Using GPG

[@roy04]

This was the only informative video I could find. All others kept repeating asymmetric encryption part of PGP, without actually telling how I could use it using GPG

[@ElidioRodriguez-i5q]

Hagan famoso a este señor, es un genio y un verdadero maestro. Thanks Dr. Philip Craiger.

[@craiger.computersecurity]

De nada. No hay problema amigo.

[@LoganSchmidt]

At 12:15 you mentioned "not knowing why VMs" take longer to generate entropy on mouse movements. It's because the "mouse updates" are far less than with actual mouse hardware connected direct to a machine. To save on I/O, VMs push mouse control data at a lower rate, therefore generating less entropy when using mouse movements inside a VM.

[@imthebearimthebear3316]

Filling in the gaps like a pro

[@TheSkepticSkwerl]

Thank you for this video. The training video i first followed was extremely convoluted, and didn't explain everything well. You're the man!

[@antongeorgiev1089]

Thank you for this! I think there's a typo In the slide from 1st minute: it says public keys are to decrypt, and private to encrypt. It's the other way around (as diagrams later show).

[@An.Individual]

Well spotted. Private key does encrypt when signing a message but I doubt that is what he intended to say.

[@WmTyndale]

Outstanding Pedagogy!

[@savithari]

Very nice video. Really well done. Thank You for this great video. One request. Where is the second part of the video ? This video seems to end quite suddenly.

[@kode_kommando]

Great video professor, really helpful.

[@Drugvigil]

Can I publish in my website the public keys?

[@eekeipoh]

Thanks for this tutorial! Simply the best tutorial on YT :)

[@gabrielmarianogarciatrejo7417]

I loved it!! Thanks for your great explanation!!

[@toovit2]

THANK YOU !!!

[@JoaoPedro-vo2qy]

I love you

[@sarweshyanamala3100]

Thank you so much..it's very usefull

[@unknown-vq1gj]

amazing video!!! I can surely recommend!!!

[@bethells86]

Well done

[@nickme93]

Amazing content !!

[@albanschmidt3517]

Is there a chance to generate the same unique key in two different computers since these keys are not compared anywhere, and would be the fingerprint the same (I'm just curious) ?

[@federicocergol3597]

Yes, but the chances of that happening are astronomically low ( < 1/10^80 iirc)

[@BartonChittenden]

To put that in perspective, there are about a trillion (10^13) galaxies in the observable universe with, let's say a billion (10^10) stars each. Let's say that each star has a planet that has a billion computers on it, and each computer is generating a billion keys a second (that's about 10^14 keys per computer per year), and each computer ir running for the age of the universe (about 10^11 years)... that only gets us up to 10^68, so we would have about a 0.0000000001 % chance of a collision.

[@An.Individual]

@@federicocergol3597 The actual odds are FAR lower. The number you quote exceeds the entropy of a PC

[@kilmet8]

Can you post a video on how to encrypt using a public key?

[@charlie-bucket]

I think the publi key is only for decryption

[@An.Individual]

most any encryption will use the public key

[@emmanueltekalign1361]

i can't acces my gpg it can't open the port plz can u help

[@XieQiu]

Very clear. Thank you !

[@Pompiduskus]

Thank you!

[@stephenkamenar]

12:35 i guess the mouse movements weren't working jlkfjlkf

[@vacagonzalo]

thanks!

[@DarrellWiley-q1c]

Hernandez Anthony Smith George Lee David

[@jeniusfronter6104]

$ man gpg bash: man :command not found

[@abddba6507]

رايع يدا و الر

[@BensonCleveland-v4p]

Taylor Brian Johnson George Williams Ronald

[@MorleyJamie-t5k]

Lewis William Martin Shirley Clark Carol