I started using Firefox Send recently, I have been really impressed with the simplicity and easy of use. I haven’t tried it, but it is open source and possible to self-host if you so chose. But for the time being it remains free, and you can share up to a generous 2.5 GB if you log in with a Firefox account so I see no reason to put in the effort yet.
That being said, Sharedrop seems to be a different use case, only sharing file between folks on the same network. I applaud the effort, I will certainly like to try this out soon!
I tried uploading the archive to iCloud, but the server rejected it as too large. None of my other cloud storage accounts had enough free space.
Paying for extra space seemed overkill, given that this was literally a one-time P2P file transfer. I really should just be able to send a file to another IP address without having to pay for storage somewhere.
Very much related to the sister comment that recommended resilio sync, I usually tell people to install the free (but equally good) synthing when I want to transfer very large files in private. I have it running anyways, and it's not too big of a hassle to install for them. It has the added benefit that you can abort and resume the transfer at any point, which is especially useful if you're transferring from some noisy machine that you want to turn off during the night.
Great question! I considered it, but I wasn't able to find a clear answer whether it was secure or not. If somebody had access to the tracker backend or were inspecting the DHT traffic, would they be able to download the files without the original .torrent file?
(Most of the BitTorrent docs assume you're intending to distribute the files publicly.)
Not that the data was really worth protecting — it was just GoPro videos from a recent ski trip. But still, I didn't want to share my (unedited) home movies publicly.
Well, you could use a private tracker/one that doesn't dump it's torrent-list publicly, and mark the torrent file itself as private, so your client won't share it on the DHT. Also, encrypting is orthogonal.