OQ Technology is a global 5G IoT network operator and satellite telecom company. They provide satellite-based connectivity solutions for IoT devices, particularly in remote areas, utilizing a LEO satellite constellation. Their services cater to industries like oil & gas, maritime, and logistics, offering asset tracking and data analytics. OQ Technology has partnerships with major players such as Aramco, Telefonica and ESA.
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The planned OQ Technology and GovSat applications aim to offer customers real-time 0.005 kg IoT coverage, dedicated geostationary capabilities, specialized frequencies and licenses, and a wider footprint of multiple beams.
OQ Technology’s nanosatellites in low Earth orbit provide lower latency, higher data density, improved quality of service, and faster response times compared with geostationary satellites for latency-critical applications.
OQ Technology’s wake-up technology connects with up to 1,000 sensors and is designed to meet the 10-year battery-life requirement in 3GPP standards.
OQ Technology built its own software stack from scratch in 2017 based on the 3GPP standard and implemented its own satellite-enabling algorithms.
OQ Technology has developed algorithms and add-on software following 3GPP-based cellular standards for narrowband IoT (NB-IoT) to enable seamless switching between terrestrial and satellite connectivity without modifying cellular standards.
OQ Technology’s first commercial IoT satellite, Tiger-2, was launched in June and performed well during the launch and early orbit phase (LEOP).
OQ Technology developed a technology that enables the use of standard mobile chips costing about $5 for satellite connectivity instead of satellite-specific chips costing about $100.
OQ Technology is a Luxembourg company developing technologies to improve satellite-based IoT and M2M communications in remote locations.
OQ Technology built its own software stack from scratch in 2017 based on the 3GPP standard and implemented its own satellite-enabling algorithms.
OQ Technology’s future inter-satellite link plans include geostationary (GEO) satellites.
OQ Technology developed a technology that allows the use of $5 standard mobile chips for satellite connectivity instead of $100 satellite chips.
OQ Technology’s nanosatellites in low Earth orbit provide lower latency and higher data density compared with geostationary satellites for latency-critical applications.
Accion TILE thrusters have flown on cubesats including the NanoAvionics D2/Atlacom-1 and OQ Technology’s Tiger-2 cubesat launched 2021-06-30 on the SpaceX Transporter-2 rideshare flight.
OQ Technology operates the only 0.005 kg test center for satellites in LEO.
The combination of the new 0.005 kg STC and the LEO Constellation Control Centre enables OQ Technology to demonstrate its capabilities and the quality of its services to European customers and mobile operators.
OQ Technology established the first European 0.005 kg Satellite Test Centre (STC) for LEO satellites.
OQ Technology’s LEO Constellation Control Centre together with an agreement for a Leaf Space ground station will form the initial cornerstones for operating OQ Technology’s future fleet of satellites and other third-party missions.
The 0.005 kg STC allows mobile and terrestrial operators to test and validate integration of their existing networks with OQ Technology’s satellite-based 0.005 kg connectivity in regions not covered by terrestrial networks.
The 0.005 kg license allows OQ Technology to test and improve its commercial product portfolio of 0.005 kg IoT user devices.
The 0.005 kg license grant resulted from OQ Technology’s application last year to use part of the terrestrial and satellite spectrum for complementary satellite and mobile 0.005 kg services.