Pi Hole
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I had one and it worked great. Blocked Google ads and other ads. Just point your DNS to it and worked like a charm.
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I had one and it worked great. Blocked Google ads and other ads. Just point your DNS to it and worked like a charm.
You do not have it any longer?
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@reid-cooper said in Pi Hole:
I had one and it worked great. Blocked Google ads and other ads. Just point your DNS to it and worked like a charm.
You do not have it any longer?
No. Some members of my family couldn't tell the difference between ad links and regular links when they were googling. They ended up at the Pi-Hole quite often. I tried to explain it to them, but it was computing for them.
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I implemented it at work about a week ago. Aside from sexy looks, it works like a charm. I plan to implement it at home, and use it as a internal DNS and DHCP server too.
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@reid-cooper said in Pi Hole:
I had one and it worked great. Blocked Google ads and other ads. Just point your DNS to it and worked like a charm.
You do not have it any longer?
No. Some members of my family couldn't tell the difference between ad links and regular links when they were googling. They ended up at the Pi-Hole quite often. I tried to explain it to them, but it was computing for them.
Worked too well for their own good
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ooooh this looks nice!
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@aaronstuder said in Pi Hole:
Anyone using one? Looks sick
I have one of these running at home and love it! It does a much better job of filtering out ads than Sophos ever could. And the ability to whitelist/blacklist so easily is a bonus too. Set it up as a VM, you won't regret it.
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What about installing it on Vultr?
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@aaronstuder said in Pi Hole:
What about installing it on Vultr?
You can install it on any supported Linux system, mine runs in Centos 7 LXD container. It's how you set it up as DNS proxy/server. Although local DNS is always preferred, once your queries are cached, latency is much lower than querying cloud instance.
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@marcinozga said in Pi Hole:
@aaronstuder said in Pi Hole:
What about installing it on Vultr?
You can install it on any supported Linux system, mine runs in Centos 7 LXD container. It's how you set it up as DNS proxy/server. Although local DNS is always preferred, once your queries are cached, latency is much lower than querying cloud instance.
Plus, the Raspberry Pi will pay for itself within a year of Vultr use.
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@aaronstuder said in Pi Hole:
What about installing it on Vultr?
That's perfect IF you want to share it between locations. Locally hosted is better if you want better DNS performance.
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@marcinozga said in Pi Hole:
@aaronstuder said in Pi Hole:
What about installing it on Vultr?
You can install it on any supported Linux system, mine runs in Centos 7 LXD container. It's how you set it up as DNS proxy/server. Although local DNS is always preferred, once your queries are cached, latency is much lower than querying cloud instance.
Plus, the Raspberry Pi will pay for itself within a year of Vultr use.
Not realistically. Figure $60 for a working RP setup minimum, not including space, heat or power draw (all small, but non-zero.) Vultr would be $30. It would take two years to break even, three years to RP cost savings minimum.
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@scottalanmiller said in Pi Hole:
@marcinozga said in Pi Hole:
@aaronstuder said in Pi Hole:
What about installing it on Vultr?
You can install it on any supported Linux system, mine runs in Centos 7 LXD container. It's how you set it up as DNS proxy/server. Although local DNS is always preferred, once your queries are cached, latency is much lower than querying cloud instance.
Plus, the Raspberry Pi will pay for itself within a year of Vultr use.
Not realistically. Figure $60 for a working RP setup minimum, not including space, heat or power draw (all small, but non-zero.) Vultr would be $30. It would take two years to break even, three years to RP cost savings minimum.
If it lasts 3 years. Typically, power failure will cause the SD card to corrupt. Then, you'd have to reinvest into another SD card and start all over.
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@scottalanmiller said in Pi Hole:
@marcinozga said in Pi Hole:
@aaronstuder said in Pi Hole:
What about installing it on Vultr?
You can install it on any supported Linux system, mine runs in Centos 7 LXD container. It's how you set it up as DNS proxy/server. Although local DNS is always preferred, once your queries are cached, latency is much lower than querying cloud instance.
Plus, the Raspberry Pi will pay for itself within a year of Vultr use.
Not realistically. Figure $60 for a working RP setup minimum, not including space, heat or power draw (all small, but non-zero.) Vultr would be $30. It would take two years to break even, three years to RP cost savings minimum.
If it lasts 3 years. Typically, power failure will cause the SD card to corrupt. Then, you'd have to reinvest into another SD card and start all over.
And with the time/value of money, it makes the Vultr approach better and better, unless you already have a place on your network where you can easily run the Pi Hole. Running dedicated RPs rarely makes sense as they are too low powered and costly compared to a tiny VM on Vultr or similar. An RP doesn't really have any more power than a tiny Vultr VM. And Vultr VMs are growing in capacity faster than RPs are version to version.
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@scottalanmiller said in Pi Hole:
@marcinozga said in Pi Hole:
@aaronstuder said in Pi Hole:
What about installing it on Vultr?
You can install it on any supported Linux system, mine runs in Centos 7 LXD container. It's how you set it up as DNS proxy/server. Although local DNS is always preferred, once your queries are cached, latency is much lower than querying cloud instance.
Plus, the Raspberry Pi will pay for itself within a year of Vultr use.
Not realistically. Figure $60 for a working RP setup minimum, not including space, heat or power draw (all small, but non-zero.) Vultr would be $30. It would take two years to break even, three years to RP cost savings minimum.
If it lasts 3 years. Typically, power failure will cause the SD card to corrupt. Then, you'd have to reinvest into another SD card and start all over.
I mean, its not hard to install Raspbian,
sudo apt-get update && sudo apt-get upgrade, then curl Pi Hole. Could have another setup in an hour after failure. -
@scottalanmiller said in Pi Hole:
@scottalanmiller said in Pi Hole:
@marcinozga said in Pi Hole:
@aaronstuder said in Pi Hole:
What about installing it on Vultr?
You can install it on any supported Linux system, mine runs in Centos 7 LXD container. It's how you set it up as DNS proxy/server. Although local DNS is always preferred, once your queries are cached, latency is much lower than querying cloud instance.
Plus, the Raspberry Pi will pay for itself within a year of Vultr use.
Not realistically. Figure $60 for a working RP setup minimum, not including space, heat or power draw (all small, but non-zero.) Vultr would be $30. It would take two years to break even, three years to RP cost savings minimum.
If it lasts 3 years. Typically, power failure will cause the SD card to corrupt. Then, you'd have to reinvest into another SD card and start all over.
And with the time/value of money, it makes the Vultr approach better and better, unless you already have a place on your network where you can easily run the Pi Hole. Running dedicated RPs rarely makes sense as they are too low powered and costly compared to a tiny VM on Vultr or similar. An RP doesn't really have any more power than a tiny Vultr VM. And Vultr VMs are growing in capacity faster than RPs are version to version.
They're also more capable because more applications are designed for x86_64-bit procs instead of the RPi's ARM procs. If you're doing something with an RPi, then you probably have intentions of using the GPIO pins instead of anything more software-based that would be better suited for a VM, either on a local laptop, a home lab, or Vultr.
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@scottalanmiller said in Pi Hole:
@marcinozga said in Pi Hole:
@aaronstuder said in Pi Hole:
What about installing it on Vultr?
You can install it on any supported Linux system, mine runs in Centos 7 LXD container. It's how you set it up as DNS proxy/server. Although local DNS is always preferred, once your queries are cached, latency is much lower than querying cloud instance.
Plus, the Raspberry Pi will pay for itself within a year of Vultr use.
Not realistically. Figure $60 for a working RP setup minimum, not including space, heat or power draw (all small, but non-zero.) Vultr would be $30. It would take two years to break even, three years to RP cost savings minimum.
If it lasts 3 years. Typically, power failure will cause the SD card to corrupt. Then, you'd have to reinvest into another SD card and start all over.
I mean, its not hard to install Raspbian,
sudo apt-get update && sudo apt-get upgrade, then curl Pi Hole. Could have another setup in an hour after failure.With containers and ansible, I had mine ready in probably less than 3 minutes. You can probably do it by hand just as fast.
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@scottalanmiller said in Pi Hole:
@scottalanmiller said in Pi Hole:
@marcinozga said in Pi Hole:
@aaronstuder said in Pi Hole:
What about installing it on Vultr?
You can install it on any supported Linux system, mine runs in Centos 7 LXD container. It's how you set it up as DNS proxy/server. Although local DNS is always preferred, once your queries are cached, latency is much lower than querying cloud instance.
Plus, the Raspberry Pi will pay for itself within a year of Vultr use.
Not realistically. Figure $60 for a working RP setup minimum, not including space, heat or power draw (all small, but non-zero.) Vultr would be $30. It would take two years to break even, three years to RP cost savings minimum.
If it lasts 3 years. Typically, power failure will cause the SD card to corrupt. Then, you'd have to reinvest into another SD card and start all over.
And with the time/value of money, it makes the Vultr approach better and better, unless you already have a place on your network where you can easily run the Pi Hole. Running dedicated RPs rarely makes sense as they are too low powered and costly compared to a tiny VM on Vultr or similar. An RP doesn't really have any more power than a tiny Vultr VM. And Vultr VMs are growing in capacity faster than RPs are version to version.
They're also more capable because more applications are designed for x86_64-bit procs instead of the RPi's ARM procs. If you're doing something with an RPi, then you probably have intentions of using the GPIO pins instead of anything more software-based that would be better suited for a VM, either on a local laptop, a home lab, or Vultr.
Anything with a script based language is architecture agnostic. One of the many benefits of Python.
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Pi hole OpenVPN server
https://github.com/pi-hole/pi-hole/wiki/Pi-hole---OpenVPN-server -
Anyone try on Fedora? Installer did not work here.
