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Best Encrypted DNS in 2026: Protect Your Browsing Privacy

Your DNS resolver sees every domain you visit, and by default those lookups travel unencrypted for your network and your internet provider to read or tamper with. Encrypted DNS hides them in transit and lets you choose a resolver that does not keep logs. These are the resolvers and clients worth using.

#1
NextDNS logo

NextDNS

The major advantage of NextDNS over AdGuard DNS is to be able to configure the service to your needs via parental controls, website restrictions or block whole categories of…

Easy Set up Win Android iOS Mac Linux All Browsers Router Freemium United States
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#2
AdGuard DNS logo

AdGuard DNS

Easy to setup within minutes. Comes with setup guides for all systems. You only need to enter two IP adresses.

Easy Set up Win Android iOS Mac Linux Router Freemium Safari Cyprus
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#3
Quad9 logo

Quad9

Based in Switzerland. Supports: DNS-over-TLS (DoT), DNS-over-HTTPS (DoH) and DNSCrypt.

Free Plan Android Bitcoin Router Switzerland
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#4
Cloudflare logo

Cloudflare

Based in United States. Supports: DNS-over-TLS (DoT) and DNS-over-HTTPS (DoH).

Free Plan Win Android iOS Mac Linux Router Bitcoin United States
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#5
Pi-hole logo

Pi-hole

You can run Pi-hole in a container, or deploy it directly to a supported operating system via installer.

For Experts Raspberry Pi Linux Self-Hosted Free Plan
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#6
dnscrypt-proxy logo

dnscrypt-proxy

(Desktop) A flexible DNS proxy, with support for modern encrypted DNS protocols including DNSCrypt V2, DNS-over-HTTPS and Anonymized DNSCrypt . Also allows for advanced…

Win Android Mac Linux
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#7
Unbound logo

Unbound

(Desktop) Validating, recursive, caching DNS resolve with support for DNS-over-TLS. Designed to be fast, lean, and secure Unbound incorporates modern features based on open…

Audited Win Mac Linux
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#8
Nebulo logo

Nebulo

(Android) Non-root, small-sized DNS changer utilizing DNS-over-HTTPS and DNS-over-TLS.

Android Phones Tablets
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#9
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.

iOS Phones Tablets
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#10
Firefox logo

Firefox

Reliable, fast and privacy-friendly. Harden it with add-ons, enable DNS-over-HTTPS, and sync across all your devices.

Open Source Win Mac Linux Android iOS
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The protocols, briefly

DNS-over-TLS (DoT) encrypts lookups on a dedicated port (853), which is clean but sometimes blocked on restrictive networks. DNS-over-HTTPS (DoH) sends them over normal HTTPS (port 443), so they blend in with web traffic and are hard to block. DNSCrypt is an older but robust open method. Any of the three stops your network from seeing or altering your lookups.

Encryption is only half the job

Encrypting DNS hides your lookups from the network, but the resolver you pick still sees them. So the resolver’s logging policy matters as much as the encryption: choose one that commits to not keeping or selling your queries. Running your own resolver, like Unbound or Pi-hole, removes the third party entirely, at the cost of a little setup.

What to look for

Support for DoH or DoT, a clear no-logging policy, a jurisdiction you trust, and optional filtering if you want ads and malware blocked at the same layer. Set it once on your router to cover the whole network, or per device when you move between networks.

Frequently asked

Does encrypted DNS make me anonymous?
No, and it is important to be clear about that. It hides which sites you look up from your network and your internet provider, but the resolver you choose still sees those lookups. The win is picking a resolver that does not log or sell them.
DoH or DoT, which should I use?
DoH (over HTTPS) blends in with normal web traffic and is hardest to block, so it is the safest default on restrictive networks. DoT (on its own port) is cleaner to manage on a home network. Either one stops your network from seeing your lookups.
Will it slow down my connection?
Rarely in a way you would notice. The major encrypted resolvers run servers worldwide, so lookups stay fast. If something feels slow, switching to a closer resolver usually fixes it.