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hilltopsw.com | ||
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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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themythicalengineer.com
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| | | | | Blog about Software Engineering | |
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willhaley.com
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| | | | | iperf3 is useful for testing the network throughput of your local network. It can help to indicate network bandwidth of individual nodes on your LAN. Do you have one computer that seems perpetually slow? Then iperf3 may be able to confirm this potential issue. A WAN speedtest service like Google's will not necessarily indicate the speed of individual nodes on your LAN. Rather, it is better suited to testing the throughput from your home to the public Internet. | |
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anuragbhatia.com
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