Why is a pandemic accelerating IoT development and emphasizing mobile connectivity?
In the shadow of the global pandemic, the importance of the Internet of Things, or IoT, has become greater than ever before. Simultaneously, mobile networks have begun as an IoT connection technology. Why has this happened, and what does the future look like?
Companies and society are highly dependent on
logistics, ie the supply chains of goods and their smooth operation. The
great importance of logistics has been felt particularly badly as a result of
the corona pandemic.
Present-day Relevance
At present everyone is asking where the
vaccines are. This has paid close consideration to global supply chains. E-commerce has also received much more
attention. Everyone would like to know where the goods are moving, how
they are moving and whether they will arrive on time. For this monitoring
to be cost-effective, supply chains need to change. Not just in medical
supplies, and not just in e-commerce, but in society at large.
People understand that change requires a digital
revolution. Though it sounds like a very worn-out hokem, you can’t do
without it. In practice, implementing change will require the effective
implementation of IoT solutions. The Internet of Things, in turn, depends
on the connections working.
Network connections may not be the driver of the
IoT, but they are a crucial part of its infrastructure. If this
infrastructure is not in order, the path of digital change will inevitably become
quite rocky.
Mobile
connections are unbeatable in logistics IoT
In the past, it has often been thought that a local
wireless LAN, or Wi-Fi connection, is sufficient for the Internet of
Things. Or the connection technology has been BlueTooth or special
technology, such as the short-range Zigbee familiar to few. Which connection
technology, then, does best in terms of reliability and, at the same time,
cost-effectiveness?
A mobile network-based communication linking is much easier to use
than other technologies. Mobile networks represent a strictly standardized and globally
available technology whose development is predictable. When choosing
mobile networks for their IoT connections, you are allowed to focus on
developing your own service instead of securing the connections. At the
same time, it will be an advantage to take our own service to a global scale.
Well, as the name implies, mobile networks
inherently support mobility, which is crucial if an object is moving, as in
logistics. Mobile connections do not have a strange problem if the object
to be tracked has to move from one country or continent to
another. Switching operators also largely cover the needs of the Internet
of Things. Without mobile connections, it would also not be possible to
monitor Fleet management, which is a popular IoT application.
An Example
“At Telenor, one recent example of a service that
has switched to mobile connections is related to the electric car charging
service, which offers consumers charging points in their own yard. The
company originally used its customers' own wifi in the remote monitoring and
control of the service. Dependence on wifi caused constant problems when
the connection was lost for various reasons. For example, users could buy
a new wifi router and forget that the charging station was connected to the old
one. ”
As consumers, we are accustomed to the fact that
mobile phones have to be charged almost daily and that ordinary Mobile
Connections heat up the electricity. However, very low power LTE-M and NB-IoT
technologies operating on 4G and 5G mobile networks have been developed for IoT
needs. For example, DNA has an LTE-M network covering almost the entire
country in Finland.
EndNote:
IoT is a long-term game that requires very long life
cycles and large-scale implementations. Everything must be stable, technically,
commercially, and legally. The great value is that the connection is made
to work for a long time, even ten years or longer.
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