security

hosting a Tor onion service

Tor onions are a way to host secure services that protect the anonymity of you and your clients. It also removes load from Tor exit nodes. If you open this page in the Tor browser it will redirect you to the following address: http://kylrthjj7mpvktolz7u6fnudt3hpdvjw4hzquanjpepgsf5vcq5divad.onion/post/tor-onion-service/ which can only be opened from inside the Tor network. getting started permalink To host an onion service, we’ll have a Docker container running Tor that decodes requests and forwards them to another container hosting the service. I’ve got a GitHub repo that will help you build the Tor image and shows you an example docker-compose.yml:
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using GPG to prove you wrote your code

GPG is cool. You can use GPG to send encrypted messages, sign files to prove you generated them, and sign git commits to prove you committed them. You can get my key here. DigitalOcean has a neat guide to getting started with GPG. It explains asymmetric encryption, key generation and revocation, and key signing and maintenance. Git commit authorship can be modified by anyone, as demonstrated by this tool. But by uploading your GPG public key to GitHub, you allow anyone who trusts GitHub to be sure that commits marked “verified” were actually created by you.
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using Matrix

Matrix is a federated, open source chat system. Federation means that people can message each other across different servers, like in the image below. In that way, it works sort of like email: even though you may use you@gmail.com and I might use me@kylrth.com, we can still write each other emails. In our case, I host the server at matrix.kylrth.com, and you and I can connect to it with various clients. We can write each other messages, but we can also communicate with people on other Matrix servers.There are a ton of cool features to Matrix, such as bridging, voice and video calls, and encryption. You can read a more extensive beginner’s guide to Matrix here. Also check out the Matrix website.
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