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www.trickster.dev | ||
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stafwag.github.io
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| | | | | ** Installing and configuring an encrypted dns server is straightforward, there is no reason to use an unencrypted dns service. ** DNS is not secure or private DNS traffic is insecure and runs over UDP port 53 (TCP for zone transfers ) unecrypted by default. This make your unencrypted DNS traffic a privacy risk and a security risk: anyone that is able to sniff your network traffic can collect a lot information from your leaking DNS traffic. with a DNS spoofing attack an attacker can trick you let go to malicious website or try to intercept your email traffic. Encrypt your dns traffic Encrypting your network traffic is always a good idea for privacy and security reasons - ** we encrypt, because we can! ** - . More information about dns privacy can be found at https://dnsprivacy.org/ On this site you'll find also the DNS Privacy Daemon - Stubby that let's you send your DNS request over TLS to an alternative DNS provider. You should use a DNS provider that you trust and has a no logging policy. quad9, cloudflare and google dns are well-known alternative dns providers. At https://dnsprivacy.org/wiki/display/DP/DNS+Privacy+Test+Servers you can find a few other options. You'll find my journey to setup Stubby on a few operation systems I use (or I'm force to use) below ... GNU/Linux | |
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greg.molnar.io
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| | | | | In this tutorial, I will show you how to use MRSK to deploy a Rails app to a VPS, run Caddy in front of the docker container to handle SSL, use a hosted database server, run Redis on the same droplet, run a worker to process background jobs | |
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anuragbhatia.com
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johnleach.co.uk
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