one arrow was missing in ppt, added here

Signed-off-by: GitHub <[email protected]>

src/pages/case-studies/satellite/index.mdx

@@ -7,7 +7,7 @@ tags:
   - UserCase
 ---
 
-# Global First Cloud-Native Edge Computing Satellite Cloud-Edge Integrated Solution Verified in Space
+# The world's first cloud-native edge computing satellite cloud-edge integrated solution is verified in space
 
 Since 2020, the data volume generated by satellites has, for the first time, exceeded the data transmission volume. A large amount of data urgently needs on-orbit computing processing, 
 and satellites desperately need to become "intelligent". The emergence of cloud-native edge computing platforms effectively lowered the experimental threshold for space-based computing, 
@@ -20,13 +20,13 @@ and software designed for specific payloads. One satellite, one mission, one lau
 This closed system architecture necessarily leads to hardware and software incompatibility, inability to interchange and reuse, 
 and very slow technological iteration.
 
-To address these issues, satellite manufacturers both domestically and internationally proposed software-defined satellites from a software-defined perspective. 
+To address these issues, satellite manufacturers proposed software-defined satellites from a software-defined perspective. 
 Software-defined satellites are a new type of intelligent satellite centered on space-based computing, adopting an open system architecture that supports plug-and-play payloads and on-demand application loading. 
 They can conveniently redefine satellite functions through software updates, flexibly adapting to multiple tasks and user types. Examples include SmartSat, GSky-1, Eutelsat Quantum, and OneSat, etc.
 
 However, software-defined satellites still face numerous difficulties in software or application packaging, distribution, deployment, upgrades, and maintenance. 
 They struggle to meet the satellite's on-orbit business requirements for rapid iteration, instant deployment, grayscale release, and continuous evolution. 
-As a result, both domestic and international efforts are trying to develop a new generation of intelligent satellites.
+As a result, the industry is trying to develop a new generation of intelligent satellites.
 
 ## Breakthrough: From Nothing to Something, Breaking On-Orbit Computing Barriers