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Donkey Bridge Safe
AI-resistant encryption for passwords, PINs & more
9 followers
AI-resistant encryption for passwords, PINs & more
9 followers
Donkey Bridge Safe securely protects short text strings such as passwords, PINs, PUKs, email addresses, and phone numbers. It uses an efficient, AI-resistant encryption approach designed for sensitive personal data, giving you a simple and secure way to store your most important information.
Curious how this handles recovery if I forget the master password, since losing access to the whole vault sounds like a nightmare for something holding all my PINs and recovery codes in one place.
@halitm7tvDBS includes its own local “forgot password” system, which is not trivial, but still requires some reliance on memory. That is option 1. Option 2: if exports have been made in time, in case of a complete loss you can reinstall the system and import the JSON-encoded file.
Best regards
@halitm7tv DBS includes its own local “forgot password” system, which is not trivial, but still requires some reliance on memory. That is option 1. Option 2: if exports have been made in time, in case of a complete loss you can reinstall the system and import the JSON-encoded file.
Best regards
How exactly does the "AI-resistant" encryption work under the hood, and is it something that's been independently audited? I'd love to understand what makes it different from just using a standard AES setup.
@sedatyeew Thanks for the question. I can't go into the implementation details, so rather than asking you to take our word for it, I'd encourage you to test it yourself.
Save a harmless phrase—for example, "post-quantum-secure"—in DBS, export it as a .json file, then give both the exported JSON and the original phrase to any AI. Ask it to reverse-engineer the encryption or recover the plaintext from the JSON alone, and judge the results for yourself.
@sedatyeew Thanks for the question. I can't go into the implementation details, so rather than asking you to take our word for it, I'd encourage you to test it yourself.
Save a harmless phrase—for example, "post-quantum-secure"—in DBS, export it as a .json file, then give both the exported JSON and the original phrase to any AI. Ask it to reverse-engineer the encryption or recover the plaintext from the JSON alone, and judge the results for yourself.
Loved how quick it is to stash a PIN and get back to what I was doing. The interface is refreshingly no-nonsense, and I actually trust it more than the notes app I've been using.
@smeyye289106 Thank you! That was exactly the goal—to make storing sensitive information fast, simple, and something you can actually trust. I'm really glad you found the no-nonsense approach useful. 😊
Tried storing a few PINs and a backup email and the flow felt quick and uncluttered, which is honestly rare for a secure vault app.