A Phd student gave a presentation at blackhat this year on how easy it is to hack satellites.
You might think that the satellites orbiting Earth are secured against unauthorized access but sadly it seems that is not the case. The belief that satellites are secure is mostly based on the assumption that the hardware inside is a well kept secret, and that communicating with a satellite is next to impossible without access to it’s ground station. Sadly, both assumptions are untrue.
both AWS and Azure offer Ground Station as a Service (GSaaS) now which is software defined and potentially compatible with almost every satellite launched. Again, all it takes is a bit of money to gain the ability to communicate with orbiting satellites. As an example, the popular CubeSat has no authentication protocols, and broadcast unencrypted signals.
article on the subject: https://www.theregister.com/2023/08/11/satellite_hacking_black_hat/
Actual presentation is here: https://i.blackhat.com/BH-US-23/Pre...9638.800784810.1693371389-20159862.1693371389
You might think that the satellites orbiting Earth are secured against unauthorized access but sadly it seems that is not the case. The belief that satellites are secure is mostly based on the assumption that the hardware inside is a well kept secret, and that communicating with a satellite is next to impossible without access to it’s ground station. Sadly, both assumptions are untrue.
both AWS and Azure offer Ground Station as a Service (GSaaS) now which is software defined and potentially compatible with almost every satellite launched. Again, all it takes is a bit of money to gain the ability to communicate with orbiting satellites. As an example, the popular CubeSat has no authentication protocols, and broadcast unencrypted signals.
article on the subject: https://www.theregister.com/2023/08/11/satellite_hacking_black_hat/
Actual presentation is here: https://i.blackhat.com/BH-US-23/Pre...9638.800784810.1693371389-20159862.1693371389