⭐ DON'T risk your personal information using an untrustworthy password manager... Get a SAFE and REPUTABLE one with a deal! ⭐ ✅ Get NordPass with a deal ➡ cnews.link/get-nordpass-deal/H7Xy__sqtdk/ ✅ Try Keeper ➡ cnews.link/get-keeper-deal/H7Xy__sqtdk/
Can you trust password managers? No, you cannot. You cannot trust them *not* because they are not safe (from a technical/cyptographic point of view) but because the sorrounding software isn't (OS, web browser, etc.). You *must* use a password manager (because it is the *only* rational way to manage all of your keys) but you have to avoid putting all the relevant, most critical info in the same password manager. For example, put the authentication credentials of you home banking systems in a password manager and the authorizations codes in another.
@@unmapped89361 a lower impact is better. Imagine not using password managers. Then you have like 100 places to get hacked, but also the impact is so small.
I use Keepass and I like the local aspect even though it makes syncing manual. As for the DB being vulnerable to loss from hardware failure that is why I back up my DB on several USB drives, portable drives, other computers. I control the storage media and prefer not to use cloud storage. Keepass comes with strength indicators, master password change reminders and a random password generator. You can also customise form filling.
Most 2FA options for password managers do NOT use the SMS/email option and at a minimum require an authenticator app when doing 2FA for a password manager.
Local storage password managers like Keepass are the hardest to steal data and you don't have to worry about trusting the cloud, something I avoid. Of course you back up the DB on USB drives and other storage media you control. CyberNews forgets about local backups.
Design a standalone, offline password generator device that allows users to input up to 40 different characters (letters, symbols, numbers) from 16 distinct sources. These sources could include various combinations such as: Random barcodes on product packaging Symbols and logos printed on devices or materials Numbers generated by physical calculators or random number generators Letters and words typed on a simple keyboard Alternatively, the device can randomly generate 16 different source combinations and create a unique password based on those inputs. The user can then store this password along with related account information directly onto the device itself. This approach would ensure that passwords are: Highly complex due to the diverse sources of input Always different in length and composition Not reliant on online connectivity or storage Easy to use, produce, and maintain Such a device could provide an offline solution for password management, minimizing reliance on vulnerable online systems.
-1 from me for throwing oss out the window so casually. Not even mentioning self hosting, even though pointing out the 3rd party hosters have leaked in the past, all the promotion for nordpass in the the description, though not sponsored? Total biased and short sighted.
I wasn't born Yesterday, but When I was taught to believe in Satan Clause? That was The Day I became a Consumer - "a shopper" and then I bought it ALL!
⭐ DON'T risk your personal information using an untrustworthy password manager... Get a SAFE and REPUTABLE one with a deal! ⭐
✅ Get NordPass with a deal ➡ cnews.link/get-nordpass-deal/H7Xy__sqtdk/
✅ Try Keeper ➡ cnews.link/get-keeper-deal/H7Xy__sqtdk/
1password not being mentioned as one of the top picks is very weird.
No affiliate link
Can you trust password managers? No, you cannot. You cannot trust them *not* because they are not safe (from a technical/cyptographic point of view) but because the sorrounding software isn't (OS, web browser, etc.). You *must* use a password manager (because it is the *only* rational way to manage all of your keys) but you have to avoid putting all the relevant, most critical info in the same password manager. For example, put the authentication credentials of you home banking systems in a password manager and the authorizations codes in another.
So two 'unsecure' password managers are better than one? And a greater attack surface is better?
@@unmapped89361 a lower impact is better. Imagine not using password managers. Then you have like 100 places to get hacked, but also the impact is so small.
I find it hard to believe it would take 34,000 years for my password to be cracked. 7 months sounds more realistic.
I use Keepass and I like the local aspect even though it makes syncing manual. As for the DB being vulnerable to loss from hardware failure that is why I back up my DB on several USB drives, portable drives, other computers. I control the storage media and prefer not to use cloud storage. Keepass comes with strength indicators, master password change reminders and a random password generator. You can also customise form filling.
Most 2FA options for password managers do NOT use the SMS/email option and at a minimum require an authenticator app when doing 2FA for a password manager.
"You can trust me! I will keep your secrets safe!"
👹
What’s the best way to go about changing a bunch of passwords using the pw generator?
Something I just saw in this video is not blurred out quite as well as it probably should have been.
This time it is the turn of the “sponsored” versions?
I discovered linear redundancy in the AES.
NordPass has most data breaches compared to any password manager
@ravitejaknts Can you clarify? I can't, find any evidence of breaches at Nord Pass.
Local storage password managers like Keepass are the hardest to steal data and you don't have to worry about trusting the cloud, something I avoid. Of course you back up the DB on USB drives and other storage media you control. CyberNews forgets about local backups.
Design a standalone, offline password generator device that allows users to input up to 40 different characters (letters, symbols, numbers) from 16 distinct sources.
These sources could include various combinations such as:
Random barcodes on product packaging
Symbols and logos printed on devices or materials
Numbers generated by physical calculators or random number generators
Letters and words typed on a simple keyboard
Alternatively, the device can randomly generate 16 different source combinations and create a unique password based on those inputs. The user can then store this password along with related account information directly onto the device itself.
This approach would ensure that passwords are:
Highly complex due to the diverse sources of input
Always different in length and composition
Not reliant on online connectivity or storage
Easy to use, produce, and maintain
Such a device could provide an offline solution for password management, minimizing reliance on vulnerable online systems.
Proper English please.
@@LloydChristmas-vx2wh can't bebothered to do it so got Ai to do it for me.
-1 from me for throwing oss out the window so casually. Not even mentioning self hosting, even though pointing out the 3rd party hosters have leaked in the past, all the promotion for nordpass in the the description, though not sponsored? Total biased and short sighted.
I wasn't born Yesterday, but When I was taught to believe in Satan Clause?
That was The Day I became a Consumer - "a shopper" and then I bought it ALL!
No, better to use alternatives.
Robotremendoform ese me gusta