NextDNS: Precision DNS for Homelab, Privacy, and Sysadmin Workflows

If you’re running a production-grade homelab like I do, or managing endpoints across a small business, or simply want forensic visibility into your DNS traffic, NextDNS is the upstream resolver you’ve been waiting for.

Here’s why I’m Using NextDNS

Encrypted DNS via DoH/DoT for privacy and ISP bypass
NextDNS supports DNS-over-HTTPS and DNS-over-TLS, which encrypt DNS traffic and prevents third parties like ISPs from inspecting or monetizing your personal query data. This is useful for maintaining privacy and ensuring that DNS activity isn’t being logged or sold without your knowledge or consent. In my setup, this helps maintain a clean separation between internal activity and external observation.

Real-time analytics with per-device breakdowns
The analytics dashboard provides detailed visibility into DNS queries, organized by device. This makes it easier to identify patterns, track unexpected behavior, and maintain oversight across the network. I use this regularly to monitor traffic and confirm that devices are operating within expected parameters.

Custom blocklists and DNS rewrites for operational hygiene
NextDNS allows you to define blocklists and DNS rewrites, which can be used to filter out unwanted domains or redirect queries. I use this to block advertising domains and to redirect certain services internally. It’s a straightforward way to reduce noise and maintain consistency across devices.  Not to mention, if it’s blocked at the DNS level, then that’s traffic my ISP and my personal network never have to see!  Not to mention, I don’t have to bother managing block-lists within my Firewall anymore.  One less headache to have to manage!

Multiple configurations for segmented environments
You can create separate configurations for different network segments, such as VLANs or subnets. Each configuration can have its own policies, logs, and upstream settings. This is useful for isolating traffic between zones like guest, IoT, and lab environments, while still managing everything from a central interface.

Data residency control (US, EU, UK, Switzerland)
NextDNS lets you choose where your DNS data is processed, which can help meet regulatory or policy requirements. I’ve set mine to US-based processing to keep logs within a known jurisdiction. This adds clarity to where data is stored and how it’s handled.

Zero trust assumptions—every query logged, every upstream accountable
NextDNS logs all DNS queries and provides visibility into which upstream resolvers are used. This fits well with a zero trust approach, where activity is verified and logged rather than assumed. I use this to confirm that queries are routed as expected, and that upstream behavior aligns with my configuration and expectations.

Whether you’re tracking NXDOMAIN spikes, enforcing policy across VLANs, or just want to know why your smart TV is phoning home, NextDNS gives you the tools to inspect and manage DNS traffic effectively.


Support the Blog & Get Started

I use NextDNS PRO in my own “homelab” environment now, and I have to say that I’m REALLY enjoying it.  All of this is yours to try out for free (up to 300,000 DNS Queries per month), so please give it a try to see if you agree, it’s probably the best DNS resolver I’ve come across yet.   And if you’re ready to take full control of your DNS stack and need unlimited queries, you can sign up for their “Pro” offering for only $19.95 a year, using my referral link below:

https://nextdns.io/?from=3hh3mtch

It doesn’t cost you anything extra, but it does help support the blog and keeps the lights on in my homelab.

Upgraded to Netgear Orbi WiFi 6 AX5400 Mesh System

I’ve been fighting my ASUS routers (in AP Mode) for the better part of 8 years now.  Their implementation for all of the bundled utilities is to farm all of it to a 3rd party who actually supplies all of the utilities.  None of the utilities are made by ASUS themselves, and you have to agree to an onerous set of terms to even unlock those utilities, so I have never used them.  Talk about shrink-wrap licensing.

Anyways, I opted for an older version so as not to pay through the nose: the Netgear Orbi AX5400, which offers WiFi 6 on a Tri-Band Mesh System, and supports up to 5.4Gbps network throughput, and comes with one Router and two Satellites, which I also placed in AP (Access Point) Mode.  AP Mode just means I’m not interested in using all the bells and whistles, just need the system for it’s AX5400 WiFi chops.  I really like the hardware and it’s performance so far. 

Unfortunately, the installation process was designed for a beginner, and assumed every user is a beginner, which was really the worst part of the whole experience.  I was actively forced to wait 2 minutes per step to go from step to step.  Sadly, they did not build any provisions for those who might know what they are doing.  It took me about 3 hours to setup, but really, most of that time was spent figuring-out how to side-step their install process effectively. I think if they just offered an “admin” or “power user” mode, it would only take about 15-20 minutes total time to setup.  Oh well.

But, I have to say, our WiFi coverage is now rock solid!  I can even be down the street or in the farthest reaches of  our property and still have all-bars on the WiFi meter.  I picked up the refurbished (aka “renewed”) version via Amazon for just about $200, so money well spent!

Just pivoted from PiHole DNS to Technitium DNS

So on my recent attempt to get more bandwidth going, Pihole decided to start throwing errors, so I uninstalled it and attempted to re-install it.  Unfortunately, every install failed for one reason or another.  It’s like it got super brittle over the last year.  I spent two weeks trying to get it to work, but in a lot cases, it wouldn’t even launch after installation,.  So I decide to pivot to a new DNS Server that has built-in “Recursive-DNS” (aka “black-holing”), unlike Pihole that doesn’t support it natively.  Installing “unbound” was never a problem with Pihole, but for it to be built-in is a super nice reason to switch over.

It also provides a lot more options for me to customize my homelab networking, and I’m taking full advantage of them: mostly that it supports DNS-over-HTTPS (DoH) and DNS-over-TLS (DoT), and Self-Hosting so it can act as a public nameserver. Supports conditional forwarding, zone delegation, and granular record control.

This is one of my best and easiest decisions in a long time.