The potential adoption of Starlink would not necessarily lead to a global dense pose map peering into homes, airplanes, or underground bunkers with WiFi. There are a few reasons why this is unlikely:

1. Hardware Limitations: The primary limitation of the method described in the paper is the diversity of WiFi hardware and lack of data. Different WiFi routers and devices may have varying signal characteristics, which could affect the performance and accuracy of the dense pose estimation. Starlink, being a satellite-based internet service, would provide internet connectivity but would still rely on local WiFi routers to transmit signals. The hardware diversity issue would remain, as Starlink does not standardize WiFi routers.

2. Signal Penetration: Satellite signals from Starlink provide internet connectivity, but the actual dense pose estimation relies on the WiFi signals within the environment. WiFi signals typically have limited penetration capabilities, especially through walls and other barriers. Therefore, it would be challenging to create a global dense pose map that can peer into private spaces like homes and underground bunkers.

3. Privacy Concerns: The development and deployment of such technologies raise significant privacy concerns, as mentioned in the abstract of the paper. It is unlikely that a global dense pose map would be created without addressing these concerns and ensuring that the privacy of individuals is protected.

4. Data Processing and Storage: A global dense pose map would require massive amounts of data to be processed and stored, which would require significant computational resources and infrastructure. This could be another limiting factor in creating such a global map.

In conclusion, while the technology presented in the paper is interesting and has potential applications in various fields, the wide adoption of Starlink does not directly imply that a global dense pose map would be created peering into private spaces. There are significant technical and privacy-related challenges that need to be addressed before such a system could be implemented.
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