Ads and trackers are infuriating and disrupting. They raid your digital experiences, invade your privacy, and collect sensitive data without your consent or knowledge. Targeted ads follow you everywhere, often presenting irrelevant content. Although they have helped some find the information, services, and products they were looking for, not everyone has the same patience to withstand them. Do you want to do away with ads and trackers to streamline your online experiences? Stay tuned to know how.
4 Ways Private DNS Prevents Frustrating Trackers and Ads
Private DNS is a robust feature that lets you configure a custom Domain Name System server to replace your ISP’s default version. It encrypts DNS queries and blocks annoying ads and trackers to boost network performance and privacy. Private DNS services use DNS over TLS (DoT) and DNS over HTTPS (DoH) to encrypt DNS requests and cloak your browsing activity. Many DNS providers list ad-serving and tracking domains, which they block before loading on your device.
These four features of private DNS make them invaluable tools for discarding trackers and ads.
DNS Level-Ad Blocking
Whenever you browse a website, your desktop or mobile device sends a DNS request to convert the web domain name into an IP address. A residential VPN service with DNS ad-blocking capabilities cross-examines the requests against blocked tracking or advertising domains. The DNS service redirects requests matching blocked domains to blank pages or prevents them from loading. Consequently, the ads on the blocked domains won’t appear on webpages, streaming services, or within apps. DNS blocks ads across all devices and apps, including mobile apps, desktop computers, and smart TVs.
DNS-level ad blocking enhances website performance, leading to faster load times by removing annoying banners and pop-ups. Web users no longer worry about heavy ad scripts slowing their browsing speed or advertisers collecting their browsing data. DNS-based blocking also reduces malvertising risks, lowering the risk of cybercriminals distributing malware through infected ads.
Avert ISP-Level Ad Injection
Many ISPs track and modify DNS traffic to inject ads or redirect users to sponsored search results. ISP-injected ads and trackers are annoying and frequent nuisances web users encounter. You can leverage residential VPNs with private DNS servers to intercept and redirect your traffic, ensuring ISPs cannot see, capture, or modify DNS requests to insert ads. These DNS solutions route data through private, reliable networks, ensuring no one can modify web traffic.
Residential VPNs use IPs assigned to real home users, creating robust protection against ISPs that manipulate traffic. All DNS queries bypass the ISP’s infrastructure to prevent unwanted redirections and ad injection. Some ISPs insert ads at the HTTP level with transparent proxies. DNS servers identify and block injected domains, too, preventing these ads from reaching your browser.
Reducing Mobile In-App Ads
App developers usually monetize user engagement through in-app ads to generate revenue. ISPs monitor user location, behavior, and preferences to custom-target the adverts. The ad-serving SDKs within the apps enable ISPs and app developers to bid and place publicity per-user data. These adverts interrupt app performance and consume excessive mobile data. Also, in-app ads have trackers that collect your data without your consent.
Private DNS can help you address in-app ads by interrupting and blocking requests to ad-serving and tracking domains at the network level. Ad-blocking features in DNS servers cross-examine requests against their many black-listed tracking and advertising domains. The DNS server usually returns null responses or initiates redirects to non-existent addresses to all blocked domains. That ensures ads won’t appear in the app, reducing background data consumption.
Prevent Tracking Requests
Websites, advertisers, and analytics firms frequently employ scripts that track your digital interactions, engagement, and choices. The scripts record your activities on apps and websites, gathering your browser location, device types, IP address, and browsing history. They build user profiles to help websites and advertisers create targeted and custom advertising and recommendations. Although beneficial to the companies harvesting the data, they compromise your privacy and leak sensitive data to unauthorized identities.
Private DNS servers block tracking requests at the network level, ensuring websites and apps cannot initiate tracking scripts. They block and stop trackers from collecting your device information, browsing activities, and activities.
Conclusion
Are you tired of ads and trackers influencing your browsing speed and web experiences? Leverage private DNS to encrypt all your queries to prevent ISPs from monitoring and modifying website traffic. These tools, alongside potent VPNs, route traffic through private residential IPs to block known ad injection domains and give you full control over your online experiences.
