Internet of Things Applications and Products
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This assignment explores the world of Internet of Things (IoT) by examining a list of the top 50 IoT sensor applications and highlighting popular smart home products. It delves into specific details about each product, including its functionality, supported brands, communication protocols, compatible mobile apps, and cost. The provided resources offer insights into various IoT implementations across diverse sectors.
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Table of Contents
1. Introduction............................................................................................................................2
2. IoT devices..............................................................................................................................3
3. Issues.......................................................................................................................................4
Security.......................................................................................................................................4
Consumption of Power..............................................................................................................4
Presence detection of IoT devices.............................................................................................5
Consumption of Bandwidth......................................................................................................5
4. Solutions..................................................................................................................................5
4.1 Solution for Security............................................................................................................5
4.2 Solution for Connectivity....................................................................................................5
5. Different Applications of IoT................................................................................................6
5.1 Applications of IoT in agriculture......................................................................................6
5.3 Application of IoT in Wearable..........................................................................................6
5.4 Applications of IoT in Connected Cars.............................................................................6
5.5 Applications of IoT in Smart Home...................................................................................6
6. Architecture for IoT..............................................................................................................7
6.1 Three layer architecture......................................................................................................7
6.1.1 The layer of network....................................................................................................7
6.1.2 The layer of infrastructure..........................................................................................7
6.2 Five Layer Architecture......................................................................................................7
6.2.1 The layer of perception................................................................................................7
6.2.2 The layer of network....................................................................................................7
6.2.3 The layer of middleware..............................................................................................7
6.2.5 The layer of business....................................................................................................7
7. Technologies in IoT................................................................................................................7
7.1 Technology of Data Acquisition.........................................................................................8
7.1.1 Technology of RFID.........................................................................................................8
7.1.2 Sensor.................................................................................................................................8
7.2 Technologies of Network Acquisition................................................................................8
7.2.1 Z-Wave...............................................................................................................................8
1
1. Introduction............................................................................................................................2
2. IoT devices..............................................................................................................................3
3. Issues.......................................................................................................................................4
Security.......................................................................................................................................4
Consumption of Power..............................................................................................................4
Presence detection of IoT devices.............................................................................................5
Consumption of Bandwidth......................................................................................................5
4. Solutions..................................................................................................................................5
4.1 Solution for Security............................................................................................................5
4.2 Solution for Connectivity....................................................................................................5
5. Different Applications of IoT................................................................................................6
5.1 Applications of IoT in agriculture......................................................................................6
5.3 Application of IoT in Wearable..........................................................................................6
5.4 Applications of IoT in Connected Cars.............................................................................6
5.5 Applications of IoT in Smart Home...................................................................................6
6. Architecture for IoT..............................................................................................................7
6.1 Three layer architecture......................................................................................................7
6.1.1 The layer of network....................................................................................................7
6.1.2 The layer of infrastructure..........................................................................................7
6.2 Five Layer Architecture......................................................................................................7
6.2.1 The layer of perception................................................................................................7
6.2.2 The layer of network....................................................................................................7
6.2.3 The layer of middleware..............................................................................................7
6.2.5 The layer of business....................................................................................................7
7. Technologies in IoT................................................................................................................7
7.1 Technology of Data Acquisition.........................................................................................8
7.1.1 Technology of RFID.........................................................................................................8
7.1.2 Sensor.................................................................................................................................8
7.2 Technologies of Network Acquisition................................................................................8
7.2.1 Z-Wave...............................................................................................................................8
1
7.2.2 Zigbee.................................................................................................................................8
8. Conclusion..............................................................................................................................8
References.......................................................................................................................................9
9. Appendix...............................................................................................................................11
2
8. Conclusion..............................................................................................................................8
References.......................................................................................................................................9
9. Appendix...............................................................................................................................11
2
1. Introduction
A lot of buzz has been around IoT over last year. All types of devices are connected to
the internet. A smart home is defined as a building or residence which has equipment that can
operate and control from other locations, with the help of smart devices. A smart home have the
controls for multi-media, lighting, security, temperature, door and window operations, and other
functions. A smart homes include devices which provide security, energy efficiency, comfort,
enhances intelligent living and convenience. Device interacts and connects with others and
constructs a secured ecosystem. The system of solar roof top is an example for the system of
automated home, which charge the battery and performs like an inverter for requirements. The
smart home ecosystem consists of group of connected devices having intelligence which
supports people in performing task and helps in taking necessary decisions. The smart home
introduces change to transform the way of life and work. Simultaneously, it reduces the
consumption of energy. Remote patient monitoring, home appliances, solar rooftops, aircon and
electric controls, metering, vehicle charging, health, fitness apparatus, entertainment, and other
connected devices are some examples which are the part of the smart home.
The main objective of this report is to discuss about the IoT. The IoT devices will be
identified and discussed. The issues in security, connectivity and privacy will be discussed. The
suitable solutions will be provided for these issues. The devices of IoT, its functionality and cost
will be included. The various applications of IoT will be described. The architecture and
technologies for internet of things will be evaluated.
2. IoT devices
IoT is the network of vehicles, physical devices, and buildings via connectivity of
network that can be remotely monitored and controlled.
Voice Controller
It controls voice without taking out people's smartphone.
IoT Light Controllers
3
A lot of buzz has been around IoT over last year. All types of devices are connected to
the internet. A smart home is defined as a building or residence which has equipment that can
operate and control from other locations, with the help of smart devices. A smart home have the
controls for multi-media, lighting, security, temperature, door and window operations, and other
functions. A smart homes include devices which provide security, energy efficiency, comfort,
enhances intelligent living and convenience. Device interacts and connects with others and
constructs a secured ecosystem. The system of solar roof top is an example for the system of
automated home, which charge the battery and performs like an inverter for requirements. The
smart home ecosystem consists of group of connected devices having intelligence which
supports people in performing task and helps in taking necessary decisions. The smart home
introduces change to transform the way of life and work. Simultaneously, it reduces the
consumption of energy. Remote patient monitoring, home appliances, solar rooftops, aircon and
electric controls, metering, vehicle charging, health, fitness apparatus, entertainment, and other
connected devices are some examples which are the part of the smart home.
The main objective of this report is to discuss about the IoT. The IoT devices will be
identified and discussed. The issues in security, connectivity and privacy will be discussed. The
suitable solutions will be provided for these issues. The devices of IoT, its functionality and cost
will be included. The various applications of IoT will be described. The architecture and
technologies for internet of things will be evaluated.
2. IoT devices
IoT is the network of vehicles, physical devices, and buildings via connectivity of
network that can be remotely monitored and controlled.
Voice Controller
It controls voice without taking out people's smartphone.
IoT Light Controllers
3
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IoT Light controllers is nothing but smart lighting. It is just more than on and off of the lights
and without any physically touch of the switch. It is the intelligent controllers and wireless
installation. The purpose of this is not only switching the lights on and off, but it supports
dimming and gives improved functionality control. It provides the base for the emerging
applications of Internet of Things. It is reliable, increases the efficiency of energy, satisfies with
the trends of industry regulation and optimizes ROI.
Indoor camera
The indoor security camera for protecting the home.
Smart thermostat
The device is able to use with home automation. It is responsible for controlling air conditioning
and home's heating. It executes the functions, as the programmable thermostat permits the users
to control the temperature.
3. Issues
Security
The major issue with internet of things devices is their manufacturers, to implement the
security. The devices such as cameras that have the security monitoring are equipped with
fundamental software, which is not able to be updated. Because of increasing awareness, smarter
internet of things devices are able to develop the present standards of security with updates of
periodic firmware. Most of the internet ready devices are not able to be integrated into the
protections of software and hardware, where companies secure themselves in opposition to web
based attacks. The variation of modern internet ready devices take a magnitude of modern data
traffic, the network should be protected and handled by the departments of IT. However, it is
complex by the variation of protocols, which is utilized by different kinds of devices. IT
consumerization is the extra aspect, because of the enhancing permeable borders which is in
between the devices for business and for personal usage. The new challenges appear like,
categorization of new device such as smart watches which interacts with online. Suppose, the
personal device is affected with the malware, it is able to utilize and obtain wreak havoc and
foothold ("IoT Security-Issues, Challenges and Solutions - Internet Of Things Wiki", 2017).
4
and without any physically touch of the switch. It is the intelligent controllers and wireless
installation. The purpose of this is not only switching the lights on and off, but it supports
dimming and gives improved functionality control. It provides the base for the emerging
applications of Internet of Things. It is reliable, increases the efficiency of energy, satisfies with
the trends of industry regulation and optimizes ROI.
Indoor camera
The indoor security camera for protecting the home.
Smart thermostat
The device is able to use with home automation. It is responsible for controlling air conditioning
and home's heating. It executes the functions, as the programmable thermostat permits the users
to control the temperature.
3. Issues
Security
The major issue with internet of things devices is their manufacturers, to implement the
security. The devices such as cameras that have the security monitoring are equipped with
fundamental software, which is not able to be updated. Because of increasing awareness, smarter
internet of things devices are able to develop the present standards of security with updates of
periodic firmware. Most of the internet ready devices are not able to be integrated into the
protections of software and hardware, where companies secure themselves in opposition to web
based attacks. The variation of modern internet ready devices take a magnitude of modern data
traffic, the network should be protected and handled by the departments of IT. However, it is
complex by the variation of protocols, which is utilized by different kinds of devices. IT
consumerization is the extra aspect, because of the enhancing permeable borders which is in
between the devices for business and for personal usage. The new challenges appear like,
categorization of new device such as smart watches which interacts with online. Suppose, the
personal device is affected with the malware, it is able to utilize and obtain wreak havoc and
foothold ("IoT Security-Issues, Challenges and Solutions - Internet Of Things Wiki", 2017).
4
Consumption of Power
The IoT devices sends and signals the information in-between the other devices, requires
CPU consumption and toll on power. The minimal consumption of power and battery drain is
also crucial along with communication.
Presence detection of IoT devices
It provides exact information. It provides capability to monitor the devices of IoT and
fixes the issues that occur in the network.
Consumption of Bandwidth
Consumption of bandwidth is the challenge, for the connectivity of internet of things.
Cellular network bandwidth is expansive, especially with thousands of the devices of IoT that
sends responses or responds to the server, on the network.
4. Solutions
4.1 Solution for Security
The new mechanism for the security is needed. For security purpose, the internet of
things introduces extra complexity. In the network, companies are requested to monitor the
traffic information from and to the IoT devices. In today's IT environment, the solutions which is
not IT based are not sufficient. Because, the apps and the users are not contained inside the
network company ("IoT Solutions | PTC", 2017).
4.2 Solution for Connectivity
4.2.1 Support of premium
The technology of silex supports the software and hardware from the design via
deployment. The experts are able to help every step of the implementation, from the evaluation
via production of mass. Thus, it ensures to get into the market rapidly, with the IoT connected
solutions.
4.2.2 Wireless Expertise
The technology of silex modules give embedded wireless connectivity, for IoT devices of
smart home and connected machines. The technology of silex has proven that, technology and
expertise is required to power the application of IoT.
4.2.3 Qualcomm Atheros ADC
The technology of silex utilizes Qualcomm Atheros Wi-Fi silicon, to generate ease the
development of IoT solutions. It has access to support and design data.
5
The IoT devices sends and signals the information in-between the other devices, requires
CPU consumption and toll on power. The minimal consumption of power and battery drain is
also crucial along with communication.
Presence detection of IoT devices
It provides exact information. It provides capability to monitor the devices of IoT and
fixes the issues that occur in the network.
Consumption of Bandwidth
Consumption of bandwidth is the challenge, for the connectivity of internet of things.
Cellular network bandwidth is expansive, especially with thousands of the devices of IoT that
sends responses or responds to the server, on the network.
4. Solutions
4.1 Solution for Security
The new mechanism for the security is needed. For security purpose, the internet of
things introduces extra complexity. In the network, companies are requested to monitor the
traffic information from and to the IoT devices. In today's IT environment, the solutions which is
not IT based are not sufficient. Because, the apps and the users are not contained inside the
network company ("IoT Solutions | PTC", 2017).
4.2 Solution for Connectivity
4.2.1 Support of premium
The technology of silex supports the software and hardware from the design via
deployment. The experts are able to help every step of the implementation, from the evaluation
via production of mass. Thus, it ensures to get into the market rapidly, with the IoT connected
solutions.
4.2.2 Wireless Expertise
The technology of silex modules give embedded wireless connectivity, for IoT devices of
smart home and connected machines. The technology of silex has proven that, technology and
expertise is required to power the application of IoT.
4.2.3 Qualcomm Atheros ADC
The technology of silex utilizes Qualcomm Atheros Wi-Fi silicon, to generate ease the
development of IoT solutions. It has access to support and design data.
5
5. Different Applications of IoT
5.1 Applications of IoT in agriculture
Demand of food supply is enhanced due to increasing population in the world. The
government helps the farmers to utilize the improved research and technology, to enhance the
production of food. In IoT, one of the rapid growing field is smart farming. The farmers are
utilizing significant awareness from the information to get well return on the investment. The
uses of IoT in agriculture, includes water usage control for the growth of plants, evaluating
custom fertilizer and sensing for nutrients and soil moisture (Kashyap, 2017).
5.2 Applications of IoT in Healthcare
The system of connected healthcare and devices of smart medical concept carry extensive
potential for the people well beings and companies. The IoT in healthcare is focused at enabling
the people to live healthy life, using connected devices. The self-possessed information will
support in customized analysis of people's health.
5.3 Application of IoT in Wearable
The devices are inserted with software and sensors that gather information about the
consumers. Recently, the data is pre-processed to withdraw sufficient insights about the
consumers. It widely covers the requirements of entertainment, fitness and health. The
requirements from IoT technology for the applications of wearable devices is extremely energy
productive.
5.4 Applications of IoT in Connected Cars
It is a vehicle that can make the most effective use of its own function. The passengers
comfort and maintenance is by using internet connectivity and onboard sensors.
5.5 Applications of IoT in Smart Home
It becomes the revolutionary ladder for the success in the well-being spaces and it is
identified as smart home become as popular as smartphones. The products in smart home saves
energy, money and time. Actuators, controllers and sensors are inserted in the devices like fridge,
washing machine, fan, and microwave and air conditioner in several home. In Turkey, they apply
he applications in home, to solve many issues. The smart home application can detect fires,
6
5.1 Applications of IoT in agriculture
Demand of food supply is enhanced due to increasing population in the world. The
government helps the farmers to utilize the improved research and technology, to enhance the
production of food. In IoT, one of the rapid growing field is smart farming. The farmers are
utilizing significant awareness from the information to get well return on the investment. The
uses of IoT in agriculture, includes water usage control for the growth of plants, evaluating
custom fertilizer and sensing for nutrients and soil moisture (Kashyap, 2017).
5.2 Applications of IoT in Healthcare
The system of connected healthcare and devices of smart medical concept carry extensive
potential for the people well beings and companies. The IoT in healthcare is focused at enabling
the people to live healthy life, using connected devices. The self-possessed information will
support in customized analysis of people's health.
5.3 Application of IoT in Wearable
The devices are inserted with software and sensors that gather information about the
consumers. Recently, the data is pre-processed to withdraw sufficient insights about the
consumers. It widely covers the requirements of entertainment, fitness and health. The
requirements from IoT technology for the applications of wearable devices is extremely energy
productive.
5.4 Applications of IoT in Connected Cars
It is a vehicle that can make the most effective use of its own function. The passengers
comfort and maintenance is by using internet connectivity and onboard sensors.
5.5 Applications of IoT in Smart Home
It becomes the revolutionary ladder for the success in the well-being spaces and it is
identified as smart home become as popular as smartphones. The products in smart home saves
energy, money and time. Actuators, controllers and sensors are inserted in the devices like fridge,
washing machine, fan, and microwave and air conditioner in several home. In Turkey, they apply
he applications in home, to solve many issues. The smart home application can detect fires,
6
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monitor home remotely, secure home from the thefts, control device like air conditioners and
heaters from the remote device, like phone or computer or tablets.
6. Architecture for IoT
It has two perspectives. The three layers are considered in first perspective and five layers
are considered in second perspective.
6.1 Three layer architecture
6.1.1 The layer of network
It is also referred as transmission layer. It is able to transfer the information of streaming
sensor, to the next layer from physical device. It is able to transmit the information to the device
of application, through the processing system data or through the layer of infrastructure. It
comprises the network of internet and merges communication network i.e., centre of information,
centre of network management etc.
6.1.2 The layer of infrastructure
It usually denotes to Platform as a Service, Software as a Service and Infrastructure as a
Service. Several elements of infrastructure are present.
6.2 Five Layer Architecture
6.2.1 The layer of perception
It is also known as layer of device. It comprises of sensor device and physical objects.
The role of the layer of perception is collecting features of physical object like, motion, location,
temperature, acceleration and humidity.
6.2.2 The layer of network
It is also known as layer of transport. It means information transmission may be wireless
or wired. The technology can be 3G, Z-wave, Wi-Fi, etc. Its fundamental task is transportation.
6.2.3 The layer of middleware
It is also referred as the layer of processing. It is responsible for analyzing, processing
and storing the data objects that, retrieve from the layer of network and connects to the database.
6.2.4 The layer of application
The implemented IoT application is logistics, smart home, smart health, smart city etc.
6.2.5 The layer of business
It is like the IoT manager. Management involves relevant model of system, services and
applications.
7
heaters from the remote device, like phone or computer or tablets.
6. Architecture for IoT
It has two perspectives. The three layers are considered in first perspective and five layers
are considered in second perspective.
6.1 Three layer architecture
6.1.1 The layer of network
It is also referred as transmission layer. It is able to transfer the information of streaming
sensor, to the next layer from physical device. It is able to transmit the information to the device
of application, through the processing system data or through the layer of infrastructure. It
comprises the network of internet and merges communication network i.e., centre of information,
centre of network management etc.
6.1.2 The layer of infrastructure
It usually denotes to Platform as a Service, Software as a Service and Infrastructure as a
Service. Several elements of infrastructure are present.
6.2 Five Layer Architecture
6.2.1 The layer of perception
It is also known as layer of device. It comprises of sensor device and physical objects.
The role of the layer of perception is collecting features of physical object like, motion, location,
temperature, acceleration and humidity.
6.2.2 The layer of network
It is also known as layer of transport. It means information transmission may be wireless
or wired. The technology can be 3G, Z-wave, Wi-Fi, etc. Its fundamental task is transportation.
6.2.3 The layer of middleware
It is also referred as the layer of processing. It is responsible for analyzing, processing
and storing the data objects that, retrieve from the layer of network and connects to the database.
6.2.4 The layer of application
The implemented IoT application is logistics, smart home, smart health, smart city etc.
6.2.5 The layer of business
It is like the IoT manager. Management involves relevant model of system, services and
applications.
7
7. Technologies in IoT
It can be divided into technologies of network acquisition and data Acquisition.
7.1 Technology of Data Acquisition
Due to the rapid growth in internet, computer software and hardware, Sensor, the
communication of mobile have improved, to increase the Services.
7.1.1 Technology of RFID
It includes communication of data in between the RFID tags and device Readers. It is the
standard technology that is utilized by the constructors.
7.1.2 Sensor
To describe the device and objects, sensors are used. The various types of sensors are
digital sensor, biosensor and active pixel sensor.
7.2 Technologies of Network Acquisition
The principle network is WSN, which allows things to form communication with others.
7.2.1 Z-Wave
It is the technology of wireless interconnection, which permits spreading to more entities
from management entity in the network. It comprises of infrastructure, layer of application and
architecture network.
7.2.2 Zigbee
It is the technology of wireless network formed for small sensor degree. The protocol
involves layer of network, layer of application and layer of architecture.
8. Conclusion
The devices used in smart homes is identified and discussed. The features and
functionality of the devices which permit people to control and monitor each. Along with
everything from, thermostat on the wall to crockpot, which is on the kitchen right from the
smartphone. Some challenges must be addressed, which involves efficient and safe
communication between the devices. Then, the device that sends and stores large quantity of
data, and that helps to secure the privacy are explained. The issues like control, security,
connectivity, privacy and usage are evaluated. The potential solutions for these issues are
provided. The existing and developing architectural technologies for the internet of things are
evaluated. The different applications of the internet of things are evaluated and described.
8
It can be divided into technologies of network acquisition and data Acquisition.
7.1 Technology of Data Acquisition
Due to the rapid growth in internet, computer software and hardware, Sensor, the
communication of mobile have improved, to increase the Services.
7.1.1 Technology of RFID
It includes communication of data in between the RFID tags and device Readers. It is the
standard technology that is utilized by the constructors.
7.1.2 Sensor
To describe the device and objects, sensors are used. The various types of sensors are
digital sensor, biosensor and active pixel sensor.
7.2 Technologies of Network Acquisition
The principle network is WSN, which allows things to form communication with others.
7.2.1 Z-Wave
It is the technology of wireless interconnection, which permits spreading to more entities
from management entity in the network. It comprises of infrastructure, layer of application and
architecture network.
7.2.2 Zigbee
It is the technology of wireless network formed for small sensor degree. The protocol
involves layer of network, layer of application and layer of architecture.
8. Conclusion
The devices used in smart homes is identified and discussed. The features and
functionality of the devices which permit people to control and monitor each. Along with
everything from, thermostat on the wall to crockpot, which is on the kitchen right from the
smartphone. Some challenges must be addressed, which involves efficient and safe
communication between the devices. Then, the device that sends and stores large quantity of
data, and that helps to secure the privacy are explained. The issues like control, security,
connectivity, privacy and usage are evaluated. The potential solutions for these issues are
provided. The existing and developing architectural technologies for the internet of things are
evaluated. The different applications of the internet of things are evaluated and described.
8
References
Elmogy, M. (2017). Retrieved 22 September 2017, from https://www.ijcse.net/docs/IJCSE15-04-
06-040.pdf
Examples of IoT Applications & Software. (2017). Mendix. Retrieved 22 September 2017, from
https://www.mendix.com/examples-of-iot-applications/
Internet of Things Technology and Protocols. (2017). www.tutorialspoint.com. Retrieved 22
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IoT Connectivity Solutions | Silex Technology America. (2017). Silexamerica.com. Retrieved 22
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IoT Security-Issues, Challenges and Solutions - Internet Of Things Wiki. (2017). Internet Of
Things Wiki. Retrieved 22 September 2017, from https://internetofthingswiki.com/iot-
security-issues-challenges-and-solutions/937/
IoT Solutions | PTC. (2017). Ptc.com. Retrieved 22 September 2017, from
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Kashyap, S. (2017). 10 Real World Applications of Internet of Things (IoT) - Explained in
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world-applications-of-internet-of-things-iot/
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devices-applications-examples-2016-8?IR=T
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compared. Computerworld. Retrieved 22 September 2017, from
https://www.computerworld.com/article/2490341/consumerization/the-internet-of-things-at-
home--14-smart-products-compared.html
Razani, A., Curry, D., Curry, D., Power, D., Razani, A., & Saring, J. (2017). IoT and problems:
The issues that bedevil any new tech. ReadWrite. Retrieved 22 September 2017, from
https://readwrite.com/2016/07/14/iot-and-problems-the-concerns-that-arise-with-iot-pt2/
9
Elmogy, M. (2017). Retrieved 22 September 2017, from https://www.ijcse.net/docs/IJCSE15-04-
06-040.pdf
Examples of IoT Applications & Software. (2017). Mendix. Retrieved 22 September 2017, from
https://www.mendix.com/examples-of-iot-applications/
Internet of Things Technology and Protocols. (2017). www.tutorialspoint.com. Retrieved 22
September 2017, from
https://www.tutorialspoint.com/internet_of_things/internet_of_things_technology_and_prot
ocols.htm
IoT Connectivity Solutions | Silex Technology America. (2017). Silexamerica.com. Retrieved 22
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IoT Security-Issues, Challenges and Solutions - Internet Of Things Wiki. (2017). Internet Of
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security-issues-challenges-and-solutions/937/
IoT Solutions | PTC. (2017). Ptc.com. Retrieved 22 September 2017, from
https://www.ptc.com/en/internet-of-things/solutions
Kashyap, S. (2017). 10 Real World Applications of Internet of Things (IoT) - Explained in
Videos. Analytics Vidhya. Retrieved 22 September 2017, from
https://www.analyticsvidhya.com/blog/2016/08/10-youtube-videos-explaining-the-real-
world-applications-of-internet-of-things-iot/
Meola, A. (2017). How the Internet of Things will affect security & privacy. Business Insider.
Retrieved 22 September 2017, from http://www.businessinsider.com/internet-of-things-
security-privacy-2016-8?IR=T
Meola, A. (2017). Internet of Things devices, applications & examples. Business Insider.
Retrieved 22 September 2017, from http://www.businessinsider.com/internet-of-things-
devices-applications-examples-2016-8?IR=T
Mitchell, R. (2017). The Internet of Things at home: 14 smart products
compared. Computerworld. Retrieved 22 September 2017, from
https://www.computerworld.com/article/2490341/consumerization/the-internet-of-things-at-
home--14-smart-products-compared.html
Razani, A., Curry, D., Curry, D., Power, D., Razani, A., & Saring, J. (2017). IoT and problems:
The issues that bedevil any new tech. ReadWrite. Retrieved 22 September 2017, from
https://readwrite.com/2016/07/14/iot-and-problems-the-concerns-that-arise-with-iot-pt2/
9
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Need help grading? Try our AI Grader for instant feedback on your assignments.
Roe, D. (2017). 7 Big Problems with the Internet of Things. CMSWire.com. Retrieved 22
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http://www.libelium.com/resources/top_50_iot_sensor_applications_ranking/
What is the Internet of Things? | IoT Technology | SAP. (2017). SAP. Retrieved 22 September
2017, from https://www.sap.com/india/trends/internet-of-things.html
Zones, D., Zones, D., Zone, A., Zone, A., & Guide, T. (2017). 2017 IoT Products | Overview of
the Most Popular Smart Home Devices. Postscapes.com. Retrieved 22 September 2017,
from https://www.postscapes.com/internet-of-things-award/winners/
10
September 2017, from http://www.cmswire.com/cms/internet-of-things/7-big-problems-
with-the-internet-of-things-024571.php
The 10 most popular Internet of Things applications right now. (2017). Iot-analytics.com.
Retrieved 22 September 2017, from https://iot-analytics.com/10-internet-of-things-
applications/
Top 50 Internet of Things Applications - Ranking | Libelium. (2017). Libelium.com. Retrieved 22
September 2017, from
http://www.libelium.com/resources/top_50_iot_sensor_applications_ranking/
What is the Internet of Things? | IoT Technology | SAP. (2017). SAP. Retrieved 22 September
2017, from https://www.sap.com/india/trends/internet-of-things.html
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the Most Popular Smart Home Devices. Postscapes.com. Retrieved 22 September 2017,
from https://www.postscapes.com/internet-of-things-award/winners/
10
9. Appendix
IoT
Products
IoT
Functionalit
y
Supported
brands
Supported
protocols
Supported
mobile
apps
Cost
Canary smart home
security
canary Wi-Fi iOS and
Android
$249
Lowe's Iris is smart home
control and
monitoring
Fiurst Alert,
Sylvania,
Verizon,
Blue Line,
GE,
Whirlpool,
Kiwkset,
Utilitech and
Schlage
Zigbee, Z-
Wave, Wi-Fi
iOS and
Android
$179
I control
network
piper
automation hub
and smart home
security
Z-Wave-
Compatible
Wi-Fi and Z-
Wave
iOS and
Android
$199
11
IoT
Products
IoT
Functionalit
y
Supported
brands
Supported
protocols
Supported
mobile
apps
Cost
Canary smart home
security
canary Wi-Fi iOS and
Android
$249
Lowe's Iris is smart home
control and
monitoring
Fiurst Alert,
Sylvania,
Verizon,
Blue Line,
GE,
Whirlpool,
Kiwkset,
Utilitech and
Schlage
Zigbee, Z-
Wave, Wi-Fi
iOS and
Android
$179
I control
network
piper
automation hub
and smart home
security
Z-Wave-
Compatible
Wi-Fi and Z-
Wave
iOS and
Android
$199
11
Belkin
WeMo
smart home
automation
is Mr.
Coffee,
Holmes,
WeMo,
Sunbeam and
Crock Pot
Zigbee and
Wi-Fi
iOS and
Android
$40 to
130
Grid connect
sense
smart home
security
connect sense Wi-Fi $149 to
179
TCP
connected
home lighting
automation
TCP 6LoPAN iOS and
Android
$85
Revolv is smart home
controlling and
monitoring
GE,
Levitono,
Somfy,
Sonos,
Trane, Belkin
WeMo,
Honeywell,
Nest,
Quikset,
Philips and
Yale
Zigbee, Wi-
Fi and Wave
iOS $229
Sen.se
Mother
controlling and
monitoring
Sen.se Proprietary iOS and
Android
$229
12
WeMo
smart home
automation
is Mr.
Coffee,
Holmes,
WeMo,
Sunbeam and
Crock Pot
Zigbee and
Wi-Fi
iOS and
Android
$40 to
130
Grid connect
sense
smart home
security
connect sense Wi-Fi $149 to
179
TCP
connected
home lighting
automation
TCP 6LoPAN iOS and
Android
$85
Revolv is smart home
controlling and
monitoring
GE,
Levitono,
Somfy,
Sonos,
Trane, Belkin
WeMo,
Honeywell,
Nest,
Quikset,
Philips and
Yale
Zigbee, Wi-
Fi and Wave
iOS $229
Sen.se
Mother
controlling and
monitoring
Sen.se Proprietary iOS and
Android
$229
12
1 out of 13
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