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privacy Published: AEU DNS Newsroom

The EU no-logs DNS to switch to after dns0.eu shut down

dns0.eu shut down in Oct 2025. Find the best EU no-logs DNS provider alternative with encrypted DNS and strict privacy.

When dns0.eu, the French, GDPR-aligned, no-logs public DNS resolver, shut down in October 2025, thousands of privacy-conscious users across Europe suddenly lost a trusted service. For families, businesses, and IT teams that had configured their routers and devices to use dns0.eu for encrypted, private DNS resolution, the shutdown meant more than a minor inconvenience. It meant their DNS queries, the digital breadcrumbs that reveal every website you visit, were no longer protected by the strict no-logs policy they had relied on.

If you were one of those users, you are now facing a critical choice: which no-logs DNS provider Europe should you switch to? The answer requires careful evaluation, because not all privacy-focused DNS services are created equal. The key factors are jurisdiction, logging practices, and the encryption protocols they support.

First, jurisdiction matters. A DNS resolver based in the United States, for example, falls under US jurisdiction, which means it can be compelled by US authorities to hand over data. Even if a service claims to keep no logs, the legal framework of its home country can undermine that promise. For European users, the safest option is a provider that is based in the EU and therefore subject to the General Data Protection Regulation (GDPR) and the protections of European law.

Second, genuine no-logs is non-negotiable. Some services claim to be privacy-friendly but still keep anonymized or aggregated logs for operational purposes. While that may sound harmless, it still means that some data about your DNS queries is being stored, even if it is not directly tied to you. A true no-logs DNS provider stores absolutely nothing, so there is nothing to hand over, even if legally compelled.

Third, encryption is essential. Plain DNS on port 53 is unencrypted and visible to anyone on the network path, including your internet service provider (ISP) and potential eavesdroppers. Encrypted DNS protocols, such as DNS over HTTPS (DoH), DNS over TLS (DoT), and DNS over QUIC (DoQ), protect your queries from prying eyes. DoH, which runs on port 443 and blends with regular web traffic, is the hardest to block. DoT, on dedicated port 853, is simple but easy for networks to spot. DoQ, a newer protocol using UDP, offers low latency and is also resistant to blocking.

So, what are your options? Let’s look at two well-known alternatives to dns0.eu, and then introduce a natural successor.

DNS4EU is the EU-backed public resolver, funded by the European Union. It is based in the EU and privacy-conscious, which is a positive step. However, it keeps anonymized and aggregated logs, meaning it is not a strict no-logs service. For users who demand absolute zero retention, this may be a dealbreaker. Still, DNS4EU is a solid choice for those who prioritize EU governance and are comfortable with anonymized logging.

NextDNS is a widely used and capable resolver, but the company is US-based. That means it falls under US jurisdiction, a neutral but important fact. For European users who want to avoid US legal reach, NextDNS may not be ideal, despite its features.

This is where AEU DNS steps in as the natural EU no-logs successor. AEU DNS is a European, privacy-first DNS service that is strictly no-logs, operates under EU jurisdiction, and supports all three major encrypted DNS protocols: DoH, DoT, and DoQ. It was designed to fill the gap left by dns0.eu, offering the same level of privacy and security, but with the added benefit of modern encryption options.

For families, AEU DNS can also enforce SafeSearch network-wide, filtering explicit content from search results on all devices connected to your home network. This is a practical feature that many parents appreciate, and it works without installing software on each device.

For businesses and IT teams, switching to AEU DNS is straightforward. You can configure your routers, firewalls, and endpoints to use AEU DNS over DoH or DoT, ensuring that all DNS queries from your organization are encrypted and private. The no-logs policy means you don’t have to worry about your browsing data being stored or shared.

In summary, the shutdown of dns0.eu is a reminder that no online service is permanent. But it also presents an opportunity to choose a replacement that meets your exact privacy needs. When evaluating a no-logs DNS provider Europe, prioritize EU jurisdiction, strict no-logs, and encrypted DNS support. AEU DNS checks all those boxes, making it a worthy successor for former dns0.eu users and a strong choice for anyone seeking a private, encrypted DNS service.

Don’t wait until your current DNS setup fails. Take control of your online privacy today by switching to a resolver that respects your data. Your DNS queries are the keys to your digital life; keep them locked with a no-logs, EU-based provider.

Terms explained

DNS
The Domain Name System, which translates human-friendly domain names into IP addresses.
DNS leak
When your device sends DNS queries outside the configured private or encrypted resolver, exposing your browsing activity.
DoH
DNS over HTTPS, an encrypted DNS protocol that runs on port 443 and is hard to block.
DoT
DNS over TLS, an encrypted DNS protocol that uses a dedicated port 853 and is simple but easy to spot.
DoQ
DNS over QUIC, an encrypted DNS protocol that uses UDP and offers low latency.
No-logs
A policy where a service does not store any data about your queries or activity.

How to protect yourself

  1. Check the jurisdiction of your DNS provider: choose one based in the EU to benefit from GDPR protections.
  2. Verify the logging policy: look for a strict no-logs statement, not just 'anonymized' or 'aggregated' logs.
  3. Use encrypted DNS protocols like DoH, DoT, or DoQ to prevent eavesdropping and DNS leaks.
  4. Test for DNS leaks after configuration using online leak test tools to ensure all queries go through your chosen resolver.
  5. Consider enabling SafeSearch via your DNS provider to filter explicit content on all devices.

References

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