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The Namibian Spaceport is expected to play a key role in bridging the digital divide in Africa.
Namibia is poised to take a breakthrough leap to the forefront of space technology in Africa with the approval of the Namibian Spaceport project by Eos Capital, the manager of the Namibian Infrastructure Development and Investment Fund (NIDIF). The visionary plan, backed by the N$540 million Namibian Infrastructure Fund, aims to propel Namibia into the global satellite communications sector, led by Q-KON Namibia.
Minister of Information and Communications Technology Emma Theofelus said the Namibian Spaceport represents a major step forward in the use of space technology to enhance Namibia and Africa’s communications capabilities. It is closely aligned with Namibia’s National Space Science and Technology Policy, launched in June 2021, which demonstrates the country’s commitment to space exploration, innovation and sustainable development.
Becoming a key player
Frederico van Wyk, Chief Investment Officer of Eos Capital, stressed that this project demonstrates their commitment to driving digital inclusion and connectivity across the country, and fostering economic growth and innovation in Namibia’s ICT sector. This strategic investment is part of NIDIF’s broader efforts in the ICT sector, aimed at positioning Namibia as a key player in the growing Low Earth Orbit (LEO) satellite industry.
As a licensed satellite service provider, Q-KON Namibia is expected to play a key role in the development of the low earth orbit industry in sub-Saharan Africa through the Namibian Spaceport. Dr. Dawie de Wet, Group CEO of Q-KON, expressed great enthusiasm for leading this transformative initiative which is expected to not only enhance Namibia’s technological capabilities but also provide ground infrastructure and cutting-edge services to global satellite operators.
Important transmission
The initial phase of the project will include basic services such as ground gateway terminal hosting, Earth observation downlink services, tracking, telemetry and control (TT&C), etc. These capabilities will facilitate the transmission of important data from orbiting satellites, enhance Earth observation capabilities, and contribute to scientific research and education programs across the country.
The Namibian Spaceport is also expected to play a key role in bridging the digital divide in Africa by providing ubiquitous satellite internet connectivity with lower latency, higher data rates, and instant and widespread broadband coverage without the need for extensive mobile tower infrastructure.
As the project progresses, further developments are expected to be made in the coming months, marking an important milestone in Namibia’s bid to become an African hub for satellite communications and technology innovation.
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