Commercial satellite imaging for various industrial purposes
to be highly trending. Several Space agencies are on the way to launch imaging
satellites for a thorough examination of our planet.
The era of technological advancements has made it possible
to easily access the images of our planet, with satellite imagery. With
numerous advantages of satellite imagery, humans have found multiple ways of
using it commercially. Industries including natural resources, federal, state
and local agencies, construction, architecture, and engineering use satellite
imagery for various applications. Environmental monitoring, mapping, weather
prediction, and archeological surveys are some of the applications for which
satellite imagery is used commercially. Since satellites revolve around the
Earth, it becomes easy to capture the images repeatedly, to know every
fluctuation. On the other hand, the satellite has a greater area of coverage
and the digital information provided by it can easily be circulated. In
addition, the comprehensive imagery provided by imaging satellites is also used
by the government for public projects.
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Other than this, what makes commercial satellite imaging
services a preferred choice is its faster image delivery. The growing use of
satellite imaging services has fueled the market growth. A report published by
Allied Market Research says the global commercial satellite
imaging market would grow at a CAGR of 11.2% from 2019 to 2026.
The growing dependence on location-based services and vital applications in
government and defense services are the major factors that fuel the growth of
the global market.
With growing advantages, several space agencies have
initiated to launch more of imaging satellites for commercial uses and
comprehensive monitoring. Recently, a new imaging satellite has been launched.
The Indian Space Research Organization (ISRO), on its 50th mission, launched
its brand-new spy satellite, RISAT-2BR1 along
with nine other foreign satellites. In which, six satellites are from the
United States, and one each from Israel, Italy, and Japan, with an application
range from remote sensing to earth imaging. Furthermore, the satellites were
launched via the Polar Satellite Launch Vehicle (PSLV). In addition, RISAT-2BR1
is applicable for military purposes, agricultural issues, and disaster
management support. The mission has an age of five years. Moreover, the
OSLV-C48 launch vehicle took off from Dhawan Space Centre in Sriharikota, Andhra
Pradesh.
Following the same trend of imaging satellites, Mitsubishi
Heavy Industries (MHI), a giant Japanese satellite and space industry declared
to launch Japan’s eight Intelligence Gathering system (IGS)
reconnaissance satellite via an MHI H-IIA satellite launch vehicle, in 2020.
Furthermore, the operation would take off from the Tanegashima Space Centre in
Kagoshima Prefecture, southwest Japan. In addition, an electro-optical camera
will be attached to the IGS satellite and it will connect to the already
existed seven IGS satellites. The Japanese government follows the aim to place
ten IGS satellites at any one time. Furthermore, the Japanese civil Earth
observation satellites including the ASNARO system and commercial and allied
imagery supplements the IGS imagery system.
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The satellite imagery has been through a long way to reach
here. On the other hand, technological advancements providing higher
resolutions have fueled commercial satellite imaging. Furthermore, with
satellite imaging systems it has been easy to keep an eye on disastrous
activities including natural calamities and military attacks. Moreover, satellite
imaging provides the latest information regarding uncertainty and offers to
take precautions to lessen the damage. On the other hand, a rise in the
incorporation of new technologies would offer great opportunities to the
commercial satellite imaging market.
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