![]() I liken the solution to a Toyota it's a good all-rounder, and it isn't bad though it has some issues. I carried out POCs for CyberArk and SafeGuard, and both of their interfaces are much better than Password Safe's. After 2020, the UI improved, but the look and feel of the application are still dated. We were late refreshing the UI, so it had pretty old components until about 2020, and we experienced browser issues. We needed to go into the appliance log to understand what was happening, and the UI needed to be more intuitive to help us. Precisely, when troubleshooting user issues, we encountered strange errors. However, the interface can be somewhat complicated for admins, though not for end users. The MSA element of the solution is fine there are no significant issues implementing MSA with the interface. This needs to be improved because it results in additional work for us, and they could fix the small scheduling gap in their product. To compensate, BeyondTrust tells us we can write scripts to set the password resets. I want to be able to set the rule that password changes only happen on a Saturday, for example, and I can't do that. The solution gives the option for the fifth day of the month, the tenth day of the month, the first day of the week etc., but not more specific. We sometimes require the maintenance window to be on a Saturday instead of during the week. Another feature that could be improved is the password rotation schedule as a financial organization, that's very important to us. This is an element that could use a redesign. This can be an issue, especially as there is no performance counter so we can track how close we are to the limit, nor is there an indication of when we cross it. The solution does not indicate an issue, but when we hit the capacity limit, rules can become erratic, resulting in password resets during the middle of the day when they're in use. Ideally, we would not have a limited capacity, allowing us to be in a completely managed state with password rotation for every service account, not just the highly privileged ones. ![]() Hitting a capacity limit you don't know about can be problematic. I can have a maximum of 150 rules per appliance any more than that and rule processing becomes very complex, especially regarding password revision. There is a limited capacity on the appliance, which I wasn't informed about when I purchased the product. This is a good snippet that you can modify and implement.I'm not too fond of the Smart Rules feature, mainly because too many features can cause complexity. Print('I am sorry but the password does not match')Īlso, you can use werkzeug to help you with this. If check_password(hashed_password, old_pass): Old_pass = raw_input('Now please enter the password again to check: ') Print('The string to store in the db is: ' + hashed_password) Hashed_password = hash_password(new_pass) New_pass = raw_input('Please enter a password: ') Return password = hashlib.sha256(salt.encode() + user_password.encode()).hexdigest() Password, salt = hashed_password.split(':') Return hashlib.sha256(salt.encode() + password.encode()).hexdigest() + ':' + saltĭef check_password(hashed_password, user_password): # uuid is used to generate a random number Short implementation of it taken from here: import uuid Use salting along with hashing to make the passwords more secure. Though alone doing hashing is not secure due to Rainbow Table attacks. SHA1, SHA224, SHA256, SHA384, and SHA512 as well as RSA’s MD5 algorithm. ![]() There are various secure hash algorithms you can use. Secondly, use hashing.Ĭheck out the hashlib module. First off, base 64 is not encrypted, it's encoded. ![]()
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