IoT products and business models.
This document discusses whether industrial IoT (IIoT) is right for a particular organization and how to approach IIoT solutions. It notes that there is a lot of information available about IIoT but it can be difficult to determine what is real and will provide benefits. The document discusses different approaches to IIoT solutions, from point solutions focused on quick results to framework and sustainable solutions. It emphasizes the importance of sustainable results and ensuring IIoT projects align with business goals and strategies.
This document provides an overview of machine learning and how it can be used now in business. It discusses how machine learning has reached a tipping point due to advances in computing power, data collection, and algorithms. The document outlines several use cases for machine learning, such as recommendations, sentiment analysis, and predictive analytics. It also addresses common myths about machine learning and how to get started, emphasizing that machine learning capabilities are now readily available through cloud services and open source tools.
Seeking to be sensitive to users, smart home researchers have focused on the concept of control. They attempt to allow users to gain control over their lives by framing the problem as one of end-user programming. But families are not users as we typically conceive them, and a large body of ethnographic research shows how their activities and routines do not map well to programming tasks. End-user programming ultimately provides control of devices. But families want more control of their lives. In this paper, we explore this disconnect. Using grounded contextual fieldwork with dual-income families, we describe the control that families want, and suggest seven design principles that will help end-user programming systems deliver that control. By Scott Davidoff, Min Kyung Lee, Charles Yiu, John Zimmerman + Anind K. Dey.
Steal This Idea: Ten Smart Ideas for Marketing Your Communityatlinnj
"Steal This Idea: Ten Smart Ideas for Marketing Your Community" was recently presented by Andy Levine, President of DCI to the Georgia Economic Developers Association (April 19, 2010).
The document summarizes key findings from a GfK study on consumer attitudes towards smart home technology. It finds that leading edge consumers see smart home technology as having the biggest impact on their lives compared to other emerging technologies. Over half of leading edge consumers already own at least one smart home product. Security and home control are the most appealing smart home categories. The top barriers to adoption are cost, privacy concerns, and lack of knowledge about products. Smartphones are the preferred device for controlling smart home products, followed by laptops/PCs. Consumers expect electronics manufacturers and technology companies to be the main providers of smart home services.
Building a smart home ecosystem urgent need for standardizationCarsten Steigleder
DT has the ambition to build a smart home ecosystem. We see an urgent need for standardization. DT wants to share its view on standardizing components of the Smart Home and our requirements to better support the service provider buisness model
Ever since its foundation nearly four and a half centuries ago, Valletta was guided by one major principle; that of being a vibrant Citta’ Nuova, intended to be a perpetually contemporaneous. This commitment is evidenced by the Knights of St. John who transformed the New City originally built as a fortified Military City into a Cultural and Maritime Micro Superpower City .
Then, innovation and vision were the secret of Valletta ’s success.
Smart classrooms making smarter community membersJillbunker
Jill Bunker is the principal of Mamie Agnes Jones Elementary School in Baldwin, Florida, which serves approximately 400 economically disadvantaged students. She is requesting $25,000 to purchase interactive smart boards, tablets, and testing response systems for classrooms to improve technology access for students, most of whom do not have internet at home. Modernizing the school's technology could better prepare students for future success and benefit the entire rural community.
Smart Home System Using Android ApplicationSiju Xavier
The document describes a smart home system that uses an Android application for control. The system allows appliances to be controlled remotely through a Bluetooth connection to a main control board. The main components of the control board are a PIC microcontroller, Bluetooth module, relays, and sensors. The system was designed to be low-cost and user-friendly, allowing disabled individuals to easily control home appliances from an Android device.
This document discusses how to create an Alexa smart home skill. It describes the different types of Alexa skills - custom interaction model skills, smart home skills, and flash briefing skills. It focuses on smart home skills, which allow users to control smart home devices using natural language. The key steps to creating a smart home skill are to create a Login with Amazon profile, register the smart home skill, and create a Lambda function. It provides examples of the requests and responses involved in discovering devices and controlling them, such as turn on/off requests. It also discusses error responses and demonstrates the skill.
The Connected World - A Future of Possibilities Dr. Mazlan Abbas
This document discusses the future possibilities of the Internet of Things (IoT). It describes how IoT connects devices together through the internet and analyzes data to gain insights. The document also discusses how IoT can enhance areas like smart cities by using citizens and their smartphones as sensors to collect and report important information. Finally, it explores how IoT may be able to collect more personal data from individuals to create "lifelogs" of their daily activities and experiences.
OSGi for European and Japanese smart cities - experiences and lessons learnt ...mfrancis
OSGi Community Event 2016 Presentation by Levent Gurgen (CEA)
Internet of Things (IoT) is the digital skin of the physical world. It has specific requirements such as dynamicity to self-adapt to the continuously changing physical context. The world is heterogeneous and the objects should interoperate to collaborate, thus interoperability is essential. Openness and short learning curve are other requirements so that innovators (e.g. startups) can rapidly build applications with reduced time-to-market and avoid vendor lock-in. Reuse of software and hardware is also particularly important since billion of devices are expected to be deployed in the coming decades and those devices should be multi-purpose and reusable by applications from different domains and not be specific to a given domain.
OSGi has – since 15 years ago – the answers to those requirements of today’s IoT. Its powerful run-time environment for the dynamicity, its service-oriented approach hiding heterogeneity, its modularity making the reuse extremely simple, and last but not least, its open approach giving the potential to democratize the IoT.
The talk will illustrate the benefits of OSGi for IoT with concrete deployed examples, in particular in smart city domain in Europe and Japan via the collaborative projects such as ClouT and FESTIVAL.
Smart cities, sustainable cities, city branding and lean start up methodology...SmartCitiesTeam
A theoretical approach on some basic concepts concerning smart cities, sustainable cities, lean start up methodology and city branding.
AthensCoCreation BrandingProject
Panteion University Of Social And Political Sciences
Department of Communication, Media and Culture
MA in Cultural Management
Course: Cultural Marketing and Communication
Course Instructor: Betty Tsakarestou, Assistant Professor and Head of Advertising and Public Relations Lab
Presentation Smart Home With Home AutomationArifur Rahman
This document provides an overview of a presentation on smart home automation. It discusses how home automation can automate lighting, HVAC, appliances and other systems for improved convenience, comfort, energy efficiency and security. It describes how smart homes can be remotely controlled and monitored, including security, entertainment and information functions. It outlines the various wired and wireless devices used in home automation and popular software options like Linux, Mister House and Heyu. The presentation also includes diagrams of sample home automation architectures and a remote web interface.
1. This document discusses how computing is becoming more ubiquitous and moving from desktops and laptops to smartphones, wearables, IoT devices, and mixed reality.
2. It predicts that by 2030 there will be 1 trillion connected devices, with one device for every 6 square feet on average. This will require new ways for humans to interact with computers beyond traditional interfaces.
3. Several lessons can be learned from the military concept of OODA (Observe, Orient, Decide, Act) and from early experiments with consumer IoT devices like improving wireless networking and keeping software and device interactions simple. The future of IoT will require developing a "world model" to connect data from different devices and working
This document provides an overview of the Internet of Things (IoT) ecosystem and business models. It discusses how IoT connects everyday physical objects to the internet to collect and share data. Examples mentioned include wearable health devices, smart homes, connected cars, and tracking tools for cows and sports equipment. The document also outlines common IoT technology stacks involving hardware platforms, programming languages, and GUI tools. It emphasizes the importance of prototyping, understanding user needs, mobility, analytics, and algorithms for developing successful IoT products and business models.
This document discusses whether industrial IoT (IIoT) is right for a particular organization and how to approach IIoT solutions. It notes that there is a lot of information available about IIoT but it can be difficult to determine what is real and will provide benefits. The document discusses different approaches to IIoT solutions, from point solutions focused on quick results to framework and sustainable solutions. It emphasizes the importance of sustainable results and ensuring IIoT projects align with business goals and strategies.
This document provides an overview of machine learning and how it can be used now in business. It discusses how machine learning has reached a tipping point due to advances in computing power, data collection, and algorithms. The document outlines several use cases for machine learning, such as recommendations, sentiment analysis, and predictive analytics. It also addresses common myths about machine learning and how to get started, emphasizing that machine learning capabilities are now readily available through cloud services and open source tools.
The document discusses how computing is impacting all areas of society and the future. It makes three key points:
1) Computing is integrated into nearly all industries and fields of study. All subjects can benefit from including computing in their curriculum and all industries need IT workers.
2) Careers in computing are in high demand and pay well. Starting salaries for many computing jobs like data security analysts and mobile developers are comparable or higher than careers like engineering and law.
3) Computing will continue transforming society and industries in the future. Many technologies are emerging like virtual reality, drones, 3D printing and self-driving cars that will impact jobs, education and more. The future will be shaped by computing innovations and
1. AI and machine learning, especially deep learning, will transform many industries by enabling tasks that humans can currently do in under a second to be automated.
2. For companies to successfully adopt AI, they need clear strategies around data, talent, and how to differentiate themselves since algorithms and open-source code are commodities.
3. In retail specifically, computer vision and video analytics powered by AI can provide critical insights into customer behavior and in-store operations.
Industry 4.0, smart factories, IoT, and other advanced manufacturing concepts involve connecting equipment with self-learning and cloud computing capabilities. While IoT promises inexpensive data, the costs of sensors, engineering, and ongoing support mean data may not be truly low-cost. Additionally, past technology initiatives have often failed to deliver sustained results due to a lack of focus on people, processes, and standards to ensure new systems are properly adopted. True value from IIoT likely requires a sustainable approach that considers organizational impacts and develops long-term plans with capable partners.
Rapid iteration for an Internet of ThingsStudioSFO
“Rapid Iteration for an Internet of Things – Tempo Automation”
Presented Wednesday, July 10, 2013
As rapidly as the fastest growing platform shifted from desktop to mobile, mobile itself now finds the attention shifting to a highly-diverse plethora of devices that are carried, worn, and used in brand new ways. New devices and ecosystems are emerging in entirely new form factors. Because their impact is often based on scale of use, device prototypers are now in need of ways to rapidly produce prototypes at scale. In short, this means rapidly iterating the Internet of Things.
Many fields already benefit from high speed iteration that scales – Lean Startup for business, Agile for software, and 3D printing for mechanical design. Tempo Automation has now developed a robot that brings this capability to electronics.
The current options for making low volumes of circuit boards are unattractive, to put it mildly. Either wait weeks to get a board back from a board house, or strain your fine motor skills trying to build multiple boards yourself. Tempo Automation aims to fix this problem with “Electronics Factory”, a reliable, easy to use, desktop robot. Think “MakerBot”, but optimized for electronics. The objective is to provide a robot that etch traces, applies solder paste, places components, reflows, and even tests. Tempo Automation releases each of these capabilities as they become available.
Our presenters, Co-founder and CEO Jeff McAlvay and Co-founder and CTO Markus Rokitta, will demo the latest production unit, and describe how rapid iteration will transform not only the startup landscape, but advance the impact of the emerging realm of things that generate and report connected data.
Jeff McAlvay, Co-founder and CEO, Tempo Automation (http://tempoautomation.com/). Previously, Jeff worked in industrial supply company McMaster-Carr’s leadership development program. There, his roles included warehouse operations design, sales, and product management. He currently runs the Bay Area Factory Tours Meetup group, and coordinates office hours that connect hardware startups with industry experts.
Markus Rokitta, PhD; Co-founder and CTO, Tempo Automation.
Markus received his PhD in Engineering from the University of Queensland in Australia. Since then, he has designed and manufactured a small form-factor MRI machine and has managed medical device programs at companies including Carl Zeiss and BIT Analytic Instruments, in countries including the US, Germany, and China.
Location:
Qualcomm Inc.
3165 Kifer Road Santa Clara,
The document discusses smart workplaces and the transition from traditional to new digital workplaces. It defines a smart workplace as a digital work environment that allows employees to work together from anywhere using different devices. A smart workplace utilizes various technologies like collaboration tools, videoconferencing, workplace analytics, and AI assistants. While some companies have already implemented smart workplace solutions, the technology is still in the early adopter phase and many companies continue traditional work styles. The smart workplace market is expected to grow significantly as demand increases for flexible, digital work environments and smart networking solutions.
Presentation given to AGCOM 590 at Kansas State on Oct. 27, 2011. Covers new technologies that are available now and in the future and how they can be used in the workplace. Also gives information on evaluating and adopting new technology in the workplace with a case study on iPads.
Presenting a) Mega Trends in the business world that affect small and medium-sized enterprises, b) the op ten technologies that promote creative disruption, and c) how to proceed in implementing some of them.
AnonyByte is proposing a smart home automation solution centered around a hub called the OmniBox, which allows all smart devices in the home to communicate securely. The OmniBox establishes an encrypted connection to the internet and acts as a personal cloud server and thin client. AnonyByte wants to raise $300k in seed funding to develop their products and market to individuals concerned with energy usage who want plug-and-play automation solutions. Their forecast is to sell 20k OmniBox base units, 10k OmniBox Plus models, automate 1000 homes, and sell 20k IoT devices in the first year for $200k in revenue.
The document discusses embedded systems and how they have evolved over time. It describes how embedded controllers now power many everyday devices, from phones to washing machines, and how embedded technology will continue advancing to be included in more low-cost products. It promotes an open source training on embedded systems called Open.Embedded that aims to provide practical, up-to-date skills on using different microcontrollers and IDEs to develop working prototypes quickly.
Breaking the barriers of Internet of Things (IoT)Dr. Mazlan Abbas
This document summarizes Dr. Mazlan Abbas' keynote address on breaking barriers in IoT. Some key points discussed include how industries in Malaysia do not value skills development and graduates lack work readiness. The talk addresses how Malaysia can transform from a consumer to producer nation through university-industry collaboration on R&D, product development and commercialization. IoT is described as now reaching an inflection point due to cheaper/smaller hardware, simpler software development, and growing connectivity and ecosystem of players. The document also provides overviews of IoT concepts, technologies, and the favoriot IoT platform for rapid development of IoT solutions.
Igniting Next Level Productivity with AI-Infused Data Integration Workflows Safe Software
Learn where FME meets AI in this upcoming webinar to offer you incredible time savings. This webinar is tailored to ignite imaginations and offer solutions to your data integration challenges. As the new digital era sets sail on the winds of AI, the tangibility of its integration in our daily schema is unfolding.
Segment 1, titled “AI: The Good, the Bad and the FME” by Darren Fergus of Locus, navigates through the realms of AI, scrutinizing its pervasive impact while underscoring the symbiotic potential of FME and AI. Join in an engaging demonstration as FME and ChatGPT collaboratively orchestrate a PowerPoint narrative, epitomizing the alliance of AI with human ingenuity.
In Segment 2, “Integrating GeoAI Models in FME” by Dennis Wilhelm and Dr. Christopher Britsch of con terra GmbH, the spotlight veers towards operationalizing AI in our daily tasks through FME. A practical approach to embedding GeoAI Models into FME Workspaces is unveiled, showcasing the ease of incorporating AI-driven methodologies into your FME workflows, skyrocketing productivity levels.
To follow, Segment 3, "Unleash generative AI on your terms!" by Oliver Morris of Avineon-Tensing. While the prospects of Generative AI are thrilling, security and IT reservations, especially with 'phone home' tools, are genuine concerns. However, with open-source tools, you can locally harness large language models. In this demo, we'll unravel the magic of local AI deployment and its seamless integration into an FME workspace.
Bonus! Dmitri will join us for a fourth segment to tie us off, showcasing what he has been up to this week, including using OpenAI API for texturing in FME, amoung other projects.
Join us to explore the synergy of FME and AI: opening portals to a realm of revolutionized productivity and enriched user experiences.
Arduino, Open Source and The Internet of Things LandscapeJustin Grammens
What's this "Internet of Things (IoT)" I keep hearing all about? We will cover where IoT came from, where it is today, where it's going in the future and how the Arduino open source platform is being used to bring new ideas and products to life.
Demystifying Machine Learning - How to give your business superpowers.10x Nation
A "no math" introduction to machine learning concepts. Touches on various ML architectures, including neural networks and deep learning. Includes tons of resource links.
DNA - Einstein - Data science ja bigdataRolf Koski
This document discusses DNA's journey in data science and big data. It summarizes that the big things driving change were the omnichannel customer demanding more data and analytics, and new technologies like cloud computing and data science providing endless scale and processing power. It outlines DNA's achievements in using these technologies to understand customers better, increase sales and marketing ROI, and automate many processes. Upcoming areas discussed include expanding into artificial intelligence, chatbots, and understanding speech. Culture aspects emphasized include having thinker-doers who can code leading projects and openly demonstrating work to connect with others.
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1. IoT in the Real World: Moving
from Theory to Practice
Rajeev Jha (rjha@yuktix.com)
Yuktix Technologies
2. Why this speaker?
First question to ask
Makers space, we also make things
Sharing learning as a fellow maker. Mostly technical
That is all, now disclaimers
Seas will not part, at the same time, don’t crucify me!
3. Agenda
What is IoT and what it entails.
The state of things and challenges for the makers
Solutions? I don’t have prescriptions
You are not going to go home wise
Food for thought is served though!
4. Assumptions
• Audience – Makers, to whom this PPT is
dedicated
• Problem – You want to go beyond the
demos.
5. IoT
• Encompasses everything
• Touted as Fabric of universe, Background
microwave radiation, A field we are all
submerged in
6.
7. A small exercise
• Phone/ Mobile / LED light/ Table Lamp (smart lights/ apps)
• UPS + Router (preventive maintenance, turn on key and router)
• Ceiling Fan (rotate according to Temperature)
• Printer (tell me when you are out of pages, place order with
shop)
• Weight Machine (push my weight on cloud? urggh)
• Jeans + T-Shirt – Glow LED?
8.
9. A small exercise
• Windows / Curtains – automatic opening closing, based on light
• Bowl of Noodle – Tell me if at Okay temperature
• My Kid - ?
• Books ?
• Table/Chairs/ Bookshelf – Virgin IoT markets?
10. Components
• What is it at an abstract level?
• TI website
– Connectivity
– Sensors
– Power
– Security
– cloud
12. What would happen
• Everything connected
• sense / control / program
• Embedded decision making, data, analytic
• What I am not able to do now.
• Money? Performance, Utilization,
Convenience
13. Earlier and Now
GSM/LTE Modem
Motor Driver
Security
Logistics
Telemetry
Asset Tracking, RFID, LLRP
Now => IoT
14. Tag soup is Mind Boggling
Battery powered, solar powered, single phase, 3
phase, 6-phase, Gas turbines, cars, substations,
Clothes, Healthcare, Smart cities / smart Parking/ Agri
Dairy, Wi-Fi, Bluetooth, ZigBee, GSM, Tiny OS, Contiki,
RTOS, Arduino, Udoo, Toradex, Ti, ARM-11, ATMEL, 8-
bit, 32-bit, HMI, Android, AES256, SSL, Xively, AWS,..
17. Lets take a pause
What does this means for the maker?
18. Challenges
What product to do? Cool != $$$
So many things, what is my game?
Marketing and mindshare, Consumer or
Enterprise – need sales
Technology, Dependencies and packaging
Hardware – is very fragmented
Tools are not there yet.
It breaks my heart to say this but product may actually
be 10-20% of the story.
20. Challenges
Easy to do if you are the only user – Think of your
hack scripts. the moment you hand it to someone –
it breaks!
You need a packaged thing that can be abused.
For a wider distribution – challenges are different.
You need to reach people, how to do that on
budget?
Last 10% is what takes 90% of the time.
Have you done enough research?
21. Deception
Arduino Board from Element 14 + sensor
Breakout from spark fun + Download Library
from AdaFruit = Awesome Demo!
Rinse and repeat for other awesome demos
Why is that deceptive? You are not facing real
life problems. Ask - will it work no matter
what? Noise, distribution, Packaging, water,
sun, rain, remote update…
22. Caveat Maker
Market data is very imp. Your hunch is equally imp. What to
make may be more imp. How to make.
You need domain expertise
Hardware (“Thing”) iterations are hard. Need more money.
The infrastructure is not in place yet. MQTT is not the
answer to the all data communication needs. Hardware is
very Fragmented.
23. The eye saver
Cool gadget
Monitor light
Change color when light not
sufficient. Red, Green, Yellow
Read on app, upload to cloud
Target price 15 USD
24. Business Plan
• India Population = 1,21,00,00,000
• Middle class percentage = 30 %
• Number of families = (1210 x 0.3)/6 M = 60M
• Families with Kids in study group = 20%, 12M
• Market Potential = 12M x 15$ = 180M$
• As modest startup, we will capture 10% = 18M$ =
100 Crore
• Elevator Pitch => Which Mom would want to see
her kids go blind?
25. The Demo
• Lux sensor with Breakout
• Arduino Uno
• Adafruit Library
• Color LED
28. Aside: Hardware Libraries
• Mass market vs. niches
• Don’t reinvent the wheel in 2015? Really? What
If the wheels are not round?
• What is wrong with Adafruit BMP180 example?
• UART without timeout. ARM MBED SD CARD
• Lesson – hardware libraries are not MySQL
database drivers. Audience size is small.
Arduino is ______.
29. Costing for 10 units
• Uno – 15,000
• Sensor mask/Mounting – 4000 + 1000
• Sensors – 3000
• Boxes – 3000
• Bluetooth Breakout – 4,500
• 3000/unit w/o Labor, Marketing etc.
• Not working cost wise …
30. New Plan - Dependencies
• Sensor board masks
• Proto quantities Board Printing
• PCB design, INR 65 NXP 8051 chip
• Sensors , diffusers
• NID/CPD – packaging
• Testing – Lot and lot of it
• Android App development
33. New Plan
• Go to China? – Tyranny of MOQ would require
another book. Chinese guy also needs design
• Hardware is fragmented and dependencies on
supply chain – need A,B,C,D…
• 8-bit board, Linux board, 7-segment, LCD,
touchscreen, 55 inch, fixing configurations is
hard.
• To do mass market, you need demand,
without demand, you need Good niche.
35. What to do?
#1 - We cannot talk about everything. Need to chalk
about a territory, settle on a product based on Hunch/
market data. Find the niche.
#2 – Domain expertise would be needed. Baleno -
OBDII pins, propriety data example. Need domain
experts or use mass-market things for your solution.
#3 – Demo is different from a finished product.
Stabilizing takes time and expertise. Don’t bite what
you can’t chew! Play to your strength.
37. Student version
• Can’t run unattended and recover from
faults
• Would you take something that works 99%
of time?
• Unit not near you. Reboot is not an option
• Story of a GPRS driver and Airtel DNS
servers
39. What to do?
#4 - Do some market survey, find demand from
market. If you can get over MOQ trap, first step is
done.
#5 - Find good professionals. Takes money but
saves time.
#6 – Minimize the number of moving parts. See
what can be collected off-the-shelf.
40. Good examples
• 3D printer hardware – based on Arduino
• Open Sprinkler – ATMEGA chip
• Rpi Based Gateway – RFID reader
companion box and Greenhouse.
• More examples?