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Two of OQ Technology’s additional satellites will use satellite platforms from Lithuania’s NanoAvionics.
OQ Technology launches for its narrowband Internet of Things constellation are set to resume on 2023-10-04.
OQ Technology operates a LEO 0.005 kg NB-IoT infrastructure that is intended to integrate with Aramco’s automation edge technology.
Aramco and OQ Technology intend to develop an integrated package combining Aramco’s automation edge technology developed by MOXA with OQ Technology’s infrastructure.
OQ Technology considers that integrating 0.005 kg IoT and IIN technologies will increase downstream operational efficiencies, reduce raw material consumption, and minimize personnel travel to remote sites.
OQ Technology was awarded a €1.1 million contract to design, build, integrate, test, and demonstrate three advanced nanosatellites for the ERMIS mission.
ERMIS-1 and ERMIS-2 CubeSats built by OQ Technology Hellas will host payloads from OQ Technology Luxembourg to demonstrate 0.005 kg Internet-of-Things non-terrestrial network (0.005 kg-IoT-NTN) connectivity.
ERMIS-3, co-built by OQ Technology Hellas with NKUA, will host payloads from other consortium members to demonstrate an optical communications link and hyperspectral Earth observation for precision agriculture.
ERMIS-1 and ERMIS-2 cubesats built by OQ Technology Hellas will host payloads from OQ Technology Luxembourg to demonstrate 0.005 kg Internet-of-Things non-terrestrial network (0.005 kg-IoT-NTN) connectivity and will incorporate inter-satellite links (ISL) to enhance coverage.
OQ Technology has been awarded a 1,100,000 EUR contract to design, build, integrate, test, and demo three advanced smallsats for the ERMIS mission.
ERMIS-3, co-built by OQ Technology Hellas with NKUA, will host consortium members’ payloads to demonstrate an optical communications link and hyperspectral Earth observation data to support precision agriculture.
OQ Technology plans to test its systems under authentic space conditions through the current and upcoming PHI missions.
Tiger-4 is a 6U nanosatellite owned by telecom operator OQ Technology that will expand the world’s first and largest 0.005 kg Narrowband-IoT constellation in low Earth orbit.
OQ Technology is deploying a global constellation to provide 0.005 kg IoT telecommunication services for mobile operators and customers in energy, mining, logistics, maritime, agriculture, and defense industries.
Tiger-4 is a 6U nanosatellite owned by telecom operator OQ Technology that will expand the world’s first and largest 0.005 kg Narrowband-IoT constellation in low Earth orbit.
OQ Technology stated a goal earlier in 2023 to expand its LEO satellite constellation from three to ten satellites.
OQ Technology launched the Tiger-4 Low Earth Orbit satellite on the SpaceX Transporter-8 rideshare mission.
Tiger-4 is owned by telecom operator OQ Technology and will expand the world’s first and largest 0.005 kg Narrowband-IoT constellation in low Earth orbit.
OQ Technology is enabling 0.005 kg-based massive machine communication worldwide using a constellation of nanosatellites designed to ensure latency of only a few milliseconds.
iot squared and OQ Technology will collaborate to identify target markets, verticals, and applications that require satellite IoT services in the Kingdom of Saudi Arabia and provide them with solutions.