Technical landscape of IoT
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This document discusses the IoT landscape and provides key details about its history, growth, and challenges. It notes that there will be over 222 billion connected devices by 2020, creating a $7.1 trillion market. While affordable sensors, small sizes, and open source platforms have driven growth, challenges around encryption, security, privacy and identity theft must still be addressed for IoT to be ready for widespread adoption. The document encourages participation in IoT through meetups and DIY kits to help address these challenges.
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The Internet of Things typically refers to varied networks of physical devices, vehicles, and home appliances that are equipped with the means to connect, collect, and exchange data. It is where ordinary objects and appliances are imbued with properties you would typically associate with smartphones, computers, and laptops.
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This document discusses the pros and cons of the Internet of Things (IoT). It notes that while IoT enables automation, efficiency, cost savings, communication and instant data access, it also raises privacy and security issues. Additionally, IoT networks are complex and compatibility issues can arise. As IoT increases automation, fewer unskilled jobs may exist. Society could also become overly dependent on technology. However, the future of IoT is promising with an expected 50 billion connected devices by 2020. This growth is creating high demand for IoT professionals in fields like development, security, and systems administration.
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(Latest/revised version uploaded December 23, 2014)
It's been about 18 months since my original attempt at charting the Internet of Things (IoT) space. To say the least, it's been a period of extraordinary activity in the ecosystem.
While the Internet of Things will inevitably ride the ups and downs of inflated hype and unmet expectations, at this stage there's no putting the genie back in the bottle. The Internet of Things is propelled by an exceptional convergence of trends (mobile phone ubiquity, open hardware, Big Data, the resurrection of AI, cloud computing, 3D printing, crowdfunding). In addition, there's an element of self-fulfilling prophecy at play with enterprises, consumers, retailers and the press all equally excited about the possibilities. As a result, the IoT space is now reaching escape velocity. Whether we're ready for it or not, we're rapidly evolving towards a world where just about everything will be connected. This has profound implications for society and how we collectively interact with the world around us. Key concerns around privacy and security will need to be addressed.
Sensors, Wearables and the Internet of Things: A Revolution in the Making
This document discusses the emerging field of sensors, wearables, and the Internet of Things. It describes how physical devices are increasingly being connected to networks and being able to both sense data and communicate. This represents a transition to the "Internet of Things" where not just computers and people but physical objects are part of the network. The document outlines several industries that will be impacted and technologies enabling this transition like mobile connectivity, open source platforms, and new applications across various verticals. It poses questions about what challenges may emerge as more of the physical world becomes networked and quantifiable.
Building Mini Embedded Linux System for X86 Arch
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The competitive landscape of the Internet of Things
The competitive landscape of IoT
Competitive forces and companies shaping the Internet of Things
Vienna Global IoT Day, 9 April 2015
Knud Lasse Lueth, Founder of IoT Analytics
Agenda:
Introduction
Part 1: How IoT changes competitive forces
Part 2: The companies and technologies making IoT happen
Conclusion
1. The value of the Internet of Things lies beyond the connectivity – It comes with smart analytics and ecosystem-enablement
2. Entire industry forces are changing due to IoT. Some industries may experience higher profits. Companies need to be aware of potential lock-out.
3. The “new” IoT infrastructure is being created now – Hardware including sensors and processors, communication, software, and application.
4. The top IoT companies in terms of “share-of-voice” currently are: Intel, Microsoft, Cisco, Google, IBM
5. US startup funding in the IoT area is much larger than German or Austrian IoT investment activity
Hardware Startups: The VC Perspective
Among all the excitement for the Internet of Things and the resurgence of hardware as an investable category, venture capitalists, many of whom new to the space, have been re-discovering the opportunities and challenges of working alongside entrepreneurs to build hardware companies. Combined with a rapid evolution of the venture financing path across categories over the last couple of years, the increasing importance of crowdfunding and a certain frothiness in the market, this leads to a certain confusion, as both entrepreneurs and VCs try to figure out the best way of financing and scaling hardware startups. Some patterns emerge, however: for example, VCs are mostly interested in opportunities that include a strong software and data component; and they are increasingly demanding when it comes to seeing the product actually shipping and gaining early traction.
An introduction to M2M / IoT technologies
This 2 x 3-hour course was recently taught to Electronics, Systems and Telecommunications "Master 2" students, at University of Nice.
Internet of Things (IoT) Patent Landscape and Innovation Leadership 4Q 2015
Internet of Things (IoT) Patent Landscape and Innovation Leadership 4Q 2015Alex G. Lee, Ph.D. Esq. CLP
Indented IoT innovations status:Landscape for the published patent applications and issued patents in the USPTO as of 4Q 2015 that specifically describe some relationships with the IoT in their disclosures.
Specific technologies, products, and services regarding the indented IoT innovations.
Landscape for the issued patents and published applications in the USPTO as of 4Q 2015 that are related to the M2M communication.
Landscape for the published patent applications and issued patents in the USPTO as of 4Q 2015 that are related to the smart home, connected car, and connected health applications.文献紹介20141117
文献紹介
Accelerometer-Based Transportation Mode Detection on Smartphones
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Internet of Things and its Enabling Technologies - RFID
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IoTMeetupGuildford#2: The IoT Ecosystem - Justin Anderson (FlexEye)
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Internet of things: Trends, Direction Opportunities of 2020
The Internet of Things (IoT) is the network of physical objects—devices, vehicles, buildings and other items embedded with electronics, software, sensors, and network connectivity—that enables these objects to collect and exchange data.
The Dawn of a new era: Internet of Things
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33977_IoT_in_HighTech_11_03_14
The document discusses the growth of the Internet of Things and its implications. It notes that IoT will significantly impact both individuals and enterprises whether they actively engage with it or not. High tech companies will be key beneficiaries as IoT requires new hardware, software, and systems. Successfully taking advantage of IoT will require different strategic thinking and developing new capabilities.
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Internet of Things - The Battle for your Home, Commute, and Life
We live in multiple worlds at any given point in time. The physical world that we live in, and the digital world that we access via multiple platforms. These 2 worlds have been influencing each other for some time now. The real world's need for communication & sharing has fueled the meteoric rise of social platforms. At the same time, easy access to phones, apps & services has made possible the seed of democracy to take root in closed countries. Still, for the most part, these worlds have been largely separate.
Now, the environment is becoming aware of us. Low cost, mass produced sensors are embedding themselves into devices of every conceivable size & shape. Mobiles have now reached an inflection point in terms of both hardware & software, providing the last mile connectivity to harness this power, leading to the creation of Internet of Things, and the rise of a contextually aware machine age.
The Internet consists of many layers. At its core, we have millions of servers & routers that provide the backbone for worldwide connectivity. Then we have billions of devices (desktop & mobile) connecting to it. Now the emergence of a new class of devices with trillions of embedded chips is fueling the rise of the Internet of Things. Simply put, IoT connects the physical world to the Internet. Combined with sensors, emerging & current network connectivity protocols, and processes designed around human interaction & behavior, IoT is already here. Soon, it will be everywhere.
The key areas that will see the most action around IoT will be Health, Home, Transport, Cities & Infrastructure, and Industry. The most conservative estimates put IoT growth at $1 Trillion+ by 2020. Services will take nearly half of the pie, hardware contributing around 35%, and the rest will be cornered by managed networks.
Users will warm up to new experiences & cost efficiences in existing services. Companies will get real time access to business state, as their devices are always connected. However, this will bring its own set of challenges for a business, as they will grapple with the issues of launching, managing, and monetising IoT services. Revenue models might change from straight sales to a subscription model instead.
BIG PLAYERS
Apple has transformed from a PC maker to a consumer goods giant. Now, its making a bigger play for becoming the gateway for your home, travel, and your health with HomeKit, CarPlay, and HealthKit respectively. Apple Pay is already here. And the Watch is coming in 2015.
Google is not far behind. It is quietly converting Nest into a smart home hub, with its SDK opened for developers recently. A number of smartwatches already run Android. Google Glass is also out there. And Honda is already putting a flavor of Android on its newest cars' dashboards.
Companies like Samsung, GE, Philips are making a bunch of devices that talk to each other. And a lot of companies have thrown their hat in the ring in a bid to own the software pie.
5G What it means for IoT
This document discusses 5G and its potential impact on the Internet of Things (IoT). It provides background on IoT, including its definition, examples of IoT devices, history and size. It then discusses benefits of IoT for businesses and consumers. Key points made include: 1) IoT refers to billions of physical devices connected to the internet that collect and share data; 2) 5G could unlock IoT's potential by providing higher speeds, lower latency and ability to connect many devices; 3) While 5G may not impact many current IoT projects, industries like manufacturing, transportation and healthcare may be affected.
INST560, Internet of Things (IoT)UNIVERSITY OF NORTH AMERICA.docx
INST560, Internet of Things (IoT)
UNIVERSITY OF NORTH AMERICA
Lecture 3: Fall 2022
Professor Aliakbar Jalali
[email protected]
1
Internet of Things Enabling Technologies
/59
UoNA-ST560-FALL-2022, Internet of Things (IoT)
Overview
Introduction
Evolution of the Technology
Some significant statistics
IoT Technology
Risks of IoT Technologies
Use Cases of IoT Technology!
What are IoT Enabling Technology
Conclusion
References
2
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UoNA-ST560-FALL-2022, Internet of Things (IoT)
Introduction
Because of technological changes taking place in the world, IoT is gradually taking over all the fields, and the future of the IoT applications are increasing day by day.
Technological advances are fueling the growth of IoT.
Technology improved communications and network, new sensors of various kinds; cheaper, denser, more reliable, and power efficient storage both in the cloud and locally are converging to enable new types of IoT based products that were not possible a few years ago.
IoT technology will further develop to make our day-to-day operations much easier and more remotely controlled in the days to come.
3
/59
UoNA-ST560-FALL-2022, Internet of Things (IoT)
Introduction
Businesses need to constantly explore IoT applications within their domain to stay ahead in competitiveness and implementation.
The competition will primarily define in the coming decade as how companies take advantage of innovative technology.
However, it is the dominant technology that determines the future of many businesses attached to the future of the internet of things (IoT).
4
/59
UoNA-ST560-FALL-2022, Internet of Things (IoT)
Introduction
The emerging trends in IoT are majorly driven by technologies like artificial intelligence, blockchain, 5G and edge computing.
We need to know more in detail about the elements that make up broad spectrum of technologies, we know as the Internet of Things.
Technological advances lies in the business value of IoT applications like smart wearables, smart homes and buildings, smart cities, autonomous cars, smart factories, location trackers, wireless sensors and much more.
5
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UoNA-ST560-FALL-2022, Internet of Things (IoT)
Introduction: Technology is changing the world!
Technology is changing the world.
It is changing the way we communicate, shop, learn, travel, play and of course the way we work.
http://www.telegraph.co.uk/technology/2017/05/06/internet-things-could-really-change-way-live/
6
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UoNA-ST560-FALL-2022, Internet of Things (IoT)
6
Introduction: Technology is changing the world!
7
Global gigabit subscriptions are expected to jump to 50 million in 2022, more than doubling from 24 million at the end of 2020, according to a new report from analyst firm Omdia.
High Speed Internet!
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UoNA-ST560-FALL-2022, Internet of Things (IoT)
Introduction: Social Media is Changing societies!
8
Are you on social media a lot? When is the last time you checked Twitter, Facebook, or Instagram? Last n.
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inside IOT BCX 2015v3
The document discusses the history and evolution of the Internet of Things (IoT). It notes that the concept of IoT was first coined in 1999 and has expanded rapidly since then. Key points covered include different communication protocols used in IoT, how IoT enables real-time decision making and event-driven applications, and the growth of IoT across various industries and applications like smart cities. It also examines maturity models and business models for monetizing IoT technologies and platforms.
NashTech - Azure IoT Solutions on Microsoft Azure
This document discusses Internet of Things (IoT) solutions using Microsoft Azure. It begins with an agenda and some statistics about IoT growth. It then defines IoT and discusses the layers and reference architecture of an IoT solution. It describes Azure IoT Hub and Stream Analytics and how they enable device connectivity, management, and real-time analytics of streaming data. It also discusses Azure IoT preconfigured solutions and provides an example of a connected car solution. Finally, it outlines a smart city solution showcase using Azure services like IoT Hub, Stream Analytics, and Machine Learning.
Road to Republic of IoT - IoT Technologies & Machine Learning
Yep, should have uploaded this on July 2017. To promote Republic of IoT (RIoT) hackathon, we do roadshow to few cities in Indonesia and this time in Semarang city. Here, I talked about technologies will be used during hackathon, especially LoRa, ESP32, and machine learning.
Digital twins and New Business Models
the economic implication od digitization
and the transition from limits to growth to a limitless growth
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Connecting the dots - introducing IoT Innovation Centre in Taiwan
The document introduces Microsoft's new IoT Innovation Center in Taiwan, which aims to accelerate IoT solution development for manufacturing and telematics. The center will focus on enabling device connectivity to public clouds, developing intelligent software, deploying real-world use cases, creating repeatable solutions, and expanding globally. It will serve as an ecosystem hub to connect the IoT device community and help move Taiwan's IoT evolution forward.
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Technical landscape of IoT
- 1. IoT Landscape Radhesh Radhakrishnan VP Engineering, Nibodha Technologies
- 2. What are those Things? 2001:0db8:85a3:0042:1000:8a2e:0370:7334
- 3. www’89 Evolution Kevin Ashton’99 MQTT’99 LG Refrigerator’02 First IoT Conf, Zurich’08 Google Self Driving Car’10
- 4. 222 billion devices There will be 40 times more devices than number of people by 2020 $ 7.1 Trillion Dollar Market
- 5. IPv6 Affordable Sensors Extremely Small Size Why the sudden Buzz? Open Source Hardware Low-energy Bluetooth Smart Everything
- 6. IoT Hardware
- 7. Enterprises
- 8. Platforms
- 9. Smart Things Embedded Internet Internet of Everything Connected Life What others call it? Industrial Internet Smarter Planet
- 10. Applications
- 12. “50% of solutions will come from startups !” - Gartner All are welcome ! What's in it for Me? Where can I Start? Join {codev} IoT COK Meetups Order your DIY Kits
- 13. What are we doing?
- 14. Challenges Lack of Encryption Not ready for prime-time Privacy Security Identity Theft Weak Passwords
- 15. USB REST Demo Node.js REST