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Nice! I was already satisfied using Bitwarden, and now I will no longer have to manually manage my ICE backup. In the past I've kept an offline copy of my 'vau
by joerickard 6y ago
Nice! I was already satisfied using Bitwarden, and now I will no longer have to manually manage my ICE backup.
In the past I've kept an offline copy of my 'vault' on a few USB keys in a safe deposit, for my family in case of death or similar. I'm curious how others have solved this problem.
- NikolaeVarius 6y agoI have a similar and opposite problem. I would be fine with all my secrets dying with me, but what i want to protect against is me going into a coma/for some reason I forget how to access my accounts. How to securely manage it so that only I can open it if my biological self is there? I don't trust bank safe deposit boxes and I can't put a safe worth using inside my Apt. https://www.nytimes.com/2019/07/19/business/safe-deposit-box-theft.html https://www.nytimes.com/2019/07/19/business/safe-deposit-box...
- ibejoeb 6y agoPerhaps just an old ipnone or android with a fingerprint sensor and another installation of bitwarden. You can keep the phone's passcode written down because its only use is to start the device. Then configure biometric log-in for bitwarden as an alternative to a distinct passphrase. In the event of a total blank, you should still have access as long as you retain a finger.
- jbverschoor 6y agoRequires a passcode before allowing biometrics
- chris37879 6y agoNot the person you responded too, but I imagine you could likely get a custom firmware to allow biometrics whenever, if you can replace the kernel, you can generally make the device behave however you'd like.
- ibejoeb 6y agoThat's why I said write down the passcode and keep it with the device. The device itself isn't important because you're not keeping anything on it. Bitwarden encrypts everything itself. To my knowledge, once you enable biometrics in bitwarden, you will not need to use the master passphrase.
- ahnick 6y agoI think you are going to have to rely on another human being (or perhaps a group of trusted individuals) even in that case. Depending upon what caused your incapacitation, you may or may not be able to actually retain and manage your secrets going forward. Put another way, if your wetware is damaged you may need a backup (aka trusted human) to handle your secrets on your behalf.
- vorpalhex 6y agoShamir's secret sharing is the algorithm for splitting a key and requiring only a subset of pieces (so you can disperse it to 20 friends but only need 11 to agree to reform the key). This would give you protection both against the amnesia route (where you fall unconscious, lose your memory but are totally fine afterwards) and the route where you're unable to manage your secrets at all (eg stroke resulting in longterm failure to maintain memories or make decisions). You'd still, for the total lose route, need a replacement actor (someone acting on your behalf) to assemble and receive the key, and be the keyholder moving forward - and you would likely need to leave instructions with the flock of people having pieces of the key on how to select or confirm your future keyholder.
- neartheplain 6y agoI think you are going to have to rely on another human being (or perhaps a group of trusted individuals) even in that case. Not necessarily. Bank safe-deposit boxes are a secure place to keep secrets. To guard against rogue bank employees, encrypt the stored secrets and keep the key at home on a sticky note. If you ever hit your head and forget all your secrets, just present your ID to the bank teller, pull the secrets out of the vault, and decrypt them with the key on the sticky note.
- brigandish 6y agoIn that situation I can see myself forgeting where I'd put the sticky note, or what it meant.
- neartheplain 6y ago
- neartheplain 6y agoI periodically send my loved ones encrypted copies of my password vault. A copy of the decryption key is stored in my safe-deposit box, which they can access only after I am gone. This lets me update the contents of my password vault without having to visit the bank. And actually, the safe-deposit box only holds one half of the decryption key. My loved ones have the other half in their respective safe-storage locations. This means a rogue bank employee can’t drill my box and do anything useful with the contents. The password vault itself is a plaintext file that I decrypt and edit/grep as needed. I use the OpenSSL command-line tool for encryption and decryption. My loved ones either have this installed by default on MacOS, or have a Cygwin installation on Windows with which I have tested the commands. The safe-deposit box contains short and detailed instructions for use for my non-technical loved ones. I also use the Google Chrome password manager with client-side encryption enabled. Whenever I change any important passwords, I’ll export its contents to my text file password vault.