3 ms·

With the very short range of Bluetooth you would have to have massive adoption to carry the signal any distance. With a crowd or protest or sports arena I can

With the very short range of Bluetooth you would have to have massive adoption to carry the signal any distance. With a crowd or protest or sports arena I can see it but to send messages to someone quite a ways away it would not work. So good for masses and coordination within them.

ohyes 7y ago
This would entirely depend on population density and how often people are in relatively crowded areas. Something like this may or may not work in an apartment building, but it seems like it would definitely work on crowded city streets, particularly if you allow for a transmission delay as it spreads from one device to another. (And to that end, in a big city like Hong Kong, you probably wouldn't really need massive adoption, just a few % as you are in close proximity to hundreds of people fairly regularly).
ShteiLoups 7y ago
I wonder if it's feasible for cities to implement infrastructure to help during times of large gatherings. During the NBA championship parade this summer every cell network in Toronto was basically shut down, even with extra capacity along the parade route. If there had also been the bandwidth of a series of 'permenent' Bluetooth nodes, I wonder how that would effect things.
nbanks 7y ago
With Hong Kong's population density, I could see this technology working fairly well. I'm not sure how well it would work inside buildings, but could be good enough for people walking on the streets. It would also theoretically possible for each phone to store hundreds of encrypted text messages if latency isn't important.
tgsovlerkhgsel 7y ago
This would work exceptionally well if what they're doing is store-and-forward, instead of a classic mesh. HK definitely has the population density to make it work, especially with people moving around.

3 ms·

With the very short range of Bluetooth you would have to have massive adoption to carry the signal any distance. With a crowd or protest or sports arena I can

by ThinkBeat 7y ago

ohyes 7y ago
This would entirely depend on population density and how often people are in relatively crowded areas. Something like this may or may not work in an apartment building, but it seems like it would definitely work on crowded city streets, particularly if you allow for a transmission delay as it spreads from one device to another. (And to that end, in a big city like Hong Kong, you probably wouldn't really need massive adoption, just a few % as you are in close proximity to hundreds of people fairly regularly).
ShteiLoups 7y ago
I wonder if it's feasible for cities to implement infrastructure to help during times of large gatherings. During the NBA championship parade this summer every cell network in Toronto was basically shut down, even with extra capacity along the parade route. If there had also been the bandwidth of a series of 'permenent' Bluetooth nodes, I wonder how that would effect things.
nbanks 7y ago
With Hong Kong's population density, I could see this technology working fairly well. I'm not sure how well it would work inside buildings, but could be good enough for people walking on the streets. It would also theoretically possible for each phone to store hundreds of encrypted text messages if latency isn't important.
tgsovlerkhgsel 7y ago
This would work exceptionally well if what they're doing is store-and-forward, instead of a classic mesh. HK definitely has the population density to make it work, especially with people moving around.