The Internet of Things (IoT) has caught the attention of researchers and private industries equally. The rate of connected devices is overwhelmingly increasing and continuously growing with time. With every addition of an IoT object, there is an increase of information in the form of data in the internet. On top of that, there are still many regions in the world, which still don’t have any access to the internet. This challenging issue cannot be resolved simply with the existing infrastructure, which means that it has to be fixed with a new concept and solution that takes data rate and performance into consideration.
early 1900s, big scale projects and ideas were only supported by the military
or government — but this picture has changed with time by means of
privatisation. Today, the stakeholders are coming from different backgrounds
and industries, which not only bring finance, but also make expensive ideas become
realistic. What cannot be achieved with the existing infrastructure can be
realised with the technology in space.
Now, how IoT
from space can resolve this issue of extreme fast data rate and connectivity?
As already, existing infrastructure in space is used for navigation,
connectivity, weather observations, etc. These applications can be utilised to
overcome the constraints involved currently in IoT, and the gaps in space
technologies can be filled out with IoT. Actually, this idea has already been
experimented by a few of the tech giants in cooperation with vendors and
suppliers. This proves that IoT has already taken off from earth to space.
take an example of the project from Microsoft Azure IoT and Azure Analytics, it
tried to demonstrate the telemetry between a meteorological balloon carrying a
payload of sensors, videos and radios to a height of more than 90,000 feet and
a ground station via a Microsoft Cloud acting as a gateway. This experiment
helps in analysing information like real time data from a satellite and
spacecraft, learning more intricately about the inbound situation of a
returning spacecraft or payload, streaming audio and videos live, etc.
which is funded by the European Union known as IoTEE (Internet of Things
Everywhere on Earth), focussed on the telemetry
between a low powered satellite in ISS (International Space Station) and a
terrestrial infrastructure. The aim of this project is to broaden the horizon
of IoT with the help of space and bring more benefits to the global market in
terms of cost and tracking possibilities. As discussed earlier about the
different stakeholders involving in this race, private companies like Amazon
AWS and Iridium has collaborated to bring satellite technology and IoT
together. This will help Amazon tremendously with respect to their logistic
business and their different products.
geostationary satellite is comparably bigger in size and very expensive. On the
other hand, a satellite maybe in low Earth orbit with a small size, low cost,
might be something desirable. A start-up company from Australia Fleet Space
Technologies has exactly achieved this feet. Its nano-satellites are as small
as the size of a shoebox and have already been launched into space with the
help of other space organisation and already receiving requests from customers
all over the world for registration of their products to their space network.
recent example is the subsidiary of Airbus Defence and Space called UP42, which
is an open platform and marketplace to access, analyse, and understand data
about our planet. UP42 brings together high-resolution satellite data, drone
imagery, and IoT data, together with powerful algorithms to detect changes,
identify objects, and monitor regions. UP42 enables access to geodata and
processing tools for the first time, allowing observation and analysis of parts
of the planet at scale, helping customers build game-changing new geospatial
coming future, the platform would be of great help to entrepreneurial
developers to monetise their processing algorithms on UP42’s developer
platform, helping them to tap into new revenue streams and increase visibility.
The growing global demand for connectivity is actually opening avenues for space
technology, satellites, and precision spatial analytics.
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