You can make something similar but with divided key. You generate let's say 8 keys and give one to all your family members. Now they can decrypt your secret only if at least six of them use their key at the same time. This algorithm is used when you don't trust someone alone but you trust when multiple people decide to decrypt message at the same time.
Many thanks for the video. When I run the your openssl command on Windows 11, it fails complaining of the -pbkfd2 switch (unknown option). Googling this reveals nothing as far as I can see. Any suggestions, please?
Very practical and to the point. Trying to read the -help for openssl gets you nowhere. Thank you very much.
You can make something similar but with divided key. You generate let's say 8 keys and give one to all your family members. Now they can decrypt your secret only if at least six of them use their key at the same time. This algorithm is used when you don't trust someone alone but you trust when multiple people decide to decrypt message at the same time.
Your content is way better than any other youtube channels. keep it up 👍👍
You are awesome 😇 ... Very Helpful to...
@neuralnine
Is it possible to broadcast a TV channel online using programming?
Very helpful Thank you
That was really good. Thanks.
Yeah... I prefer using (Advanced Encryption Standard)AES-256 for symmetric too but just use asymmetric, it's not that complicated
Cool
Many thanks for the video. When I run the your openssl command on Windows 11, it fails complaining of the -pbkfd2 switch (unknown option). Googling this reveals nothing as far as I can see. Any suggestions, please?
You wrote -pbkfd2 it's -pbkdf2
Neuralnine what font size and name you use on your terminal
Does NeuralNine play CTFs?
pl let me know the password for encryption and decryption AES 256? in OpenSSL
the command nv is not working, can you help me please!
nv is an alias in the terminal's config. That actually stands for another command. For example, nvim, vi or nano.
first! :)
privatni ključ
openssl genrsa -out Private.key 2048
public ključina
openssl rsa -in Private.key -pubout -out Public.key
dekriptiranje pitanja:
openssl rsautl -decrypt -inkey Private.key -in pitanje.txt -out pitanje.txt
pitanje-ajkgsdl
ključ dekriptiranje:
openssl enc -d -k 'lozinka' -in Assd.enc -out adnfgjka.key -aes-128-ecb
nano odgovor.txt
openssl rsautl -encrypt -in odgovor.txt -out odgovor.txt -pubin -inkey Public.key