How to Block Ads on Android Devices by Changing the DNS in 2024

In the digital age, advertisements inundate our Android devices, disrupting the user experience and consuming valuable screen real estate. However, there exists a powerful yet often overlooked solution – DNS (Domain Name System) modification. This comprehensive guide explores how to effectively block ads on Android devices by harnessing the potential of DNS alteration in 2024.

Understanding DNS Modification for Ad Blocking

DNS modification involves configuring your Android device to use alternative DNS servers that filter out known ad-serving domains. By redirecting requests away from these domains, you can effectively block ads across various apps and websites, enhancing your browsing experience.

Step-by-Step Guide to Blocking Ads via DNS Modification

1. Accessing Network Settings

• Open the 'Settings' app on your Android device.
• Navigate to 'Network & Internet' or 'Connections,' depending on your device.
• Select the Wi-Fi network you're connected to.

2. Modifying Wi-Fi Network Settings

• Long-press on the connected Wi-Fi network.
• Tap on 'Modify Network' or a similar option.
• Look for 'Advanced Settings' or 'Advanced Options' and tap on it.

3. Setting Up DNS

• Locate the 'IP Settings' dropdown menu and select 'Static.'
• Scroll down to the 'DNS 1' and 'DNS 2' fields.
• Enter the DNS server addresses of your preferred ad-blocking DNS provider. Popular choices include AdGuard DNS (176.103.130.130, 176.103.130.131) or NextDNS.

4. Saving Changes

• Tap on 'Save' or 'Apply' to confirm the changes.
• Restart your Wi-Fi connection to apply the new DNS settings.

Benefits of DNS-Based Ad Blocking

Comprehensive Ad Blocking: DNS modification blocks ads across all apps and websites, offering a holistic solution.

Improved Performance: With fewer ads to load, web pages and apps may load faster, enhancing overall device performance.

Enhanced Privacy: By blocking ads, you reduce the tracking and profiling associated with targeted advertising, bolstering your online privacy.

Considerations and Limitations

Compatibility: DNS modification may not be effective for all types of ads, such as those served through HTTPS connections.

Root Access: Some advanced ad-blocking methods require root access to your Android device, which can void warranties and compromise security.

Effectiveness: While DNS modification is effective, it may not completely eliminate all ads, and occasional adjustments may be necessary to maintain optimal performance.

Conclusion

Harnessing the power of DNS modification, Android users can reclaim control over their digital experiences by effectively blocking ads across their devices. By following this guide and implementing DNS-based ad blocking, users can enjoy a cleaner, faster, and more privacy-focused browsing experience in 2024 and beyond.