The best application I can image would be using them in street lamps to offer consistent coverage in public spaces. Not sure how viable that would be cost wise though.
Covert communications could also be an application. Just need line of sight and a signal could be sent undetected, and if anyone or anything above a certain size gets on position to detect it, their detection would be observed by both sender and receiver. The attempt would likely be noticed even before the detection, so the signal could be stopped until whatever it is that’s looking moves on.
Wouldn’t it be far more effective just to put Wi-Fi routers in said street lamps though? You’d almost certainly need far fewer of them for the same coverage.
Wi-Fi suffers from congestion due to everything using the same bands for everything. My understanding is that LiFi is not meant to replace Wi-Fi but to supplement it.
The best application I can image would be using them in street lamps to offer consistent coverage in public spaces. Not sure how viable that would be cost wise though.
Covert communications could also be an application. Just need line of sight and a signal could be sent undetected, and if anyone or anything above a certain size gets on position to detect it, their detection would be observed by both sender and receiver. The attempt would likely be noticed even before the detection, so the signal could be stopped until whatever it is that’s looking moves on.
Wouldn’t it be far more effective just to put Wi-Fi routers in said street lamps though? You’d almost certainly need far fewer of them for the same coverage.
Wi-Fi suffers from congestion due to everything using the same bands for everything. My understanding is that LiFi is not meant to replace Wi-Fi but to supplement it.