Surveillance and Paranoia in a New Public: The irregular fires of Mrs. Dalloway
The first time I read Virginia Woolf’s Mrs. Dalloway, in the spring of 2023, I admit that I don’t think I quite understood it.
The first time I read Virginia Woolf’s Mrs. Dalloway, in the spring of 2023, I admit that I don’t think I quite understood it.
I recently learned about a secrets manager called Passbolt. Given my interest in word lists, I asked them on Mastodon if they use one. They promptly replied that, yes, they do, and provided me with the GitHub URL to their word list.
I wrote a random passphrase generator command-line tool! I’m calling it Phraze.
Note: This post is now slightly out-of-date. The names of the relevant Orchard Street Wordlists have since changed. Check the repo for the latest lists and their corresponding names.
The SecureDrop project uses a few different (English) word lists. One of them is located in their public repo at securedrop/wordlists/en.txt.
I recently pushed to GitHub a set of word lists intended to be used to generate secure passphrases called the Orchard Street Wordlists. I’m pretty proud of them – you can read more about the lists here.
I’m (still) thinking a bit more about software licenses (previously). In order to learn more, I read Open (Source) for Business: A Practical Guide to Open Source Software Licensing by Heather Meeker, which was pretty close to the more thorough explanation of key concepts that I was looking for. (Tired disclosure before we get into it: I’m not a lawyer and am generally pretty new to the world of…
About five years ago I started thinking about passphrases and the word lists used to generate them. At first, I just built tools to audit, and later create, word lists rather than actually create word lists myself. In 2020, I finally started working on making lists.
As you may know, there is a method for using dice to create strong passphrases. If users have 6-sided dice, this means the wordlists used in conjunction with this method usually must be 7,776-words long. This means that each additional word chosen gives the resulting passphrase 12.925 bits of entropy.
I recently learned about Cyber, a very new scripting language written in Zig. Intrigued, I decided to try to write a tic-tac-toe game with it.