Internet of Things
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The Internet of Things (IoT) involves connecting physical devices to the internet and collecting data from sensors. Billions of IoT devices are expected to be in use by 2020. These devices can monitor things like home appliances, activity levels, and infant health. Businesses can use IoT to optimize operations, boost productivity, and save on resources. Windows 10 tools allow developing IoT solutions across various devices and connecting devices to Azure cloud services for analytics.
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Internet of Things (IoT) and Google
The document discusses the Internet of Things (IoT) and Google's involvement in it. It defines IoT as the interconnection of physical objects through embedded technology that allows them to communicate and interact with their environment and each other. It notes that the IoT market is estimated to reach $7.1 trillion by 2020 with 28 billion connected objects. The document outlines several IoT enablers like cheap bandwidth and sensors. It also discusses Google's $3.2 billion acquisition of Nest and its efforts to lead the smart home space through Nest and partnerships with other companies. Finally, it briefly mentions Google's work on standardization and what may come next for IoT.
IOT
The document provides an overview of the Internet of Things (IoT). It defines IoT as the network of physical objects embedded with sensors that can collect and exchange data. It discusses how IoT works and the key technologies involved, including RFID, sensors, and network connectivity. It also outlines some of the top companies involved in IoT, how IoT can benefit different industries, current challenges and criticisms of IoT, and its future potential to connect many everyday objects and systems.
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High-level overview of what IOT is, its history & future, the definition and its components, the applications for consumers & businesses and the challenges
Internet of things: New Technology and its Impact on Business Models
The document discusses the Internet of Things (IoT), which refers to connecting physical objects through sensors that allow them to communicate over the internet. As objects become embedded with sensors and gain the ability to communicate information networks, this promises to create new business models and disrupt existing ones. The IoT is expected to transform products into services that generate recurring income. It will also impact many industries like retail, logistics, and healthcare by providing context about the physical world.
Internet of Things Landscape (Version 3.0)
(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.
Digital Twin Technology
Digital twin technology creates a digital replica of a physical object or system that can be used to gather data, understand past and current behavior, and predict future performance. The digital twin is made possible by sensors that collect data from physical assets and IoT technology. The document discusses the history and development of digital twin technology, how it is used across various industries like manufacturing, healthcare, and aerospace to optimize operations and reduce costs, and the future potential of digital twins including using them to make decisions and interact after death.
IBM Internet of Things Offerings
An overview of IBM IoT offerings and how they can help you harness the connected world to transform your enterprise.
Using Machine Learning to Build a Classification Model for IoT Networks to De...
Internet of things (IoT) has led to several security threats and challenges within society. Regardless of the benefits that it has brought with it to the society, IoT could compromise the security and privacy of individuals and companies at various levels. Denial of Service (DoS) and Distributed DoS (DDoS) attacks, among others, are the most common attack types that face the IoT networks. To counter such attacks, companies should implement an efficient classification/detection model, which is not an easy task. This paper proposes a classification model to examine the effectiveness of several machine-learning algorithms, namely, Random Forest (RF), k-Nearest Neighbors (KNN), and Naïve Bayes. The machine learning algorithms are used to detect attacks on the UNSW-NB15 benchmark dataset. The UNSW-NB15 contains normal network traffic and malicious traffic instants. The experimental results reveal that RF and KNN classifiers give the best performance with an accuracy of 100% (without noise injection) and 99% (with 10% noise filtering), while the Naïve Bayes classifier gives the worst performance with an accuracy of 95.35% and 82.77 without noise and with 10% noise, respectively. Other evaluation matrices, such as precision and recall, also show the effectiveness of RF and KNN classifiers over Naïve Bayes.
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Internet of Things (IoT) and Google
The document discusses the Internet of Things (IoT) and Google's involvement in it. It defines IoT as the interconnection of physical objects through embedded technology that allows them to communicate and interact with their environment and each other. It notes that the IoT market is estimated to reach $7.1 trillion by 2020 with 28 billion connected objects. The document outlines several IoT enablers like cheap bandwidth and sensors. It also discusses Google's $3.2 billion acquisition of Nest and its efforts to lead the smart home space through Nest and partnerships with other companies. Finally, it briefly mentions Google's work on standardization and what may come next for IoT.
IOT
The document provides an overview of the Internet of Things (IoT). It defines IoT as the network of physical objects embedded with sensors that can collect and exchange data. It discusses how IoT works and the key technologies involved, including RFID, sensors, and network connectivity. It also outlines some of the top companies involved in IoT, how IoT can benefit different industries, current challenges and criticisms of IoT, and its future potential to connect many everyday objects and systems.
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High-level overview of what IOT is, its history & future, the definition and its components, the applications for consumers & businesses and the challenges
Internet of things: New Technology and its Impact on Business Models
The document discusses the Internet of Things (IoT), which refers to connecting physical objects through sensors that allow them to communicate over the internet. As objects become embedded with sensors and gain the ability to communicate information networks, this promises to create new business models and disrupt existing ones. The IoT is expected to transform products into services that generate recurring income. It will also impact many industries like retail, logistics, and healthcare by providing context about the physical world.
Internet of Things Landscape (Version 3.0)
(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.
Digital Twin Technology
Digital twin technology creates a digital replica of a physical object or system that can be used to gather data, understand past and current behavior, and predict future performance. The digital twin is made possible by sensors that collect data from physical assets and IoT technology. The document discusses the history and development of digital twin technology, how it is used across various industries like manufacturing, healthcare, and aerospace to optimize operations and reduce costs, and the future potential of digital twins including using them to make decisions and interact after death.
IBM Internet of Things Offerings
An overview of IBM IoT offerings and how they can help you harness the connected world to transform your enterprise.
Using Machine Learning to Build a Classification Model for IoT Networks to De...
Internet of things (IoT) has led to several security threats and challenges within society. Regardless of the benefits that it has brought with it to the society, IoT could compromise the security and privacy of individuals and companies at various levels. Denial of Service (DoS) and Distributed DoS (DDoS) attacks, among others, are the most common attack types that face the IoT networks. To counter such attacks, companies should implement an efficient classification/detection model, which is not an easy task. This paper proposes a classification model to examine the effectiveness of several machine-learning algorithms, namely, Random Forest (RF), k-Nearest Neighbors (KNN), and Naïve Bayes. The machine learning algorithms are used to detect attacks on the UNSW-NB15 benchmark dataset. The UNSW-NB15 contains normal network traffic and malicious traffic instants. The experimental results reveal that RF and KNN classifiers give the best performance with an accuracy of 100% (without noise injection) and 99% (with 10% noise filtering), while the Naïve Bayes classifier gives the worst performance with an accuracy of 95.35% and 82.77 without noise and with 10% noise, respectively. Other evaluation matrices, such as precision and recall, also show the effectiveness of RF and KNN classifiers over Naïve Bayes.
DMA 740 Final Project Sec 1 Sking
The document discusses the emerging trend of the "Internet of Things" (IoT), where Internet-connected devices sense real-world data and share it. The IoT allows refrigerators to reorder groceries and provides new levels of consumer empowerment and business intelligence. Analysts predict the IoT will add $1.9 trillion to the global economy in 2014 by connecting smart devices and disrupting businesses. The trend is driving a "digital-physical blur" as the real world increasingly comes online through sensors.
Next IIoT wave: embedded digital twin for manufacturing
Next IIoT wave will be a population of digital twin. A digital twin is a real-time digital replica of a physical device. Developing an embedded digital twin allows superior device diagnostic and failure anticipation. Discover how to to implement an embedded digital twin using real-time monitoring, physical models, and machine learning
IoT Can Revolutionize Healthcare, But Security Is Key
The Internet of things (IoT) is revolutionizing varied industries but health care in specific stands the most to gain or lose. The race to replace paper with digital files, the growing practice of tele-medicine, the ubiquity of mobile devices and the increasing connections of sensitive patient information to the web, has changed the way how we see the ill, treat the sick and research new medicines. Now has come the time that it’s no surprise that these advances may increase healthcare quality and availability. However at the same time, it increases the chances for cybercrimes and ends up putting the most such vulnerable data from the modern biology labs and experiment med-warehouses at risk.There is no doubt when we say that the Internet of Things (IoT) holds tremendous promise in healthcare by potentially enabling digital health revolution and advanced patient-care delivery.
However, the potential of internet of things in healthcare domain won’t be realized unless data integrity and security are built onto the foundations of the IoT movement.
Possible Threats Areas and Mitigating Risks:
The noticeable challenges faced by healthcare organizations today are cyber threats (new directed threat scenarios can be categorized as Advanced Persistent Threats (APTs)) which have increased and evolved by cyber criminals and hacktivists. This varies from earlier days when many attacks and frauds were carried out by individuals simply looking to demonstrate their computer hacking skills by disrupting company websites or their networks.
- Biomedical Devices
- System Implementation
- Machine-to-machine communication
- Health Information Exchanges
- Device manufacturers
- HIPAA Security
With this we can conclude that the necessary infrastructure to properly manage and optimize the proliferation of connected devices in healthcare domain starts with security. A strong strategy is required with includes authentication technologies and processes to verify patient and provider identities. This also validates that these devices can only be used by authorized users. Proper surety must be taken that there is complete integrity of the information which flows through communication channels between the devices with the IoT environment. Putting these security building blocks at the correct places helps in creating a closed and security loop system hence patients and provider can securely interact and in a more meaningful and engaging way.
L17 Internet of Things
We are currenlty living in times of great transformation. We have over the last couple of decade seen the Internet become the most powerful disrupting force in the world, connecting everyone and transforming businesses. Now everyday objects - things we use are getting smart with sensors and software. And they are connecting. What does this mean?
In this lecture we explore the Internet of Things, IoT.
Are You Safe in IOT? - Know About Different Types of Threats
2015 faces a big question — Internet of Things is providing you comfort and security or robbing it of you? People are not skeptical about the fact that Internet of Things is a multi trillion dollar business but they are oblivious that IoT at the same time is a potential disaster for privacy and security.
IoT’s immense influx of real-time data marks the beginning of new marketing, sales and customer service opportunities. And yes, I am not talking of the non-commercial personal aspects of IoT yet. I am talking in specifically about mobile app development.
With the change in information landscape due to the Internet of Things there has been a considerable change to the attack surface and threat environment of the Internet and connected systems. And it will definitely open a whole new scope of cyber attacks.
Internet of Things security is difficult to discuss as it is an immense concept and when you make everything IP-connected then how do you lock down security? And the span of “everything” stretches from your home appliances like refrigerator, music system, etc to your car and even to your office devices, office desk etc so the challenge is to take care of security on all these devices, all IoT enabled surfaces, walls, glasses, gadgets and everything. If IoT is connecting them all, so is it also connecting the risks to all these channels. Dangerous.
Capture…Disrupt…Manipulate !! You must be wondering why such derogatory terms out of the blue but rather you should be concerned which of your devices are subjected to any one or all of these RISKS!
Let us see the different types of threat one by one:
1. Capture Attack:
Systems composing the Internet of Things are very much susceptible to the various capture attacks which are done either to capture data or gain access to the devices. The data is omnipresent and thus providing the attacker greater access to gain physical or logical proximity to the targets.
2. Disrupt and Destroy Attack:
Apart from the capture attack there is also a high probability of the disrupt-and-destroy attacks. Unless they exist within the hardened environment they are subjected to physical abuse and tampering and if they are mobile devices they are also susceptible to displacement. However tampering of data is only feasible if the attacker has caught hold of a single or all the loopholes in that particular environment.
3. Manipulated Attack:
Manipulated attack is another grave situation in which the attacker intervenes with the decision cycle of the opponent. In certain cases they either capture and manipulate the embedded data in the systems and in some cases they may directly manipulate the sensors used for gathering the information. Sometimes the attacker also intervenes the communication channel transferring the data and exerts control over transmission of data as per their requirement.
What does IoT mean for Enterprise?
Today we have an amazing opportunity, an opportunity to take a look into the future
The Internet of Things is here and it’s going to be important. It’s going to have serious impact on every aspect of our lives as an individual or as an enterprise or even nationally
Dive into this presentation to find out what is IoT? Why is it so big , important and impactful?
Hope you will like it and share with your connections.
You can get in touch with me at kho_ss@yahoo.com for any comments.
The Next Big Thing In Mobile App Development – Trends 2019!
Here’s a fun fact: By 2020, mobile applications are expected to generate a whopping amount of $188.9 billion as global revenue!
The world of technology has constantly been experiencing changes in the mobile app development trends from the past few years, and these changes are only improving our day-to-day lives via mobile and web applications. Mobile app development is a domain that consists of some of the fastest growing industries and they are in no mood to slow down.
So fellas, this presentation shares six major upcoming mobile app development trends of 2019!
Internet of Things (IOT) - The Tipping Point
- The document discusses the Internet of Things (IoT) and states that we are at a tipping point for broader IoT adoption, with 53% of organizations planning to implement an IoT solution in the next 24 months. Organizations in Asia Pacific and Latin America are more aggressive, with 69% and 60% respectively planning implementation.
- It explains that harnessing data from events and assets through IoT technologies can provide insights to solve business challenges and drive innovation. Examples are given of IoT devices that can be worn on the body or embedded to track health, identify objects, and enhance activities.
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More objects are becoming embedded with sensors and gaining the ability to communicate. The resulting information networks promise to create new business models, improve business processes, and reduce costs and risks.
Iot presentation [bitheads]
bitHeads is a software development company based in Ottawa with divisions for tech and games. They got into IoT by developing municipal surface operations software and SCADA systems, and now work in manufacturing, food and beverage, health and wellness, and environmental applications. IoT is poised to grow significantly due to smaller, cheaper, smarter devices; cheaper network access; cheaper cloud computing; IPv6; low-power sensors; and increasing technology acceptance. IoT is evolving from one-way publishing of data to real-time applications that use location, context, and time for decision making. The next phase of IoT will enable machines to communicate and react to each other in real-time from anywhere through mobile gateways
what is IoT
The Internet of Things (IoT) connects physical objects through embedded electronics, software and sensors to exchange data over networks. An IoT "thing" has a unique identifier and can transfer data wirelessly. Examples include health monitors, biochip tags on livestock, and DNA analyzers. The concept emerged in 1999 and Kevin Ashton coined the term "Internet of Things" in 1999. The IoT consists of web-enabled devices that collect environmental data using sensors, send and receive data, and take actions autonomously. Data is collected by sensors, communicated over networks, analyzed to create information, and used to trigger actions with other machines. IoT has applications in education, food/farm management, retail, logistics
IoT Technology Tutorial | IoT Technology Stack | IoT Project Hands-On | Edureka
** Edureka IoT Training: https://www.edureka.co/iot-certification-training**
This Edureka tutorial video on "Iot Technology" will help you grasp the outline of Internet of Things, and let you relate to how it is revolutionizing the world today. This IoT tutorial helps you learn the following topics:
1. Vision of IoT
2. “Things” in IoT
3. IoT Technology Stack
4. IoT Ecosystem
5. IoT Demo – Media Center using Raspberry Pi
6. Prospects & Scopes
The Dawn of a new era: Internet of Things
M16 Group Presentationon the Topic "Internet Of Things"
Team Members - Pranita Shinde, Dhruvi Shah, Tejaswini K. , Sadaf Khan
IOT and Application Performance Monitoring
Sicnce IOT is becoming a hot trend it has become a necessity to Monitor the performance of the IOT devices.
What is IoT?
What is IoT? The advantages? The challenges? Industry 4.0. Why now IoT? How does IoT work? What is next?
The Internet of Things
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Swiss MSDN newsletter:
http://msdn.ch/newsletter
NIEC DELHI IoT Guest Lecture
This document provides an overview of the Internet of Things (IoT) presented by Hitesh Kumar, the co-founder and director of enCypher Technologies. Some key points include:
- IoT is defined as an ecosystem of internet-connected devices that communicate with each other using protocols to share information and make optimized decisions.
- It is estimated that there will be 50 billion connected devices by 2027, forming a $1 trillion industry.
- The basic components that make a "thing" part of IoT are identity, sensors, and connectivity.
- Example applications discussed include using IoT for early detection of gas leaks and medical emergencies in homes.
The Current and Future State of Internet of Things: Unveiling the Opportunities
The document discusses the Internet of Things (IoT), which refers to connecting everyday objects to the internet through wireless technologies and sensors. It provides definitions of IoT from Wikipedia and a 2015 conference. Key enabling technologies that allow IoT to function are described. The document outlines new paradigms of communication between people, things, and between things themselves. Potential applications and benefits of IoT are listed in areas like smart cities, healthcare, agriculture, and more. Challenges to implementing IoT at scale are also discussed.
Internet of things presentation
The document discusses Internet of Things (IoT). It defines IoT as physical devices embedded with electronics, software and sensors that can connect and exchange data. It notes that the number of IoT devices increased 31% to 8.4 billion in 2017. Common IoT applications discussed include smart homes, smart traffic/parking systems, smart farming, and more. Key IoT sensors like temperature, presence, pressure, water quality and smoke sensors are also explained.
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The document discusses the emerging trend of the "Internet of Things" (IoT), where Internet-connected devices sense real-world data and share it. The IoT allows refrigerators to reorder groceries and provides new levels of consumer empowerment and business intelligence. Analysts predict the IoT will add $1.9 trillion to the global economy in 2014 by connecting smart devices and disrupting businesses. The trend is driving a "digital-physical blur" as the real world increasingly comes online through sensors.
Next IIoT wave: embedded digital twin for manufacturing
Next IIoT wave will be a population of digital twin. A digital twin is a real-time digital replica of a physical device. Developing an embedded digital twin allows superior device diagnostic and failure anticipation. Discover how to to implement an embedded digital twin using real-time monitoring, physical models, and machine learning
IoT Can Revolutionize Healthcare, But Security Is Key
The Internet of things (IoT) is revolutionizing varied industries but health care in specific stands the most to gain or lose. The race to replace paper with digital files, the growing practice of tele-medicine, the ubiquity of mobile devices and the increasing connections of sensitive patient information to the web, has changed the way how we see the ill, treat the sick and research new medicines. Now has come the time that it’s no surprise that these advances may increase healthcare quality and availability. However at the same time, it increases the chances for cybercrimes and ends up putting the most such vulnerable data from the modern biology labs and experiment med-warehouses at risk.There is no doubt when we say that the Internet of Things (IoT) holds tremendous promise in healthcare by potentially enabling digital health revolution and advanced patient-care delivery.
However, the potential of internet of things in healthcare domain won’t be realized unless data integrity and security are built onto the foundations of the IoT movement.
Possible Threats Areas and Mitigating Risks:
The noticeable challenges faced by healthcare organizations today are cyber threats (new directed threat scenarios can be categorized as Advanced Persistent Threats (APTs)) which have increased and evolved by cyber criminals and hacktivists. This varies from earlier days when many attacks and frauds were carried out by individuals simply looking to demonstrate their computer hacking skills by disrupting company websites or their networks.
- Biomedical Devices
- System Implementation
- Machine-to-machine communication
- Health Information Exchanges
- Device manufacturers
- HIPAA Security
With this we can conclude that the necessary infrastructure to properly manage and optimize the proliferation of connected devices in healthcare domain starts with security. A strong strategy is required with includes authentication technologies and processes to verify patient and provider identities. This also validates that these devices can only be used by authorized users. Proper surety must be taken that there is complete integrity of the information which flows through communication channels between the devices with the IoT environment. Putting these security building blocks at the correct places helps in creating a closed and security loop system hence patients and provider can securely interact and in a more meaningful and engaging way.
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We are currenlty living in times of great transformation. We have over the last couple of decade seen the Internet become the most powerful disrupting force in the world, connecting everyone and transforming businesses. Now everyday objects - things we use are getting smart with sensors and software. And they are connecting. What does this mean?
In this lecture we explore the Internet of Things, IoT.
Are You Safe in IOT? - Know About Different Types of Threats
2015 faces a big question — Internet of Things is providing you comfort and security or robbing it of you? People are not skeptical about the fact that Internet of Things is a multi trillion dollar business but they are oblivious that IoT at the same time is a potential disaster for privacy and security.
IoT’s immense influx of real-time data marks the beginning of new marketing, sales and customer service opportunities. And yes, I am not talking of the non-commercial personal aspects of IoT yet. I am talking in specifically about mobile app development.
With the change in information landscape due to the Internet of Things there has been a considerable change to the attack surface and threat environment of the Internet and connected systems. And it will definitely open a whole new scope of cyber attacks.
Internet of Things security is difficult to discuss as it is an immense concept and when you make everything IP-connected then how do you lock down security? And the span of “everything” stretches from your home appliances like refrigerator, music system, etc to your car and even to your office devices, office desk etc so the challenge is to take care of security on all these devices, all IoT enabled surfaces, walls, glasses, gadgets and everything. If IoT is connecting them all, so is it also connecting the risks to all these channels. Dangerous.
Capture…Disrupt…Manipulate !! You must be wondering why such derogatory terms out of the blue but rather you should be concerned which of your devices are subjected to any one or all of these RISKS!
Let us see the different types of threat one by one:
1. Capture Attack:
Systems composing the Internet of Things are very much susceptible to the various capture attacks which are done either to capture data or gain access to the devices. The data is omnipresent and thus providing the attacker greater access to gain physical or logical proximity to the targets.
2. Disrupt and Destroy Attack:
Apart from the capture attack there is also a high probability of the disrupt-and-destroy attacks. Unless they exist within the hardened environment they are subjected to physical abuse and tampering and if they are mobile devices they are also susceptible to displacement. However tampering of data is only feasible if the attacker has caught hold of a single or all the loopholes in that particular environment.
3. Manipulated Attack:
Manipulated attack is another grave situation in which the attacker intervenes with the decision cycle of the opponent. In certain cases they either capture and manipulate the embedded data in the systems and in some cases they may directly manipulate the sensors used for gathering the information. Sometimes the attacker also intervenes the communication channel transferring the data and exerts control over transmission of data as per their requirement.
What does IoT mean for Enterprise?
Today we have an amazing opportunity, an opportunity to take a look into the future
The Internet of Things is here and it’s going to be important. It’s going to have serious impact on every aspect of our lives as an individual or as an enterprise or even nationally
Dive into this presentation to find out what is IoT? Why is it so big , important and impactful?
Hope you will like it and share with your connections.
You can get in touch with me at kho_ss@yahoo.com for any comments.
The Next Big Thing In Mobile App Development – Trends 2019!
Here’s a fun fact: By 2020, mobile applications are expected to generate a whopping amount of $188.9 billion as global revenue!
The world of technology has constantly been experiencing changes in the mobile app development trends from the past few years, and these changes are only improving our day-to-day lives via mobile and web applications. Mobile app development is a domain that consists of some of the fastest growing industries and they are in no mood to slow down.
So fellas, this presentation shares six major upcoming mobile app development trends of 2019!
Internet of Things (IOT) - The Tipping Point
- The document discusses the Internet of Things (IoT) and states that we are at a tipping point for broader IoT adoption, with 53% of organizations planning to implement an IoT solution in the next 24 months. Organizations in Asia Pacific and Latin America are more aggressive, with 69% and 60% respectively planning implementation.
- It explains that harnessing data from events and assets through IoT technologies can provide insights to solve business challenges and drive innovation. Examples are given of IoT devices that can be worn on the body or embedded to track health, identify objects, and enhance activities.
The internet of things
Document by McKinsey Quarterly (Michael Chui, Markus Löffler, and Roger Roberts)
More objects are becoming embedded with sensors and gaining the ability to communicate. The resulting information networks promise to create new business models, improve business processes, and reduce costs and risks.
Iot presentation [bitheads]
bitHeads is a software development company based in Ottawa with divisions for tech and games. They got into IoT by developing municipal surface operations software and SCADA systems, and now work in manufacturing, food and beverage, health and wellness, and environmental applications. IoT is poised to grow significantly due to smaller, cheaper, smarter devices; cheaper network access; cheaper cloud computing; IPv6; low-power sensors; and increasing technology acceptance. IoT is evolving from one-way publishing of data to real-time applications that use location, context, and time for decision making. The next phase of IoT will enable machines to communicate and react to each other in real-time from anywhere through mobile gateways
what is IoT
The Internet of Things (IoT) connects physical objects through embedded electronics, software and sensors to exchange data over networks. An IoT "thing" has a unique identifier and can transfer data wirelessly. Examples include health monitors, biochip tags on livestock, and DNA analyzers. The concept emerged in 1999 and Kevin Ashton coined the term "Internet of Things" in 1999. The IoT consists of web-enabled devices that collect environmental data using sensors, send and receive data, and take actions autonomously. Data is collected by sensors, communicated over networks, analyzed to create information, and used to trigger actions with other machines. IoT has applications in education, food/farm management, retail, logistics
IoT Technology Tutorial | IoT Technology Stack | IoT Project Hands-On | Edureka
** Edureka IoT Training: https://www.edureka.co/iot-certification-training**
This Edureka tutorial video on "Iot Technology" will help you grasp the outline of Internet of Things, and let you relate to how it is revolutionizing the world today. This IoT tutorial helps you learn the following topics:
1. Vision of IoT
2. “Things” in IoT
3. IoT Technology Stack
4. IoT Ecosystem
5. IoT Demo – Media Center using Raspberry Pi
6. Prospects & Scopes
The Dawn of a new era: Internet of Things
M16 Group Presentationon the Topic "Internet Of Things"
Team Members - Pranita Shinde, Dhruvi Shah, Tejaswini K. , Sadaf Khan
IOT and Application Performance Monitoring
Sicnce IOT is becoming a hot trend it has become a necessity to Monitor the performance of the IOT devices.
What is IoT?
What is IoT? The advantages? The challenges? Industry 4.0. Why now IoT? How does IoT work? What is next?
The Internet of Things
What is the Internet of Things?
Sascha Corti, Technical Evangelist, Microsoft Switzerland about the Internet of Things, how IoT is changing the business and the technology behind the Internet of Things.
Swiss MSDN newsletter:
http://msdn.ch/newsletter
NIEC DELHI IoT Guest Lecture
This document provides an overview of the Internet of Things (IoT) presented by Hitesh Kumar, the co-founder and director of enCypher Technologies. Some key points include:
- IoT is defined as an ecosystem of internet-connected devices that communicate with each other using protocols to share information and make optimized decisions.
- It is estimated that there will be 50 billion connected devices by 2027, forming a $1 trillion industry.
- The basic components that make a "thing" part of IoT are identity, sensors, and connectivity.
- Example applications discussed include using IoT for early detection of gas leaks and medical emergencies in homes.
The Current and Future State of Internet of Things: Unveiling the Opportunities
The document discusses the Internet of Things (IoT), which refers to connecting everyday objects to the internet through wireless technologies and sensors. It provides definitions of IoT from Wikipedia and a 2015 conference. Key enabling technologies that allow IoT to function are described. The document outlines new paradigms of communication between people, things, and between things themselves. Potential applications and benefits of IoT are listed in areas like smart cities, healthcare, agriculture, and more. Challenges to implementing IoT at scale are also discussed.
Internet of things presentation
The document discusses Internet of Things (IoT). It defines IoT as physical devices embedded with electronics, software and sensors that can connect and exchange data. It notes that the number of IoT devices increased 31% to 8.4 billion in 2017. Common IoT applications discussed include smart homes, smart traffic/parking systems, smart farming, and more. Key IoT sensors like temperature, presence, pressure, water quality and smoke sensors are also explained.
Internet of Things, Innovation and India by Syam Madanapalli
This document discusses opportunities for Internet of Things (IoT) solutions in India. It begins by defining IoT and explaining key concepts like state, attributes, data transmission between devices. It then outlines various IoT applications like smart cities and healthcare. The document emphasizes that India presents many opportunities for IoT due to factors like its large population and focus on agriculture. It provides considerations for building successful IoT products and business models in India, such as focusing on recurring revenues and the manufacturing sector. The key takeaway is that India is well-positioned to benefit from IoT solutions that empower people and drive economic development.
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This document contains a presentation about the Internet of Things (IoT) given by Ganesh Ramamoorthy at the Gartner Symposium/ITxpo in Goa, India in November 2016. The presentation discusses key issues around how organizations will use IoT for business innovation, and the technologies and trends that will shape IoT through 2020. It covers topics such as IoT use cases, security challenges, standards, and provides an action plan for CIOs on developing an IoT strategy. The document is confidential and proprietary to Gartner.
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The Internet of Things (IoT) refers to connecting physical objects to the internet through sensors that allow them to transfer data. IoT works by giving objects unique identifiers, communication abilities through wireless technologies, and sensors like RFID tags. IoT has applications in areas like healthcare, smart home devices, traffic monitoring, and tracking market trends. While IoT provides benefits like monitoring energy usage and the environment, it also faces criticism around privacy and security concerns.
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The document discusses analytics for Internet of Things (IoT) data from trucks. It describes an architecture that uses technologies like Kafka and Storm for real-time streaming of sensor data, HDFS for storage, Elasticsearch for retrieval, and Spark and machine learning tools for predictive analytics on the data to discover patterns related to violations. A web app with dashboards and alerts in ActiveMQ would display insights and messages based on the captured and analyzed truck event data.
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The document discusses the Internet of Things (IoT), which allows physical objects to be connected to the internet and transfer data without human interaction. It describes the key layers of an IoT system including the edge layer with sensors, the access gateway layer for routing data, the middleware layer that acts as an interface, and the application layer that delivers apps to users. It also lists some applications of IoT in smart buildings, healthcare, smart grids, and smart cities and discusses challenges of network limitations, big data management, security, and heterogeneity. The document concludes that further research is needed in areas like identity management, bandwidth reduction, and more advanced security.
Nvc presentation
This document discusses non-verbal communication and defines it as communication other than words and language, focusing on bodily communication. It outlines different categories of non-verbal communication including paralanguage (vocal qualities that accompany speech), physical appearance, body movement, proximity, touching, eye contact, and smell. It discusses how non-verbal communication conveys feelings, attitudes, power and status. It also notes the complex interplay between verbal and non-verbal communication and the importance of cultural context in interpretation.
MongoDB IoT City Tour EINDHOVEN: IoT in Healthcare: by, Microsoft & Barco
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MediCal QAWeb is an online software service developed by Barco for monitoring image quality and uptime of medical display systems in hospitals all over the world. The service is the first of its kind and offers proactive alerts of quality issues, automatic issue solving, centralized asset and Quality Assurance reporting and much more. The next version of MediCal QAWeb is under development and will use MongoDB and Node.js. The system will be built on Microsoft’s Internet of Things building blocks running on the Azure platform. In this presentation, Barco and Microsoft will explain how the Internet of Things has provided new services and revenue opportunities for them and for their customers by building solutions that until recently were unimaginable. They will explain the technology and architectural design choices made in order to guarantee that the platform which connects several tens of thousands of devices today can scale to support their growing customer needs long into the future.
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The next wave of the Internet will connect machines and devices together into functioning, intelligent systems. This "Internet of Things" (IoT) will change every industry, every job, and every home. How will it impact medicine? When?
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The healthcare ecosystem is witnessing a huge transformation lately; propelled by improved care and patient outcomes as the critical drivers. Briefly put, organizations (providers, hospitals and all) are leveraging the potential of Internet of Things, to empower their people, patients to take control of their own health. In a subtle way, redefining the way people, sensors, apps, devices and wearables can interact with each other in a secure environment, and take the healthcare experience to the next level.
A recent survey by Forrester Consulting suggests 90% of the Healthcare IT departments are ready to adapt IoT based solutions. And, 52% of the surveyed respondents are already incorporating IoT technology.
With IoT as a powerful enabler, innovative apps and wearables are taking strong roots in the healthcare ecosystem; health bands, fitness devices, calorie meters, heart rate monitors, to name a few. Such healthcare devices are used by physicians to record patient’s biometric information as they deliver exceptional patient monitoring and management results on-the-go.
IoT in Healthcare
IoT is a combination of hardware and software technology that produces trillions of data through connecting multiple devices and sensors with the cloud and making sense of data with intelligent tools
IoT in Healthcare is a heterogeneous computing, wirelessly communicating system of apps and devices that connects patients and health providers to diagnose, monitor, track and store vital statistics and medical information.
The many faces of IoT (Internet of Things) in Healthcare
From The Guardian to Cisco, big business to small, it seems that everybody is talking about the Internet of Things — but what exactly is IoT and why does it matter?
Taking a deep dive, we explore the many faces of IoT in Healthcare. Technology research and advisory company, Gartner, currently place the Internet of Things at the peak of inflated expectations and there are certainly challenges. But IoT also holds real promise for healthcare and it is already making an impact today.
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THE INTERNET OF THINGS
IOT is connecting every physical object in the world using wireless technologies to track and control them from every where in the world...Every object is uniquely identified using ip addresses(IPv6)
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The document provides an overview of the Internet of Things (IoT) in 3 sentences:
The Internet of Things (IoT) connects physical objects through sensors, software and network connectivity which allows these "things" to collect and exchange data between other devices. The document outlines what IoT is, how it works, current applications and challenges, and the future potential of a world where many everyday objects are connected to the internet and able to send and receive data. The increasing interconnectivity of physical objects through technologies like RFID, sensors and networking promises both benefits and risks relating to privacy, security, and how IoT may influence human behavior.
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With the invention of new Li-fi technology, you will soon find light bulbs of your car, light lamps in your room, lights in subway, flashlight of your mobile and any other light source are providing you internet access at very high speed.Li-fi technology is the another milestone in the history of information technology. You have got the idea that Li-Fi Technology is something light. Yes, Li-fi technology or light-fidelity technology transmits data wirelessly at high speeds with the use of light emitting diodes.
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The Internet of Things (IoT) is a term that refers to the coming together of physical gadgets, social media, and cloud computing. It enables a network of connected devices to collect and share data on a scale never before seen. The Internet of Things is transforming our cities, homes, and even our bodies. Machines can now share personal data such as eating habits, medication adherence, and energy consumption enabling us to live healthier lives.
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The internet of things (IoT) refers to the network of physical objects embedded with sensors, software, and other technologies that connect and exchange data with other devices and systems over the internet. IoT allows objects to be sensed and controlled remotely across existing network infrastructure, creating opportunities for more direct integration between the physical world and computer-based systems in areas like manufacturing, transportation, healthcare, home automation, and more. Key elements of IoT include sensors and actuators to gather real-world data, network connectivity to exchange information, data analysis, and information presentation. IoT improves efficiency, accuracy and economic benefit through real-time data collection and adaptation. However, increased connectivity also presents challenges related to security, privacy and reliability that
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This document discusses how cognitive computing can help realize the full potential of the Internet of Things (IoT). It notes that while early IoT applications are providing value, the vast majority of data generated by IoT devices is currently unused. Cognitive systems that can learn from large amounts of structured and unstructured data have the potential to extract much more insights from IoT data and enable more advanced IoT applications. The document outlines some key foundations for a successful IoT strategy and argues that cognitive systems like IBM's Watson platform can help address the data challenges of IoT by facilitating deeper human engagement, continuous learning, predictive capabilities, knowledge sharing and optimization of complex systems.
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The Internet of Things (IoT) is the next phase in the evolution of the Internet. More than 100 devices connect to the Internet every second. By 2020, Cisco estimates that number to be more than 250 per second. Morgan Stanley projects the Internet will be loaded with 75 billion devices by the end of the decade. This document discusses WGroup's perspective on what 11 things IT leaders need to know about IoT.
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The document discusses the Internet of Things (IoT). It defines IoT as a network of physical objects embedded with software and sensors that allows them to connect, collect data and exchange information. The key components of an IoT framework are sensors/devices, connectivity, data processing, and a user interface. Some applications of IoT include smart thermostats, connected cars, and activity trackers. Benefits include technical optimization, improved data collection, reduced waste and better customer engagement, while challenges are security, privacy and complexity.
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Internet of things
The document discusses the topic of the Internet of Things (IoT). It defines IoT as connecting devices to the internet to allow them to interact, collaborate and share data. It provides examples of IoT applications in various domains like smart homes, healthcare, smart cities, agriculture and industrial automation. The document also outlines some of the benefits of IoT for businesses, the large scope and growth potential of IoT, and some challenges and criticisms regarding privacy, security and lack of standards.
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Internet of Things
- 2. Internet of Things “The Internet of Things (IOT) is a scenario in which objects, animals or people are provided with unique identifiers and the ability to transfer data over a network without requiring human-to-human or human-to- computer interaction.” “Internet of Things” isn’t new. Almost 20 years ago, MIT professors described a world where “things” (devices or sensors) are connected and able to share data”
- 3. Internet of Things Internet of things
- 4. Big money for big data The Internet of Things (IOT) market is expected to balloon in the coming years. Research firm Gartner predicts IOT will generate $300 billion in revenue by 2020. Those devices need sensors, networks, back-end infrastructure and analytics software to make them useful though.
- 5. Let example “Your Body + Sensor+ Connectivity = Collected Data” TRACK YOUR ACTIVITY LEVELSCHECK ON THE BABY Mimo monitor is a new kind of infant monitor that provides parents with real-time information about their baby's breathing, skin temperature, body position, and activity level on their smartphones. Using your smartphone's range of sensors (Accelerometer, Compass, GPS) and connectivity options (Wi-Fi, Bluetooth, NFC, etc) you have a well equipped Internet of Things device in your pocket that can automatically monitor your movements, location, and workouts throughout the day
- 6. Remotely monitor and manage your home and cut down on your monthly bills and resource usage LIGHT YOUR HOME IN NEW WAYS AVOID DISASTERSMAKE SURE THE OVEN IS OFF Web enabled lights like the Phillip's Hue, WeMo can be used as an ambient data displays (Glow red when my bus is 5 minutes away). Using a device like the Ninja Block and its range of add-on sensors you can track if a water pipe has burst in your basement.
- 7. Optimize operations, boost productivity and save in resources and costs
- 8. Next..? We are in the early stages in the creation of an Internet of Things and the previous examples provide just a what is possible when you combine sensors, actuators, and networked intelligence.
- 9. Again have a look
- 11. Location data using GPS sensor. Eyes and ears using cameras and microphone, along with sensory organs that can measure everything from temperature to pressure changes. Machine vision/Optical Ambient Light Acceleration/Tilt Electric/Magnetic Leak/Level Force/Load Position/Presence/Proximity Motion/Velocity/Displacement Temperature Humidity/Moisture Acoustic/Sound/Vibration Chemical/GasFlow
- 14. Windows IOT device Rapidly prototype and build your Windows IOT solutions on a variety of devices running Windows 10 IOT Core. Windows 10 gives you powerful tools that let you develop fast and deploy to your device.
- 15. Device connectivity Leverage the power of open frameworks like Connect-the-Dots to help connect your devices to Microsoft Azure. Microsoft Azure allows you to implement great solutions by leveraging advanced analytics services.
- 16. Maker community Connect with other makers to share code and make contributions through GitHub. Join the community to influence future releases of the SDK.
- 17. How large is the IOT Market In 2014 nearly 2 billion connected devices will be shipped. This number will grow to nearly 8 to 10 billion devices for the year 2020
- 18. Hope of Revenue opportunities
- 19. The World's Top Most Innovative Companies Of 2015 In The Internet Of Things 1. KICKSTARTER 2. SAMSUNG 3. SPARK 4. IFTTT 5. CISCO 6. MICROSOFT 7. QUIRKY 8. NEST LABS 9. TESLA MOTORS 10. SALESFORCE 11. GOOGLE 12. JAGUAR 13. ORANGE 14. AERIS
- 20. Reasons your business needs a strategy to capitalize on the Internet of Things today By: Microsoft You can start with your things. Microsoft’s point of view is that instead of being bewildered by the huge universe of things made up of billions of assets, think about it as the Internet of Your Things. Focus on the right areas of your business that provide quick return. Connecting systems and line-of-business assets helping in maintenance and reduce downtime. Get more out of your existing assets. Start with your existing IT assets and build upon them. Add a few new assets, connect them to Microsoft Azure Internet of Things (IOT) services and the cloud, and enable them to talk to each other, to your employees, and to your customers. Utilize the data those assets generate with business intelligence tools.
- 21. Reasons your business needs a strategy to capitalize on the Internet of Things today By: Microsoft Improve efficiency. By 2018, the total cost of ownership for business operations will be reduced by 30 percent through smart machines and industrialized services.* When you use Azure IOT services to easily connect and monitor the health of your assets. Connect any asset. Azure IOT services give you the ability to easily pull in data from very large numbers of devices and other business systems.
- 22. Hands-on-lab IOT Weather Station using Windows 10 Windows 10 developer tools will be made available for use with Visual Studio 2015 RTM. New Windows.Devices namespace from the Universal Windows Platform (UWP) APIs in Windows 10, enable developers to leverage the power of Windows while interacting with the real world via sensors and actuators. This project uses the I2C bus and general purpose input/output (GPIO) ports available on the Raspberry Pi 2, to create an internet connected weather station using the Spark Fun weather shield.
- 23. Windows Remote Arduino Windows 10 developer tools will be made available for use with Visual Studio 2015 RTM. Turn an LED on and off using Windows Remote Arduino.
- 24. Find more projects on IOT Thanks Arun Singh Rawat https://www.hackster.io/projects/tags/iot https://dev.windows.com/en-us/iot