Setting min-release-age=7 in .npmrc (needs npm 11.10+) would have protected the 334 unlucky people who downloaded the malicious @bitwarden/cli 2026.4.0, published ~19+ hours ago (see https://www.npmjs.com/package/@bitwarden/cli?activeTab=versi... and select "show deprecated versions").
Same story for the malicious axios (@1.14.1 and @0.30.4, removed within ~3h), ua-parser-js (hours), and node-ipc (days). Wouldn't have helped with event-stream (sat for 2+ months), but you can't win them all.
Some examples (hat tip to https://news.ycombinator.com/item?id=47513932):
~/.npmrc
min-release-age=7 # days
~/Library/Preferences/pnpm/rc
minimum-release-age=10080 # minutes
~/.bunfig.toml
[install]
minimumReleaseAge = 604800 # seconds
# not related to npm, but while at it...
~/.config/uv/uv.toml
exclude-newer = "7 days"
EDIT: looks like someone else had a similar idea: https://cooldowns.dev
This was supposedly discovered by "Socket researchers", and the product they're selling is proactive scanning to detect/block malicious packages, so I'd assume this would've been discovered even if no regular users had updated.
But I'd claim even for malware that's only discovered due to normal users updating, it'd generally be better to reduce the number of people affected with a slow roll-out (which should happen somewhat naturally if everyone sets, or doesn't set, their cool-down based on their own risk tolerance/threat model) rather than everyone jumping onto the malicious package at once and having way more people compromised than was necessary for discovery of the malware.
Ir seems like if you were at all likely to be giving dependencies the extra scrutiny that discovers a problem, you’d probably know it? Most of the people who upgraded didn’t help, they just got owned.
A cooldown gives anyone who does investigate more time to do their work.
Also, check out the VW Diesel scandal.
Most of these attacks don't make it into the upstream source, so solutions[1] that build from source get you ~98% of the way there. If you can't get a from-source build vs. pulling directly from the registries, can reduce risk somewhat with a cooldown period.
For the long tail of stuff that makes it into GitHub, you need to do some combination of heuristics on the commits/maintainers and AI-driven analysis of the code change itself. Typically run that and then flag for human review.
[1] Here's the only one I know that builds everything from source: https://www.chainguard.dev/libraries
(Disclaimer: I work there.)
With pnpm, you can also use trustPolicy: no-downgrade, which prevents installing packages whose trust level has decreased since older releases (e.g. if a release was published with the npm cli after a previous release was published with the github OIDC flow).
Another one is to not run post-install scripts (which is the default with pnpm and configurable with npm).
These would catch most of the compromised packages, as most of them are published outside of the normal release workflow with stolen credentials, and are run from post-install scripts
By contrast, a client-side cooldown doesn't require very much ecosystem or index coordination.
There's risk there of a monoculture categorically missing some threats if everyone is using the same scanners. But I still think that approach is basically pro-social even if it involves a "cooldown".
Exceptions to quarantine rules just invites attackers to mark malicious updates as security patches.
If every kind of breakage, including security bugs, results in a 2-3 hour wait to ship the fix, maybe that would teach folks to be more careful with their release process. Public software releases really should not be a thing to automate away; there needs to be a human pushing the button, ideally attested with a hardware security key.
I know it's far from watertight (and it's useless if you're working with bitwarden itself), but I hope it blocks the low hanging fruit sort of attacks.
Avoid software that tries to manage its own native (external, outside the language ecosystem) dependencies or otherwise needs pre/post-install hooks to build.
If you do packaging work, try to build packages from source code fetched directly from source control rather than relying on release tarballs or other published release artifacts. These attacks are often more effective at hiding in release tarballs, NPM releases, Docker images, etc., than they are at hiding in Git history.
Learn how your tools actually build. Build your own containers.
Learn how your tools actually run. Write your own CI templates.
My team at work doesn't have super extreme or perfect security practices, but we try to be reasonably responsible. Just doing the things I outlined above has spared me from multiple supply chain attacks against tools that I use in the past few weeks.
Platform, DevEx, and AppSec teams are all positioned well to help with stuff like this so that it doesn't all fall on individual developers. They can:
- write and distribute CI templates
- run caches, proxies, and artifact repositories which might create room to
- pull through packages on a delay
- run automated scans on updates and flag packages for risks?
- maybe block other package sources to help prevent devs from shooting themselves in the foot with misconfiguration
- set up shared infrastructure for CI runners that
- use such caches/repos/proxies by default
- sandbox the network for build$
- help replace or containerize or sandbox builds that currently only run on bare metal on some aging Jenkins box on bare metal
- provide docs
- on build sandboxing tools/standards/guidelines
- on build guidelines surrounding build tools and their behaviours (e.g., npm ci vs npm install, package version locking and pinning standards)
- promote packaging tools for development environments and artifact builds, e.g.,
- promote deterministic tools like Nix
- run build servers that push to internal artifact caches to address trust assumptions in community software distributions
- figure out when/whether/how to delegate to vendors who do these things
An alternative hypothesis: what if 7-day cooldowns incentivize security scanners, researchers, and downstream packagers to race to uncover problems within an 7-day window after each release?
Without some actual evidence, I'm not sure which of these is correct, but I'm pretty sure it's not productive to state either one of these as an accepted fact.
Many companies exist now whose main product is supply chain vetting and scanning (this article is from one such company). They are usually the ones writing up and sharing articles like this - so the community would more than likely hear about it even if nobody was actually using the package yet.
> This plan works by letting software supply chain companies find security issues in new releases. Many security companies have automated scanners for popular and less popular libraries, with manual triggers for those libraries which are not in the top N.
But PSA: If something is critical to the business and you’re using npm, pin your dependencies. I’ve had this debate with other devs throughout the years and they usually point to the lockfile as assurance, but version ranges with a ^ mean that when the lockfile gets updated, you can pull in newer versions you didn’t explicitly choose.
If what you're building can put your company out of business it's worth the hassle.
You're still pulling a lot of dependencies. At least they're pinned though.
Takes what, maybe 15 seconds to compile on a high-core machine from scratch? Isn't the end of the world.
Worse is the scope to have to review all those things, if you'd like to use it for your main passwords, that'd be my biggest worry. Luckily most are well established already as far as I can tell.
Chance of someone auditing all of them is virtually zero, and in practice no one audits anything, so you are still effectively blindly trusting that none of those 326 got compromised.
Cargo is modeled after NPM. It works more or less identically, and makes adding thousands of transient dependencies effortless, just like NPM.
Rust's stdlib is pretty anemic. It's significantly smaller than node's.
These are decisions made by the bodies governing Rust. It has predictable results.
Ultimately in any language you get the sort of experience you build for yourself with the environment you setup, it is possible in most languages to be more conservative and minimal even if the ecosystem at large is not, but it does require more care and time.
Frustratingly, they're not by default though; you need to explicitly use `--locked` (or `--frozen`, which is an alias for `--locked --offline`) to avoid implicit updates. I've seen multiple teams not realize this and get confused about CI failures from it.
The implicit update surface is somewhat limited by the fact that versions in Cargo.toml implicitly assume the `^` operator on versions that don't specify a different operator, so "1.2.3" means "1.2.x, where x >= 3". For reasons that have never been clear to me, people also seem to really like not putting the patch version in though and just putting stuff like "1.2", meaning that anything other than a major version bump will get pulled in.
Not quite: "1.2.3" = "^1.2.3" = ">=1.2.3, <2.0.0" in Cargo [0], and "1.2" = "^1.2.0" = ">=1.2.0, <2.0.0", so you get the "1.x.x" behavior either way. If you actually want the "1.2.x" behavior (e.g., I've sometimes used that behavior for gmp-mpfr-sys), you should write "~1.2.3" = ">=1.2.3, <1.3.0".
[0] https://doc.rust-lang.org/cargo/reference/specifying-depende...
No wonder...
The problem is that you also want to update deps.
Or, conversely, encourage programming languages to increase the number of features in their standard libraries.
It's hard for me to take seriously any suggestion that .NET is a model for how ecosystems should approach dependency management based on that, but I guess having an abysmal experience when there are dependencies is one way to avoid risks. (I would imagine it's probably not this bad on Windows, or else nobody would use it, but at least personally I have no interest in developing on a stack that I can't expect to work reliably out of the box Linux)
I promptly removed the bw cli programme after that, and I definitely won't be installing it again.
I use ghostty if it matters.
I found the default bwcli clunky and unacceptable, and it's why I don't use it, even though I still have a BitWarden subscription.
I can't think of a plausible explanation for how bw is at fault for its terminal output ending up, across a ssh session and tmux invocation, in the chat history of weechat. Even if bw auto-copied its output to the clipboard (which as far as I could tell by glancing at the cli options, it doesn't and can't), and the clipboard is auto-copied to remote hosts, clipboard contents shouldn't appear in an irc client's history without explicit hacking to do that.
The claim is just noise, particularly because it doesn't seem to have ever been investigated.
It seems prudent, if someone wants to use a cli, to use rbw rather than bw, or even just pass or keypassxc-cli (and self-managed cloud backup or syncing). However, that's based on bw being a javascript mess, not based on the unlikely event of bw injecting its output through ssh into irc clients.
The full strength of the SOP applies by default. CORS is an insecurity feature that relaxes the SOP. Unless you need to relax the SOP, you shouldn't be enabling CORS, meaning you shouldn't be sending an Access-Control-Allow-Origin header at all.
If your front-end at www.example.com makes calls to api.example.com, then it's simple enough to just add www.example.com to CORS.
> no synchronized password manager is safe
Care to elaborate? I'd agree that the security/availability tradeoff is different, but "not safe" is as nonsensical a blanket statement as "all/only offline/paper-based/... password managers are safe".
There is a time and place for where it makes sense and a password manager CLI written in TypeScript importing hundreds of third-party packages is a direct red flag. It is a frequent occurrence.
We have seen it happen with Axios which is one of the biggest supply chain attacks on the Javascript / Typescript ecosystem and it makes no sense to build sensitive tools with that.
But how else are you going to check if a number is even or odd? Remember, the ONLY design goal is not repeating yourself (or in fact anything anyone has ever thought of implementing).
They probably caused it themselves, somehow, and then blamed bitwarden. Note in the original comment they aren't even entirely sure what the command was, and they weren't familiar with it or they wouldn't have been surprised by its output... so how can they be sure what else they did between that command and the weechat thing?
If the terminal or tmux fed terminal history into weechat, that's also not bw's problem.
I know this because I had the same surprised reaction
Quite bizarre to think much much of my well-being depends on those secrets staying secret.
If you're used to the clunkier workflow of copy-pasting from a separate app, then it's much easier to absent-mindedly repeat it for a not-quite-right url.
I have 1Password configured to require password to unlock once per 24 hours. Rest of the time I have it running in the background or unlock it with TouchID (on the MacBook Pro) or FaceID (on the iPhone).
It also helps that I don’t really sign into a ton of services all the time. Mostly I log into HN, and GitHub, and a couple of others. A lot of my usage of 1Password is also centered around other kinds of passwords, like passwords that I use to protect some SSH keys, and passwords for the disk encryption of external hard drives, etc.
Also a great way of missing out on one of the best protections of password managers; completely eliminating phishing even without requiring thinking. And yes, still requires you to avoid manually copy-pasting without thinking when it doesn't work, but so much better than the current approach you're taking, which basically offers 0 protection against phishing.
Rouge browser extensions for example could redirect you away from the bank website (if the bank website has poor security) when you go there, so even if you use the URL from the password manager, if you don't use the autofill feature, you can still get phished. And if the autofill doesn't show, and you mindlessly copy-paste, you'd still get phished. It's really the autofill that protects you here, not the URL in the password manager.
Concretely, I think for redirect browser extension users I'd use "webRequest" permission, while for in page access you'd need a content-script for specific pages, so in practice they differ in what the extension gets access to.
Likewise I have links in the bookmarks bar on desktop.
I use these links to navigate to the main sites I use. And log in from there.
I don’t really need to think that way either.
But I agree that eliminating the possibility all-together is a nice benefit of using the browser integration, that I am missing out on by not using it.
It's better, but calling it so much better [that it's unreasonable to forgo the browser extension] is a bit silly to me.
1. Go to website login page
2. trigger the global shortcut that will invoke your password manager
3. Your password manager will appear with the correct entry usually preselected, if not type 3 letters of the site's name.
4. Press enter to perform the auto type sequence.
There, an entire class of exploits entirely avoided. No more injecting third party JS in all pages. No more keeping an listening socket in your password manager, ready to give away all your secrets.
The tradeoff? You now have to manually press ctrl+shift+space or whatever instead when you need to log in.
When you use autofill, the native application will prompt to disclose credentials to the extension. At that point, only those credentials go over the wire. Others remain inaccessible to the extension.
~/.npmrc:
min-release-age=7 (npm 11.10+)
~/Library/Preferences/pnpm/rc:
minimum-release-age=10080 (minutes)
~/.bunfig.toml
[install]:
minimumReleaseAge = 604800 (seconds)
(plug: released a small CLI to auto-configure these — https://depsguard.com — I tried to find something that will help non developers quickly apply recommended settings, and couldn't find one)
We need to either screen everybody or cut of countries like North Korea and Iran from the Internet.
My two most precious digital possessions - my email and my Bitwarden account - are protected by a Yubikey that's always on my person (and another in another geographical location). I highly recommend such a setup, and it's not that much effort (I just keep my Yubikey with my house keys)
I got a bit scared reading the title, but I'm doing all I can to be reasonably secure without devolving into paranoia.
Maybe the web vault, but then we do not know when it's compromised (that's the whole idea); so we trust them not to've made a mess...
tl;dr
(disclaimer: I maintain the 2nd one, if I knew of the first, I wouldn't have released it, just didn't find something at that time, they do pretty much the same thing, mine in a bit of an overkill by using rust...)
That password cannot be cracked because it will always display as ** for anyone else.
My password is *****. See? It shows as asterisks so it's totally safe to share. Try it!
... Scnr •́ ‿ , •̀
Once the compromise point is preinstall, the usual "inspect after install" mindset breaks down. By then the payload has already had a chance to run.
That gets more interesting with agents / CI / ephemeral sandboxes, because short exposure windows are still enough when installs happen automatically and repeatedly.
Another thing I think is worth paying attention to: this payload did not just target secrets, it also targeted AI tooling config, and there is a real possibility that shell-profile tampering becomes a way to poison what the next coding assistant reads into context.
I work on AgentSH (https://www.agentsh.org), and we wrote up a longer take on that angle here:
And besides, you could always pull the package and inspect before running install, which unless you really know the installer and understand/know guarantees deeply (e.g., whether it’s possible for an install to deploy files outside of node_modules) it’s insane to even vaguely trust it to pull and unpack potentially malicious code.
So bold and so cowards at the same time...
Is this a serious question?
It's highly unlikely that the people behind an attack like this would come out (non-anonimously) and take credit. And it's unlikely they'll be caught. So does it matter to most peoplee if it's Russians, Americans, Iranians, North Koreans, or some other country?
If you're a 3-letter agency, you'd want to know and potentially arrest them, but as a random guy on the internet, or even a maintainer, I really don't think it matters.
Why would you steal the key when you're already in the house ?
And for the high profile, like some Iranian scientist who has the code to something important, they wouldn't use things like bitwarden.
I really see no use case when the nsa would need access to your bitwarden vault.
Not really, we already know that NSA attempts shit like this all the time, if that came out, it'd be the same as the Snowden leaks meaning, a bunch of nerds going "Huh, who could have predicted this?". I don't see the point in it being Russia, China or the US, I'd like it as much if the US did it as Russia, so that's why I asked why it matters.
for threat intel people, a lot.
obvious misdirection, but it does serve to make it very obvious it was a state actor.
Lol no, lots of groups do this, non-state ones too.
I've managed to avoid several security breaches in last 5 years alone by using KeePass locally on my own infra.
Bitwarden vaults were not compromised, there was a problem in a tool you used to access the secrets.
What makes it impossible for KeePass access tools to have these issues?
I'd say since it is a local only tool, you don't really need to update it constantly provided you are a sane person that don't use a browser extension. It makes it easier to audit and yourself less at risk of having your tool compromised.
It doesn't have to be keypass though, it can be any local password management tool like pass[1] or its guis or simply a local encrypted file.
the superiority of keepass users scares away the bad actors
In any case, the fact that the official BitWarden client (which uses Electron btw) and even the CLI is written in Javascript/Typescript - should tell you everything you need to know about their coding expertise and security posture.
By the way, syncthing can manage conflicts by keeping one copy of the file with a specific name and date. You can also decide is one host is the source of truth.
Plus, now you're responsible for everything. Backups, auditing etc.
To date there have been zero instances when I needed to significantly change a password/service/login/credential solely from my phone and I was unable to access my laptop.
Additionally the file gets synchronized to a workstation that sits in my home office accessible by personal VPN, where it can be accessed in a shell session with the keepass CLI: https://tracker.debian.org/pkg/kpcli
You can use an extremely wide variety of your own choice of secure methods for how to get the file from the primary workstation (desktop/laptop) to your phone.
Password habits for many people are now decades-old, and very difficult to break.
So gradually I don't feel I need syncing that much any more and switched to Keepass. I made my mind that I'll only change the database from my computer and rclone push that to any cloud I like (I'm using Koofr for that since it's friendly to rclone) then in any other devices I'll just rclone pull them after that when needed. If I change something in other devices (like phones), I'll just note locally there and change the database later.
But ofc if someone needs to change their data/password frequently then Bitwarden is clearly the better choice.
https://cyberpress.org/hackers-exploit-keepass-password-mana...
This wasn't a case where KeePass was compromised in any way, as far as I can tell. This appears to be a basic case of a threat actor distributing a trojanized version via malicious ads. If users made sure they are getting the correct version, they were never in danger. That's not to say that a supply chain attack couldn't affect KeePass, but this article doesn't say that it has.
Long term keepass users aren't going to be affected. If you mention software to others make sure you send them a link to a known safe download location instead of having them search for one (as new users searching like that are more at risk of stumbling on a malicious copy of the official site hosting a hacked version).
It's only a matter of time until _they_ are also popped :(.
> The beacon established command and control over HTTPS
I wrote my own password generator - it's stateless, which has the advantage that I never have to back up or sync any data between devices. It just lets you enter a very long, secure master password, service name and a username then runs an scrypt hash on this with good enough parameters to make brute-force attacks unfeasible.
For anything important, I also use 2FA.
Keep the password manager as a separate desktop app and turn off auto update.
The original pass is just a single shell script. It's short, pretty easy to read and likely in part because it's so simple, it's also very stable. The only real dependencies are bash, gnupg and optionally git (history/replication). These are most likely already on your machine and whatever channel you're getting them from (ex: distribution package manager) should be much more resilient to supply chain vulnerabilities.
It can also be used with a pgp smartcard (in my case a Yubikey) so all encryption/decryption happens on the smartcard. Every attempt to decrypt a credential requires a physical button press of the yubikey, making it pretty obvious if some malware is trying to dump the contents of the password store.
I wrote a version in Python and then rust back before the official CLI was released. Now you can use https://github.com/doy/rbw instead, much better maintained (since I don't use Bitwarden anymore).
The practical differences to me:
* 1P is aimed at non-tech users more than Bitwarden.
* 1P lets you easily store things other than just passwords (serial #'s, license info, SSN's, etc) You can in Bitwarden, but it's a little annoying.
* 1P lets you store SSH keys(by effectively being an ssh-agent): https://developer.1password.com/docs/ssh/
Security wise, they are equivalent enough to not matter.
We recently adopted it at work, and I find the thing to just produce garbage. I've never tuned out noise so quickly.
you have to appreciate the irony of a thing that's supposed to help protect you from vulnerabilities being one.
That thing is expensive as he'll and used by lots of huge corps. I know at least one very large one in Mexico ... where the IT team is pretty useless.
So, I dont doubt the possibility that in the short future we will hear about more hacks.
Edit: The CLI itself apparently does not, which will have limited the damage a bit, but if it's installed as a snap, it might. Incidents like this should hopefully cause a rollback of this dumb system of forcefully and frequently updating people's software without explicit consent.
Also the time range provided in https://community.bitwarden.com/t/bitwarden-statement-on-che... can help with knowing if you were at risk. I only used the CLI once in the morning yesterday (ET), so I might not have been affected?
Assuming you had it already installed, you would be safe.
https://github.com/raycast/extensions/blob/6765a533f40ad20cc...
> Bitwarden’s Chrome extension, MCP server, and other legitimate distributions have not been affected yet.
It is mind boggling how an app that just lists a bunch of items can be so bloated.
The irony! The security "solution" is so often the weak link.
Meanwhile, Bitwarden themselves state that end users were almost never affected: https://community.bitwarden.com/t/bitwarden-statement-on-che...
You had to install the CLI through NPM at a very short time frame for it to be affected. If you did get infected, you have to assume all secrets on your computer were accessed and that any executable file you had write access to may be backdoored.
It is:
- open source
- accountless(keys are identity)
- using a public git backend making it easily auditable
- easy to self host, meaning you can easily deploy it internally
- multisig, meaning event if GitHub account is breached, malevolent artifacts can be detected
- validating a download transparantly to the user, which only requires the download url, contrary to sigstore
I lean toward cooldown by default, and bypass it when an actual reachable exploitable ZeroDay CVE is released.
Also didn't Microsoft (the owner of GitHub) got access to Claude Mythos in order to "seCuRe cRitiCal SoftWaRe InfRasTructUre FoR teh AI eRa"? Hows securing GitHub Action going for them?
Praying to the security gods.
It seems like we've have non-stop supply chain attacks for months now?
If you see any package that has hundreds of libraries, that increases the risk of a supply chain attack.
A password manager does not need a CLI tool.
A password manager absolutely does need a CLI tool??
Why not? Even macos keychain supports cli.
I don't think macOS Keychain uses NPM and it isn't in TypeScript or Javascript and, yes it does not need a CLI either.
The NPM and Java/Typescript ecosystem is part of the problem that encourages developers to import hundreds of third-party libraries, due to its weak standard library which it takes at least ONE transitive dependency to be compromised and it is game over.
You still have not said why this is an issue of having a CLI.
I complained about both. What does this say from the start?
>> Once again, it is in the NPM ecosystem.
> You still have not said why this is an issue of having a CLI.
Why do you need one? Automation reasons? OpenClaw? This is an attractive way for an attacker to get ALL your passwords in your vault. The breach itself if run in GitHub Actions would just make it a coveted target to compromise it which makes having one worse not better and for easier exfiltration.
So it makes even more sense for a password manager to not need a CLI at all. This is even before me mentioning the NPM and the Javascript ecosystem.
I need one because I am not always using a graphical interface. What exactly in a GUI do you think makes it harder/less attractive for an attacker?
If the GUI code is compromised in the same way as the CLI, it'll have the same level of access to your vault as soon as you enter your master password, exactly the same as in the CLI.
JS is a target of these dumb accusations because it's literally the best cross-platform way to ship apps. Stop inventing issues where there are none.
Not to mention that a graphical application is just as vulnerable to supply chain attacks.
That's a wild statement. The CLI is just another UI.
The problem in this case is JS and the NPM ecosystem. Go would be an improvement, but complexity is the enemy of security. Something like (pass)age is my preference for storing sensitive data.
I've also been preferring to roll things on my own in my side projects rather than pulling a package. I'll still use big, standalone libraries, but no more third-party shims over an API, I'll just vibe code the shim myself. If I'm going to be using vibe code either way, better it be mine than someone else's.
Aside from passwords, I store passkeys, secure notes, and MFA tokens.