AdGuard Full ARM Support for Windows: What the Native Experience Means for You

Why Pay Attention to AdGuard on ARM Devices

If you’re using a Surface Pro X, ThinkPad X13s, or any other Windows on ARM device, you’ve probably run into a frustrating problem—many common apps either won’t install or run poorly through a compatibility layer, causing stuttering and battery drain. Ad blockers are no exception. AdGuard v7.11 finally fills that gap, offering native support for 64-bit ARM processors without relying on x86 translation. For users who prioritize light productivity and long battery life, this is a quiet but significant upgrade.

The Background of ARM Support

ARM architecture takes a fundamentally different path from traditional x86. It focuses on fast response times with low power consumption, which is why ARM chips are everywhere in phones, tablets, and routers. But Windows has long been tied to x86, and software adoption on ARM has been slow. AdGuard started testing ARM drivers in v7.11 beta 1 (August 2022), refined them in beta 2 (September), and shipped the stable release in October—a fairly tight timeline. By v7.17 and v7.20 beta (2024–2025), ARM stability has caught up with the x86 version.

One detail worth noting: AdGuard automatically detects the processor type. When you install it on an ARM device, it matches the correct driver without requiring you to pick a version manually. The installation process is identical to any standard Windows app, making it very user-friendly even for beginners.

Not Just “Runs” but “Runs Better”

Native ARM support brings several concrete benefits:

• Noticeably lower power consumption: Without the x86 emulation layer, CPU load drops, giving your laptop a visible boost in battery life. This is especially important for users who keep AdGuard running in the background all day.
• Improved response speed: Native drivers reduce filtering latency—DNS filtering and rule matching complete faster during page loads.
• Significant stability leap: v7.15.1 fixed HSTS/SSL certificate errors in Firefox; v7.17 improved the experimental Encrypted ClientHello feature. ARM versions receive all these fixes simultaneously.

As a side note: If you run Windows via Parallels Desktop on an M1/M2/M3 Mac, AdGuard’s ARM driver will also work. This is a nice bonus for Mac users who occasionally switch to Windows for work and want to keep their ad-free experience.

Encrypted DNS Filtering: An Extra Perk for ARM Users

AdGuard v7.11 also introduced a major feature: filtering encrypted DNS-over-HTTPS (DoH) requests. Previously, AdGuard could only handle unencrypted DNS requests. If your browser used DoH, AdGuard had to filter traffic inside the browser and then forward it as unencrypted requests, weakening security. Now you can enable “Filter secure DNS requests” in the advanced settings, letting AdGuard handle encrypted traffic natively.

By v7.17, AdGuard further implemented on-the-fly DoH connection filtering. DNS requests from the browser no longer need to go through the system DNS; they are filtered and encrypted entirely inside AdGuard. For privacy-conscious users, this upgrade is as significant as ARM support itself.

HTTP/3 Filtering and CoreLibs Evolution

AdGuard’s filtering engine, CoreLibs, has been steadily improving. v7.15 introduced HTTP/3 (HTTP-over-QUIC) filtering. Compared to TCP, the QUIC protocol offers faster handshakes and better multiplexing, making a noticeable difference on weak networks. AdGuard can now identify and block QUIC-based ad requests, which means higher block rates and fewer slip-throughs.

I ran a quick test on my Surface Pro X after installing v7.17. On popular sites like YouTube, Bilibili, and news portals, ad blocking performance was identical to the x86 version, and page load times were actually slightly faster thanks to QUIC optimization. After CoreLibs upgraded to v1.14.53, experimental support for Encrypted ClientHello (ECH) was also added. ECH encrypts the last plaintext part of the TLS handshake, and once this feature is enabled by default, it will close the final gap in privacy protection.

Who Should Upgrade and Who Can Wait

Based on my experience across several versions, here’s my advice:

• ARM device users: Upgrade directly to the latest stable version, v7.17. Native support + encrypted DNS filtering + HTTP/3 make for a comprehensive improvement.
• x86 users: v7.15 and later versions offer useful HTTP/3 filtering. But if you rely heavily on Firefox for work, check whether the SSL certificate issue fixed in v7.15.1 affects the sites you visit.
• Stability-focused users: If you prefer a conservative approach, stick with v7.11. It’s very mature and already includes ARM support and multiple DnsLibs updates.

AdGuard offers a lifetime subscription model. You can get the discounted price of $24.99 through authorized channels like Titikey, which is significantly cheaper than the official retail price. For long-term users, a one-time payment is more convenient than monthly subscriptions. The license covers Windows, Mac, Android, and iOS—all platforms can be activated with a single key.

Changelog at a Glance

Here’s a summary of key changes from v7.11 to v7.17 to help you decide whether to update:

Version	Key Updates	Target Audience
v7.11	Native ARM support, DoH filtering, major CoreLibs update	Minimum version for ARM device users
v7.15	HTTP/3 filtering, CoreLibs upgrade to v1.12	Users wanting the latest filtering tech
v7.15.1	Fixed Firefox SSL certificate errors	Must-update for heavy Firefox users
v7.17	ECH improvements, on-the-fly DoH filtering, CoreLibs v1.14	Recommended for all users

AdGuard’s ARM Strategy Across the Product Line

AdGuard isn’t just bringing ARM support to its Windows client. AdGuard Home, the DNS-level ad blocking solution, added windows/arm64 support starting with v0.107.9. If you deploy AdGuard Home on a router or NAS for whole-home filtering, ARM devices now have official compiled builds as well.

This full-family ARM coverage reflects the development team’s commitment to the ARM ecosystem. From desktop to network, ARM users are no longer second-class citizens. Given that ARM’s share in the PC market is only growing, early adopters among software vendors will enjoy a clear advantage.

Practical Tips from Real-World Use

Based on community feedback from GitHub and my own experience, here are a few pitfalls to watch for:

• After major Windows system updates, AdGuard’s listening IP may occasionally change. If filtering stops working, check the listening IP in settings and re-configure it—usually a quick fix.
• Encrypted ClientHello in v7.17 is still an experimental feature. It’s not recommended to enable it in production environments, as it may cause connection issues with a few sites. Disabling it restores normal operation.
• If you use AdGuard VPN, the VPN management tab added in v7.11 lets you download and manage VPN connections directly from the AdGuard interface, eliminating the need to switch between two apps.

AdGuard’s Windows client has evolved from the early 5.6 version to the current 7.x series, steadily improving in both feature depth and stability. ARM support isn’t the final destination—it’s the starting point that keeps this veteran tool effective on modern devices. If you’ve been putting up with stuttering translation layers or browsing unprotected on your ARM device, switching to the native version will give you that long-lost smoothness.

For those looking to purchase a legitimate license, you can find the lifetime discounted subscription at $24.99 on Titikey, saving a significant amount compared to the official price. If you need protection across all your devices, AdGuard’s cross-platform license covers Windows, Mac, Android, and iOS simultaneously—making it a solid value.