PrivacyTools.io
Reviewed by Marcus Holmberg

Best Google DNS Alternatives in 2026

13 private alternatives, vetted against our public criteria.

Your DNS resolver sees every domain you visit, which makes it one of the most revealing logs anyone can keep about you, and Google’s resolver at 8.8.8.8 puts that record in the hands of the company already profiling you. Encryption stops your network from snooping on those lookups, but the resolver on the other end still sees them, so the providers below pair encryption with a real no-logging commitment. You are choosing who gets to watch where you go online.

#10
DNSCloak logo

DNSCloak

(iOS) Allows for the use for dnscrypt-proxy on an iPhone or iPad, which gives users the ability to encrypt their DNS requests through the use of an on-device VPN profile.

Covered Open SourceiOSFree

Why settings won’t fix Google DNS. Whatever resolver your device or provider hands you sees every site you reach, and the common defaults either log that data or use it to fund themselves. Pointing your traffic at Google’s resolver swaps one watcher for a bigger one; it does not remove the watcher. Encryption alone changes how the lookups travel, not who is on the receiving end, so a private channel to a resolver that retains your history defeats the purpose. There is no setting on a default resolver that turns off its view of your browsing, because that view is part of what the service provides. The fix is to choose a resolver that encrypts the traffic and publicly commits to not keeping it, which is exactly what every pick above is built to do.

What actually matters in a DNS resolver. The logging policy is the whole game, since you are simply deciding who gets to see your lookups, so start with a genuine, public no-logging promise from an operator with a record of keeping its word. Next comes support for the encrypted protocols, DoH and DoT, so the queries cannot be read or altered on the wire. Weigh the jurisdiction the resolver sits in, because the law of that country shapes what it can be compelled to hand over. Optional network-level filtering is a bonus if you want ads and malware blocked for every app on the device at once. NextDNS and AdGuard DNS pair a clear no-logging stance with that filtering, Mullvad DNS keeps things lean and privacy-first with nothing to sign up for, and Pi-hole removes the third party altogether by running on your own hardware.

How to switch. Decide where the resolver should live. For whole-home coverage, set it once on your router so every device inherits it, the same way open router firmware lets you steer DNS for the entire network. For coverage that travels with you onto untrusted Wi-Fi, set it per device in your operating system or browser instead. Whichever you pick, enable encrypted DNS and then run a quick leak test to confirm your queries are going where you intended rather than quietly falling back to the old resolver. Browsers such as Chrome carry their own secure-DNS setting that can override the system one, so check it when you make the change; our Google Chrome alternatives page covers swapping the browser itself. If this is one step in leaving Google more broadly, the de-Google playbook covers the rest of the ecosystem.

Frequently asked

Does switching off Google DNS make me anonymous?
No, and it is important to be clear about that. Encrypted DNS hides which sites you look up from your network and your internet provider, but the resolver you point at still sees those lookups. The benefit is twofold: nobody on the wire can read or tamper with your queries, and you get to choose a resolver that promises not to log or sell them.
What is the difference between DoH and DoT, and where does DNSCrypt fit?
All three encrypt your lookups so your network cannot read them; they differ in how they travel. DoH rides over ordinary HTTPS, so it blends in with normal web traffic and is the hardest to block. DoT uses its own dedicated port, which is cleaner to manage on a network you control. DNSCrypt is an older but robust open method, with the v2 protocol in wide use, that some clients still prefer.
Will an encrypted resolver slow down my browsing?
Rarely in a way you would notice. The major encrypted resolvers run servers around the world, so lookups usually stay fast wherever you are, and the encryption itself adds very little overhead. If a connection ever feels sluggish, switching to a resolver with a server closer to you almost always fixes it.
Should I set the resolver on my device or on my router?
Both are valid and suit different needs. Setting it on your router covers every device on the network at once, including ones that have no DNS settings of their own, which is the simplest way to protect a whole household. Setting it per device follows you onto other networks, such as public Wi-Fi where the local resolver is untrusted. Many people do both.
Is a resolver's no-logging promise actually trustworthy?
It is only as good as the operator behind it, which is why jurisdiction and reputation matter as much as the policy text. A clear public commitment from a provider with a track record is worth far more than a vague one. If you would rather not depend on anyone's promise, running your own resolver removes the third party entirely, at the cost of a little setup.