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Joined 1 year ago
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Cake day: June 19th, 2023

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  • Ditto on the no text part. That is an accessibility failure that’s way too widespread.
    Sometimes I’m afraid to even push a button: does this delete my thing, or does it do some other irreversible change? Will I be able to tell what it did? Maybe it does something completely different, or maybe I’m lucky and it does in fact perform the action I’m looking for and which in my mind is a no-brainer to include?

    And it’s infected interpersonal communication too - people peppering their messages with emojis, even professional communications. It not only looks goofy, but is either redundant (when people just add the emoji together with the word it’s meant to represent - such a bizarre practice) or, worse, ambiguous when the pictogram replaces the word and the recipient(s) can’t make out what it depicts.
    The most fun is when it’s a mix - the message contains some emojis with accompanying translation, some without.


  • I don’t share the hate for flat design.
    It’s cleaner than the others, simpler and less distracting. Easier on the eyes, too. It takes itself seriously and does so successfully imo (nice try, aero). It feels professional in a way all the previous eras don’t - they seem almost child-like by comparison.

    Modern design cultivates recognizable interactions by following conventions and common design language instead of goofy icons and high contrast colors. To me, modern software interfaces look like tools; the further you go back in time, the more they look like toys.

    Old designs can be charming if executed well and in the right context. But I’m glad most things don’t look like they did 30 years ago.

    I’m guessing many people associate older designs with the era they belonged to and the internet culture at the time. Perhaps rosy memories of younger days. Contrasting that with the overbearing corporate atmosphere of today and a general sense of a lack of authenticity in digital spaces everywhere, it’s not unreasonable to see flat design as sterile and soulless. But to me it just looks sleek and efficient.
    I used to spend hours trying to customize UIs to my liking, nowadays pretty much everything just looks good out of the box.

    The one major gripe I have is with the tendency of modern designs to hide interactions behind deeply nested menu hopping. That one feels like an over-correction from the excessively cluttered menus of the past.
    That and the fact that there’s way too many “settings” sections and you can never figure out which one has the thing you’re looking for.

    P S. The picture did flat design dirty by putting it on white background - we’re living in the era of dark mode!





  • The main difference is that 1Password requires two pieces of information for decrypting your passwords while Bitwarden requires only one.

    Requiring an additional secret in the form of a decryption key has both upsides and downsides:

    • if someone somehow gets access to your master password, they won’t be able to decrypt your passwords unless they also got access to your secret key (or one of your trusted devices)
    • a weak master password doesn’t automatically make you vulnerable
    • if you lose access to your secret key, your passwords are not recoverable
    • additional effort to properly secure your key

    So whether you want both or only password protection is a trade-off between the additional protection the key offers and the increased complexity of adequately securing it.

    Your proposed scenarios of the master password being brute forced or the servers being hacked and your master password acquired when using Bitwarden are misleading.

    Brute forcing the master password is not feasible, unless it is weak (too short, common, or part of a breach). By default, Bitwarden protects against brute force attacks on the password itself using PBKDF2 with 600k iterations. Brute forcing AES-256 (to get into the vault without finding the master password) is not possible according to current knowledge.

    Your master password cannot be “acquired” if the Bitwarden servers are hacked.
    They store the (encrypted) symmetric key used to decrypt your vault as well as your vault (where all your passwords are stored), AES256-encrypted using said symmetric key.
    This symmetric key is itself AES256-encrypted using your master password (this is a simplification) before being sent to their servers.
    Neither your master password nor the symmetric key used to decrypt your password vault is recoverable from Bitwarden servers by anyone who doesn’t know your master password and by extension neither are the passwords stored in your encrypted vault.

    See https://bitwarden.com/help/bitwarden-security-white-paper/#overview-of-the-master-password-hashing-key-derivation-and-encryption-process for details.


  • I think they meant the only language we transpile to for the express reason that working with it directly is so unpleasant.

    Java is not transpiled to another language intended for human use, it’s compiled to JVM bytecode.

    People don’t usually develop software directly in the IR of LLVM. They do develop software using vanilla JavaScript.