Flox is the best thing I know of for articulating binary dependencies (language runtimes, etc.), which is probably the sweet spot for nix anyways at the moment. Flox uses nix for its backend, but has a simple TOML syntax and is properly humble about what it can do -- but killer at it -- as opposed to promising the world. https://flox.dev. - Source: Hacker News / about 1 month ago

Nix and NixOS are in something like the state git was in before GitHub: the fundamental idea is based on more serious computer science than the status quo (SVN, Docker), the plumbing still has some issues but isn’t worse, and the porcelain and docs are just not there for mainstream adoption. I think that might have changed with the release of flox: https://flox.dev, it’s basically seamless (and that’s not... - Source: Hacker News / 4 months ago

Https://app.any.run/ should be enough for most of the cases. If you have packed/encrypted sample (like EMP.dll from Empress), you can't do anything. Source: about 1 year ago

If you open it on https://app.any.run it will show you the outbound connections it makes. If you're responsible for such things, you could then block this on your web proxy/firewall/whatever. Source: about 1 year ago

Hello! Try this https://app.any.run/. Source: over 1 year ago

Does anyone have an account at app.any.run to have more analysis about their file? Source: over 1 year ago

App.any.run was probably the most useful thing in getting to understand how malware works, its basically an sandbox where it shows you all actions, changes, modifications and network connections done by any executable, including any malware, you can begin by analyzing this piece of Redline Stealer. Source: over 1 year ago