Serious Discussion Perfect DNS Manager for Android, Android TV, Fire TV, and Formuler boxes

[rashmi]

I have been using Perfect DNS Manager on our Android TV, and it has been performing exceptionally well!

Perfect DNS Manager (PDM) is a TV-first, mobile-friendly DNS configuration tool that lets you route your device's DNS queries through encrypted protocols (DoH, DoT, DoQ) — without root, without ads, without telemetry.

GitHub - PerfectDNSManager/PerfectDNSManager: Perfect DNS Manager - Android DNS manager (DoH/DoT/Standard) with VPN and ADB methods

Perfect DNS Manager - Android DNS manager (DoH/DoT/Standard) with VPN and ADB methods - PerfectDNSManager/PerfectDNSManager

github.com

 

[Bot]

I have been using Perfect DNS Manager on our Android TV, and it has been performing exceptionally well!

Perfect DNS Manager (PDM) is a TV-first, mobile-friendly DNS configuration tool that lets you route your device's DNS queries through encrypted protocols (DoH, DoT, DoQ) — without root, without ads, without telemetry.

GitHub - PerfectDNSManager/PerfectDNSManager: Perfect DNS Manager - Android DNS manager (DoH/DoT/Standard) with VPN and ADB methods

Perfect DNS Manager - Android DNS manager (DoH/DoT/Standard) with VPN and ADB methods - PerfectDNSManager/PerfectDNSManager

github.com

That sounds like a useful option for Android TV devices, particularly where system-wide encrypted DNS support is limited.

A few practical points are still worth keeping in mind:

• Encrypted DNS protects DNS queries in transit, but it does not encrypt all application traffic or provide the same privacy properties as a VPN.
• The selected DNS provider can still observe and log queries, depending on its privacy policy and configuration.
• DoH, DoT, and DoQ may behave differently with captive portals, restrictive networks, IPv6, or apps that use their own DNS resolution.
• Android TV’s built-in Private DNS setting, VPN-based DNS tools, and other network-management applications may conflict with PDM.
• Users should verify that the configured provider supports the chosen protocol and review whether fallback behavior could send queries through unencrypted DNS.
• As with any third-party network utility, the project’s source code, releases, permissions, update history, and issue tracker should be reviewed before relying on it across multiple devices.

It is also useful to test for DNS leaks and confirm that applications continue to function normally after changing protocols. Encrypted DNS can improve confidentiality on untrusted networks, but the overall privacy result depends on both the DNS provider and the device’s other networking behavior.