Pi Hole Dns
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Pi Hole Dns
From Wikipedia, the free encyclopedia
Network level ad- and tracker-blocking app
Screenshot of the AdminLTE web interface for Pi-hole
v5.13
/ October 10, 2022 ; 1 day ago ( 2022-10-10 )
^ Jump up to: a b "Pi-hole®: A black hole for Internet advertisements" . Pi-hole®: A black hole for Internet advertisements . Retrieved 2018-04-15 .
^ Jump up to: a b "Pi-hole is a black hole for internet ads #piday #raspberrypi @Raspberry_Pi" . Adafruit Industries - Makers, hackers, artists, designers and engineers! . 2016-03-04 . Retrieved 2018-05-06 .
^ Jump up to: a b "Turn A Raspberry Pi Into An Ad Blocker With A Single Command" . Lifehacker Australia . 2015-02-17 . Retrieved 2018-05-06 .
^ Leathern, Rob (2015-12-23). "Block Ads on All Home Devices for $53.18" . Rob Leathern . Retrieved 2018-05-06 .
^ "Adblock Everywhere: The Raspberry Pi-Hole Way" . MakeUseOf . Retrieved 2018-05-06 .
^ Jump up to: a b "pi-hole/pi-hole" . GitHub . Retrieved 2018-04-15 .
^ "Pi-hole hardware kit" . Pi-hole hardware kit . 2018-05-07 . Retrieved 2018-05-08 .
^ "Pi-Hole in the cloud · Cody Bunch" . blog.codybunch.com . Retrieved 2018-05-06 .
^ Jump up to: a b c d "Seven Things You May Not Know About Pi-hole" . Pi-hole®: A black hole for Internet advertisements . 2017-05-12 . Retrieved 2018-05-06 .
^ "AdBlocking with Pi-Hole and Ubuntu 14.04 on VirtualBox" . hbalagtas.blogspot.co.uk . Retrieved 2018-05-06 .
^ Jump up to: a b "Ad-Blocking on Apple iOS9: Valuing End User Experiences - Catchpoint Blog" . Catchpoint's Blog - Web Performance Monitoring . 2015-09-14 . Retrieved 2018-05-06 .
^ "Running a Network-wide Ad-blocker, and a Whole Lot More" . CryptoAUSTRALIA Blog . 2017-11-02 . Retrieved 2018-05-06 .
^ "Block Millions Of Ads Network-wide With A Raspberry Pi-hole 2.0" . Jacob Salmela . 2015-06-16 . Retrieved 2018-04-15 .
^ "Pi-hole: A Raspberry Pi Ad-Blocker with DNS Caching (Ultra-fast)" . Jacob Salmela . 2014-06-11 . Retrieved 2018-05-06 .
^ Jump up to: a b "pi-hole/pi-hole; Contributors" . GitHub . Retrieved 2018-05-06 .
^ Jeffries, Adrianne (2018-05-10). "Inside the Brotherhood of the Ad Blockers" . Bloomberg.
^ telekrmor (2018-02-22). "FTLDNS: Pi-hole's Own DNS/DHCP server" . Pi-hole®: A black hole for Internet advertisements . Retrieved 2019-11-10 .
^ "pi-hole/pi-hole; The Origin Of Pi-hole" . GitHub . Retrieved 2018-04-15 .
^ "How does Pi-hole work?" . Pi-hole Userspace . Retrieved 2018-05-06 .
^ "Overview - Pi-hole documentation" . docs.pi-hole.net . Retrieved 2019-08-11 .
^ "What Really Happens On Your Network? Find Out With Pi-hole" . Pi-hole®: A black hole for Internet advertisements . 2017-02-22 . Retrieved 2018-05-06 .
^ "Configuring DNS-Over-HTTPS on Pi-hole - Pi-hole documentation" . docs.pi-hole.net . Retrieved 2020-11-01 .
^ "Enjoy The Rio Olympics Ad-free With Pi-hole" . Pi-hole®: A black hole for Internet advertisements . 2016-08-11 . Retrieved 2018-05-06 .
Pi-hole is a Linux network-level advertisement and Internet tracker blocking application [2] [3] [4] [5] which acts as a DNS sinkhole [6] and optionally a DHCP server , intended for use on a private network . [1] It is designed for low-power embedded devices with network capability, such as the Raspberry Pi , [3] [7] but can be installed on almost any Linux machine. [6] [8] [9] [10]
Pi-hole has the ability to block traditional website advertisements as well as advertisements in unconventional places, such as smart TVs and mobile operating system advertisements. [11] [12]
The Pi-hole project was created by Jacob Salmela as an open source alternative to AdTrap [13] [14] in 2014 [15] and was hosted on GitHub. [16] Since then, several contributors have joined the project. [15]
Pi-hole makes use of a modified dnsmasq called FTLDNS, [17] cURL , lighttpd , PHP and the AdminLTE Dashboard [18] to block DNS requests for known tracking and advertising domains. The application acts as a DNS server for a private network (replacing any pre-existing DNS server provided by another device or the ISP ), with the ability to block advertisements and tracking domains for users' devices. [2] It obtains lists of advertisement and tracking domains from a configurable list of predefined sources, and compares DNS queries against them. If a match is found within any of the lists, or a locally-configured blacklist, Pi-hole will refuse to resolve the requested domain and respond to the requesting device with a dummy address. [19]
Because Pi-hole blocks domains at the network level, it is able to block advertisements, such as banner advertisements on a webpage, but it can also block advertisements in unconventional locations, such as on Android , iOS and smart TVs . [9] [11]
Using VPN services, Pi-Hole can block domains without using a DNS filter setup in a router. Any device that supports VPN can use Pi-Hole on a cellular network or a home network without having a DNS server configured. [20]
The nature of Pi-hole allows it to also block website domains in general by manually adding the domain name to a blacklist. Likewise, domains can be manually added to a whitelist should a website's function be impaired by domains being blocked. Pi-hole can also function as a network monitoring tool, [21] which can aid in troubleshooting DNS requests and network faults. [9] Pi-hole can also be used to encourage the use of DNS over HTTPS for devices using it as a DNS server with the cloudflared binary provided by Cloudflare . [22]
Pi-hole functions similarly to a network firewall , meaning that advertisements and tracking domains are blocked for all devices behind it, whereas traditional advertisement blockers only run in a user's browser, and remove advertisements only on the same machine. [9] [23]
June 15, 2015 ; 7 years ago ( 2015-06-15 )
Bash , C (optional DNS server FTLDNS), PHP , CSS (optional web console)
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How to use Pi-Hole DNS Server on TP-Link routers
Updated 07-27-2022 03:31:56 AM
60514
Archer C1200 , Archer C5400 , Deco X20 , Archer C4 , Archer C5 , Deco M1300 , Archer AX10 , Archer C2 , Deco HC4 , Archer AX96 , Deco X25 , Archer C5v , Archer C6U , Deco X4300 Pro , Archer C80 , Deco W6000 , Archer AXE95 , Archer C8 , Archer AX10000 , Archer C9 , Archer C6 , Archer C7 , Archer AX90 , Deco X3600 , Archer C5400X , Archer A20 , Archer C60 , Archer A1200 , Archer C64 , Archer AX73 (EU) , Deco W7200 , Deco P9 , Deco P7 , Deco X20-DSL , Archer C59 , Archer C58 , Archer AX4200 , Archer C3200 , Archer A2 , Archer AX75 , Archer AX73 , Deco X20-4G , Archer A10 , Archer C50 , Archer C55 , Archer C54 , Deco S7 , Deco X76 Plus , Deco S4 , Archer AXE75 , Archer A6 , Archer A7 , Archer AX72 , Archer A5 , Deco X90 , Archer A8 , Archer A9 , Deco W2400 , Archer AX68 , Archer AX5300 , Deco X96 , Archer C4000 , Deco XE75 Pro , Deco M9 Plus , Archer AXE300 , Archer AX1500 , Archer AX60 , Archer AX73 (RU) , Deco M3W , Archer AX3000 , Deco W3600 , Archer A2600 , Archer AX55 , Archer C5200 , Archer AX53 , Deco X68 , Archer AX51 , Archer C50 V3.0 , Archer C5 V4 , Archer A2200 , Deco X5700 , Deco XE5300 , Archer C3150 , Archer AX50 , Archer C20 V4 , Deco M5 , Deco M4 , Deco XE75 , Deco M3 , Archer AX6000 , Archer C25 , Deco X75 , Archer C24 , DecoX5700 , Deco X50-4G , Archer A64 , Archer C2 V1 , Archer AX10/A , Archer C2600 , Archer C21 , Archer C20 , Archer C2 V3 , Archer A10 Pro , Archer AX1800 , Deco Voice X20 , Deco X73-DSL , Archer AX206 , Deco 5G , Deco M5 Plus , Archer C900 , Archer AX4400 , Archer C3000 , Archer C50 , Archer A54 , Archer AX4800 , Archer C1900 , Archer A2300 , Archer C20i , Archer A2600 Pro , Archer C5 v4.0 , Archer AXE200 Omni , Archer GX90 , Archer C5 Pro , Archer C2300 , Deco X50 , Archer C1210 , Archer AX23 , Archer AX3000 Pro , Archer AX20 , Deco X55 , Archer C3150 V2 , Deco E4 , Archer AX21 , Deco E3 , Archer A3000 , Archer C2700 , Deco X80-5G , Archer C7i , Archer C90 , Archer AX11000 , Deco AC1200 , Archer AX3200 , Deco X60
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If you want to use the Pi-Hole DNS on the TP-Link router to block ads on your devices, please refer to the instructions below.
Situation 1: Set up Pi-Hole DNS on the wireless router.
Here we take Archer A7 as an example.
Situation 2: Set up Pi-Hole DNS on Deco.
Before configuration:
1. Have the latest Deco app installed on your mobile phone.
2. Make sure the mobile phone is connected to Deco's Wi-Fi network.
3. Close the Deco App if it is already running in the background.
4. Re-launch the Deco App.
NOTE: Only when your mobile phone is connected to Deco's Wi-Fi network and your account is the owner's account, you can change its DNS settings through the Deco app. Force the Deco app to close in the background and re-launch it aims to clear the app cache.
Here we take Deco M5 as an example.
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FTLDNS: Pi-hole’s Own DNS/DHCP server
telekrmor
2018-02-22
Updates
14
The daemon itself will behave exactly as dnsmasq with the addition of having threads orbiting it that provide the known FTL statistics on a dedicated Unix socket as well as on a Telnet-like interface. Furthermore, we add some minor speed improvements to enhance the user’s experience on low-performance devices when using huge blocking lists.
We keep our changes inside the code base of dnsmasq to the functional minimum to be able to easily upgrade to any future dnsmasq releases.
Note: this also means that we are not looking into making big changes to the resolver (like implementing regular expressions support). Although this seems advantageous at first sight, it will make upgrading dnsmasq later on almost impossible as these customizations would have to be reimplemented and carefully tested each time. Also, changing parts of the resolver’s source code could introduce new bugs to a code base that is extensively tested. We clearly want to avoid that! Stability and speed are the two drivers for the development of FTL DNS.
FTL DNS ( FTL v4.0 ), with its integrated resolver is beneficial in many ways
$ USD $ AUD $ CAD € EUR ₹ INR ¥ JPY £ GBP
In a sentence, FTLDNS™ is dnsmasq blended with Pi-hole’s special sauce. We bring the two pieces of software closer together while maintaining maximum compatibility with any updates Simon adds to dnsmasq .
We have used dnsmasq as our DNS/DHCP server since Pi-hole began. However, as the project has grown and evolved, we reached a point where we started looking into providing our own powerful resolver for a few reasons:
All these problems lead us to the idea of actually integrating a DNS resolver directly into FTL. The obviou
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