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Happy New Year 
World's first cloud-native satellite, equipped with the Sky Computing Constellation computing platform, successfully arrived and is working stably in orbit on December 10, according to Chinese media.
For the first time, the Huawei Cloud "Cloud Edge Integrated" solution confirmed it in space. Now, these experimental satellites will be able to summon edge and central cloud services in orbit at the same time. It also has AI and multi-task processing capabilities, which can enable satellites to enter the smartphone age and increase efficiency and reaction speed.
Huahuajia's Huawei Cloud "Cloud Edge Integrated" solution will be deployed in batches in the six satellites of the "Sky Computing Constellation” (the project was jointly initiated by Beijing University of Posts and Telecommunications’ Shenzhen Graduate School and Tianyi Research Institute) the first phase to build a collaborative computing network in space after successful verification. In the future, it will be more useful for emergency communications, environmental monitoring, disaster prevention and mitigation, and urban building.
Initial Testing results
According to test data, the calculation precision is increased by more than 50% through a coordinated estimate of satellites and ground stations, and the quantity of data returned by the satellite may be lowered by 90%, and the satellite cloud will enter Into the original period.
Through on-orbit AI estimate, we may eliminate low-quality picture data that is more than 50% obscured by cloud and snow, decreasing transmission pressure and being effective with cloud-native edge computing. Huawei makes advantage of the cloud in its core nodes, which have a lot of computer power.
While 4G changes life, 5G changes society, so 6G will change the World
Bottom remarks
This new technology is not without its own set of difficulties and obstacles. For example, Terahertz frequency offers massive bandwidth in the hundreds of gigabits per second range, but it also faces obstacles including extreme route loss, significant air absorption, poor penetration capacity, and increased RF module complexity. It'll be interesting to see how researchers overcome these obstacles on the way to 6G, as well as the countless improvements that will occur in the next years.
Some brief articles on 6G development
World's first 6G communications test satellite successfully by China! https://forum.huawei.com/enterprise/en/world-s-first-6g-communications-test-satellite-successfully-by-china/thread/669221-100487
Roadmap to 6G https://forum.huawei.com/enterprise/en/6g-roadmap-plan-to-rollout-by-2030/thread/746093-100487
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