Space and communication sector, in the past few years, has witnessed numerous developments and has been developing systems and solutions to cater to the increasing satellite communication. Currently, satellites are playing a vital role in the current digital era, and most industrial sectors are depending on satellite technology for several applications, from agriculture to banking to transportation. As the demand for satellite communication services increases, it is observed that several key players such as SpaceX and Amazon are focusing their efforts to establish satellite communication constellations. This is one of the major factors attributing to the growing global sky-based communication market. Satellite communication is paving the way for smooth integration focusing on specific use cases which can benefit due to their unique capabilities. Additionally, the emergence of private players has led to the development of a multitude of manufacturing and launching options, formerly only reserved for governments and a handful of large international corporations. Apart from this, the emergence of 5G satellite communication is witnessing an increase due to the increasing demand for higher bandwidth and low latency from a range of distinct end users such as consumer electronics, aviation, and transportation and logistics, where the current communication network technologies and bandwidths are facing the struggle to provide optimum performance.
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Space
and communication sectors have witnessed numerous developments in the
past years and have been catering to the rising market demand for
satellite communication. Satellites play a crucial role in the current
digital era, and most industries depend on satellite technology for
various applications, from agriculture to banking to transportation.
Several key players such as SpaceX and Amazon are focusing their efforts
to establish satellite communication constellations which is one of the
factors contributing to the growing global sky-based communication
market.
Other than satellites, unmanned aerial vehicles (UAVs)
and high-altitude platforms (HAPS) such as airships and balloons are
being adopted for communication purposes. The drones are a popular
option for applications such as inspections, surveillance, monitoring,
and logistics, such as last-mile deliveries of parcels and medicines for
remote or rural areas with less population density. Some of the
stakeholders such as drone manufacturers (EHang, Terra Drones, and DJI,
among others), cellular network providers (Verizon, AT&T Inc., and
Vodafone Group, among others), and telecom equipment providers
(Ericsson, Nokia, and Qualcomm, among others) are testing and developing
their drones, mobile networks, and chipsets for cellular-connected
drones, respectively.
The development of small, fast, and
inexpensive systems in the space sector is enabling the companies that
require space to reach their objectives and expand their services to
gain a foothold in this area. Small satellite constellations such as
nanosatellites require a new ecosystem suitable for its constellations,
such as a new productive environment which includes stations, satellite
control and monitoring software, specific subsystems, solar panels,
batteries, and rockets.
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With several characteristics of the HAPS
system, there are many potential benefits. HAPS can also be a mega
constellation similar to satellite mega-constellation, wherein they
enable high-capacity network access, computation offloading, and data
analytics tools to millions of users/devices not only in suburban areas
but also in dense urban areas.
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