[R3set]

found
Instagram Bruetoforce
link to github :
https://github.com/N3TC4T/InstaBrute

[Hex_Viper]

Im pretty sure this one only gived back false positives and dosnt work, unless you have the right wordlist, or do what I did and learn python and write it yourself. Its alot easier that way to actually run it

[Bish0pQ]

You'd need way too many proxies in order to actually crack an unknown account, unless you already know possible passwords. Still a nice share though.

[anaio]

It seems interesting. Thank you.

[mothered]

You'd need way too many proxies in order to actually crack an unknown account, unless you already know possible passwords.

Furthermore, If the complexity of the password Is 12 characters In length, contains upper & lowercase letters, numbers, special chars, no sequential characters used (all of which Instagram allows) and you can spare a few decades to bruteforce It, you may be lucky In doing so before your 95th birthday.

[phyrrus9]

You'd need way too many proxies in order to actually crack an unknown account, unless you already know possible passwords.

Furthermore, If the complexity of the password Is 12 characters In length, contains upper & lowercase letters, numbers, special chars, no sequential characters used (all of which Instagram allows) and you can spare a few decades to bruteforce It, you may be lucky In doing so before your 95th birthday.

Interestingly enough, the casing and special characters aren't what makes a secure password. sheer length is. the password 'appleorangebannanagrapefruit' is far stronger than 'asd6dyn9vx-gfqbyhapgt'

Also, I've had a read through the source code, it's a relatively simple script, and it might get the job done for non-technical users, but you'd need some insider knowledge to make it work for more cases

[mothered]

You'd need way too many proxies in order to actually crack an unknown account, unless you already know possible passwords.

Furthermore, If the complexity of the password Is 12 characters In length, contains upper & lowercase letters, numbers, special chars, no sequential characters used (all of which Instagram allows) and you can spare a few decades to bruteforce It, you may be lucky In doing so before your 95th birthday.

Interestingly enough, the casing and special characters aren't what makes a secure password. sheer length is.

So you're saying a password of "1234567890" Is more secure than "!B3a9$0g#" (the former Is 10 chars, the latter Is 9).

Which of two would be easier to crack In a "dictionary attack?".

[h4x0r]

Looks interesting. Thank you for sharing.