Thanks Hemant for wonderful sesseion on WPA3. Can someone please tell me, What is the size of g and p value? And, from where AP and STA would get these values? to generate public key. And, I see At 3:25, P value is not used in generating public key. is that correct?
Probably all but the WiFi chip level encryption going to 192 bit, but this is unlikely as it is rolling out with AX (WiFi6), existing networks usually want stability and consistency, and router sellers want to sell new routers.
I'm not sure what alphabet, but in English 26 letters + 26 uppercase + 10 numbers = 62, so a 1 character password would be 1 of 62 possibilities, a 2 character password would be 1 of 62^2 possibilities, 3 characters 1 of 62^3, and so on. People don't often use a string of random numbers and case sensitive letters as passwords though, so this is why dictionary and brute force attacks can be upwards of 70% effective on average if an attacker is diligent enough. Something to keep in mind.
This is unarguably the BEST WPA3 video, and I have watched several!
I was lucky to be there to listen it live. I haven't found any better talk on those topics so far. Well done Hemant.
can you see yourself in the audience 48:15
Hemant you saved my day. Great presentation on WPA3.
The best talk on WPA3!
best reference for wpa3 conceptually👍
No better takk on this matter so far..Thanks Hemanth
Great video, explains WPA3 very well.
Glad it helped, Ruwan! Thanks for watching!
I have really enjoyed that. Thank you
excellent presentation on WPA3
Very Well Explained. Thank you !
Thanks Hemant for wonderful sesseion on WPA3. Can someone please tell me, What is the size of g and p value? And, from where AP and STA would get these values? to generate public key. And, I see At 3:25, P value is not used in generating public key. is that correct?
excellent
Well explained
...is the guy at 10:17 picking his nose? ^^
BTW, well done!
yes I believe he is
37:00 does this mean that WPA3 can be added to a router with just a software upgrade?
Probably all but the WiFi chip level encryption going to 192 bit, but this is unlikely as it is rolling out with AX (WiFi6), existing networks usually want stability and consistency, and router sellers want to sell new routers.
What is the logic behind 8 alphanumeric password key combination is 2^48 ?
Can someone explain pls
I'm not sure what alphabet, but in English 26 letters + 26 uppercase + 10 numbers = 62, so a 1 character password would be 1 of 62 possibilities, a 2 character password would be 1 of 62^2 possibilities, 3 characters 1 of 62^3, and so on. People don't often use a string of random numbers and case sensitive letters as passwords though, so this is why dictionary and brute force attacks can be upwards of 70% effective on average if an attacker is diligent enough. Something to keep in mind.
@@WR3ND just to complete log2(62^8)=47.6 ~ 48 bits of randomness. Same math as log2(62)*8.
37:38 DPP