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Internet of Things (IoT)
than talk. Although nanotechnology increases safety and security, it still raises issues
involving privacy, environmental hazards, and in the field of biomedical engineering.
Due to the pace of current technological innovations, it is important to ensure that
the required and unrequired needs are categorized. Although IoT offers significant benefits to the users as well the industries, the complexities and its impact on the societies
should be considered. The socio-ethical issues can be considered only if there is increased
awareness about the new technology innovations and their impact.
4.6 Scale
Scalability is the ability of the product to perform well besides the size of the device or
volume of the data. The next wave of Internet is how things get done without intervention of humans. There are more exciting applications like intelligent car and gateways,
and brilliant hospitals built on connected devices. To achieve success and overall adoption, the crucial concept must be the ability to scale. Data distribution service (DDS) is a
data-centric technology and many DDS IoT real-time applications like air traffic system
and connecting complex medical devices are complex tasks to be carried out. These sort
of systems require good performance, have to achieve reliability, and support scale.
Messaging design allows distributed systems to scale to larger sizes. IoT systems will be
built on thousands of different applications like hospitals comprising tens of thousands of
different devices [12].
4.7 Radio Spectrum
IoT is set to enable a large number of unconnected devices to communicate and share data
with one another and the wireless world communication leads to the need for more spectrums. In the next decade, connecting 50 million devices to the Internet would require more
spectrum than is available today. Almost half of 389 MHz is involved in the pilot program of
spectrum which is shared by the government and the commercial world. Although shared
programs come with a solution, it is only a small initiative. Larry Strickling, the head of the
National Telecommunications and Information Administration, insisted the requirement
of the government’s goal of unleashing 500 MHz of new spectrum by 2020.
4.8 Other Barriers
The deployment of IoT and its development can slow down its pace due to the following
barriers:
• Deployment of IPV6: IoT connects many tiny devices where billions of devices
require unique IP address. This will prevent or will slow down the IoT’s progress
and more security features are to be offered.
Internet of Things (IoT)
than talk. Although nanotechnology increases safety and security, it still raises issues
involving privacy, environmental hazards, and in the field of biomedical engineering.
Due to the pace of current technological innovations, it is important to ensure that
the required and unrequired needs are categorized. Although IoT offers significant benefits to the users as well the industries, the complexities and its impact on the societies
should be considered. The socio-ethical issues can be considered only if there is increased
awareness about the new technology innovations and their impact.
4.6 Scale
Scalability is the ability of the product to perform well besides the size of the device or
volume of the data. The next wave of Internet is how things get done without intervention of humans. There are more exciting applications like intelligent car and gateways,
and brilliant hospitals built on connected devices. To achieve success and overall adoption, the crucial concept must be the ability to scale. Data distribution service (DDS) is a
data-centric technology and many DDS IoT real-time applications like air traffic system
and connecting complex medical devices are complex tasks to be carried out. These sort
of systems require good performance, have to achieve reliability, and support scale.
Messaging design allows distributed systems to scale to larger sizes. IoT systems will be
built on thousands of different applications like hospitals comprising tens of thousands of
different devices [12].
4.7 Radio Spectrum
IoT is set to enable a large number of unconnected devices to communicate and share data
with one another and the wireless world communication leads to the need for more spectrums. In the next decade, connecting 50 million devices to the Internet would require more
spectrum than is available today. Almost half of 389 MHz is involved in the pilot program of
spectrum which is shared by the government and the commercial world. Although shared
programs come with a solution, it is only a small initiative. Larry Strickling, the head of the
National Telecommunications and Information Administration, insisted the requirement
of the government’s goal of unleashing 500 MHz of new spectrum by 2020.
4.8 Other Barriers
The deployment of IoT and its development can slow down its pace due to the following
barriers:
• Deployment of IPV6: IoT connects many tiny devices where billions of devices
require unique IP address. This will prevent or will slow down the IoT’s progress
and more security features are to be offered.