https://www.techradar.com/pro/5g-network-flaws-could-be-abused-to-let-hackers-spy-on-your-phone
Flaw could allow an attacker to take over your phone via 5G
Haven’t we always known this? It’s the same concept as a Stingray device, which is used to spy on people because their devices connect to it automatically, assuming it’s a normal cell tower. People don’t know what tower they’re connected to, so if you connect to a “fake” or exploited tower, you’ve basically handed over the keys. This is essentially the same thing, but on a 5g network, which is presumably made up of even more nodes/towers.
Stingrays generally use 2G, as the security on earlier standards was pretty lax/broken. I thought that tower spoofing wasn't possible on 4G/5G?
Always assume that even if not publicly available, some agency has knowledge of how to spy on you.
4G had a lot of the same issues as 3G, but 5G was a complete redesign (including security). It was supposed to have been way harder to break than previous generations.
I’d like to dig up some technical information on this. It has a lot of claims of what hackers can do but how do they do it at a technical level? Is using VPN helpful? Stuff like that.
Ive installed so much crap voluntarily, I don't think I have any private data left. Why would they even bother?
Higher peak data rate, lower latency, more network capacity are basically the main improvements for phone users. Partially because the whole radio protocol (among other things) was redesigned to reduce overhead and also because of the new mmWave bands which have enormous bandwidth.
Was a massive improvement here. Went from 50mbps down with a decently long delay when loading new pages to 800Mbps with basically instant page loading.
I never seen anything nearing 800mbps for cell phones outsid of corpo propaganda but maybe your area is not as congests as tests in major cities
I am not in the downtown core, but and pretty well right in the middle of a 1 million population city. I do believe the 5G tower is on the building right beside mine though, so I may just be lucky.