China launches Uzbekistan's Samarkand-2028 satellite, carrying an AI module built by Uzbek engineers
China's Star Vision Technology launched the Samarkand-2028 hyperspectral Earth observation satellite on August 5 alongside Indonesia's Lampung-1; the Samarkand-2028 carries an artificial intelligence module developed by Uzbekistan's space agency Uzcosmos, marking a shift from Uzbekistan buying Chinese satellites to contributing core software components
Add to a list
No lists yet.
Summary
China's Star Vision Technology launched the Samarkand-2028 hyperspectral Earth observation satellite on August 5, together with Indonesia's Lampung-1 on the same vehicle. The Samarkand-2028 carries an AI processing module developed by specialists at Uzbekistan's space agency Uzcosmos, with a launch window of 7-9 a.m. Tashkent time. The mission marks a step beyond Uzbekistan simply procuring Chinese-built satellites: Uzbek engineers contributed core software components for Earth observation data analysis. China's commercial launch sector has expanded such capacity-building partnerships with Central Asian and Southeast Asian states as part of its broader space programme.
The split
All reporting originates from Uzbek or Central Asian outlets, reflecting the story's prominence as a domestic space milestone for Uzbekistan rather than a globally contested development. No independent Western or Chinese state-media account appears in the feed for this launch. The Times of Central Asia was the only outlet to frame the partnership explicitly as a growing strategic relationship rather than a one-off technical collaboration.
By the numbers
- 2, satellites launched on August 5: Samarkand-2028 (Uzbekistan) and Lampung-1 (Indonesia)
- 1, AI module designed and built by Uzcosmos for the Samarkand-2028
Why it matters
Uzbekistan is building indigenous AI and space capacity through its China partnership rather than relying on satellite imports alone. Samarkand-2028's Earth observation mission has civilian applications in agriculture and disaster monitoring, but hyperspectral satellites carry dual-use reconnaissance potential, a distinction likely to draw attention from US and European space-security analysts reviewing Central Asian ties with Beijing.
What to watch
- Whether Samarkand-2028 successfully reaches operational orbit and begins returning data
- Uzbekistan's next space project with China and whether other Central Asian states follow the same model
- US or European commentary on Central Asia's growing Chinese space infrastructure dependency