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1Clear out junk files and repair common Windows errors2Scan for outdated or missing drivers - takes under a minute3Repair Windows errors before they cause bigger problemsFor most people, the best NextDNS alternatives are Control D for granular hosted controls, managed AdGuard DNS for per-device rules and statistics, AdGuard public DNS for simple preset filtering, and AdGuard Home for local ownership. The right choice depends on whether you need custom domain lists, device-specific policies, long query visibility, encrypted DNS, household controls, traffic redirection, or a self-managed server. NextDNS remains a useful baseline because it already combines configurations, custom allow/deny lists, logs, parental controls, and encrypted DNS.
What you are choosing when you replace NextDNS
A DNS filter sits between devices and the domain-name system. When a phone, browser, television or application asks for a domain, the DNS service can return the address, refuse the request, or redirect it to a controlled response. Blocking at this layer can cover many applications without installing a browser extension on every device.
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“Customizable” can mean several different things:
- Domain rules: manually allow or block individual domains and maintain custom lists.
- Categories and services: enable groups such as advertising, trackers, adult content, gaming or named online services.
- Per-device policy: apply different rules to a child’s tablet, a work laptop and a media player.
- Visibility: inspect query logs, statistics and trends, with a retention period that suits your privacy requirements.
- Encrypted transport: use DNS-over-HTTPS (DoH), DNS-over-TLS (DoT), DNS-over-QUIC (DoQ), DNSCrypt or another protected protocol.
- Operation: let a provider run the service, or install and maintain the resolver yourself.
These choices are independent. A service can have excellent category controls but limited per-device policies, or provide local ownership while requiring you to handle updates, backups and availability.
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Quick recommendations by use case
| Need | Best fit | Why | Main trade-off |
|---|---|---|---|
| Hosted, highly granular controls | Control D | Category rules, more than 1,000 preconfigured service controls, custom rules, encrypted protocols, logs and optional traffic redirection. | Business pricing cited for SMB use is per endpoint; confirm the consumer or household offer separately. |
| Managed per-device policies and statistics | AdGuard DNS (managed private service) | Device-level domain rules, request statistics, allow/block controls and support for DNSCrypt, DoH, DoT and DoQ. | It is distinct from AdGuard’s public resolver; account-level controls require the managed product. |
| Simple preset filtering | AdGuard public DNS | Choose default ad-and-tracker filtering, family protection, or a non-filtering mode without managing custom profiles. | Public endpoints do not provide the same per-device rules and statistics described for the managed service. |
| Local ownership and custom rules | AdGuard Home | Free, open-source software that runs as your DNS server, with activity monitoring and rules you control. | You operate the host, networking, updates, security and uptime. |
| Keep an established hosted baseline | NextDNS | Configurations, custom allow/deny lists, logs, schedules, parental controls, DNS rewrites and encrypted DNS are already integrated. | Current plan limits and prices must be checked on its pricing page before subscribing. |
What NextDNS already does well
NextDNS is the reference point for this comparison rather than a service you must abandon. Its product documentation describes threat feeds, ad and tracker protection, Safe Search, YouTube Restricted Mode, website, application and game blocking, and schedules through Recreation Time. You can create unlimited configurations, maintain custom allow and deny lists, use DNS rewrites, enable DNSSEC, and connect with encrypted DNS-over-HTTPS or DNS-over-TLS.
Its live logs and analytics are useful when a site or application breaks: you can identify the queried domain, determine which configuration handled it, and add a narrow exception instead of disabling filtering everywhere. Retention is configurable from one hour to two years, or logging can be disabled. NextDNS also offers data-storage-region choices, which matter if your household or organization has a specific privacy or compliance requirement.
Those capabilities establish the feature bar for an alternative. Check whether a replacement offers the same combination of custom rules, profiles, diagnostics and retention controls rather than comparing only the number of blocklists.
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What it offers
Control D documents category rules, custom rules and more than 1,000 preconfigured services that can be blocked or controlled individually. That service-oriented model is useful when you want to disable a particular application or platform without maintaining a domain list yourself.
The service supports DNS-over-HTTPS, DNS-over-TLS, DNS-over-QUIC and DNS-over-HTTPS/3. It provides query logging, retention controls and analytics, and its clients are available for major operating systems. Optional traffic redirection through proxies can route selected services through another path; this is a separate capability from ordinary DNS blocking and should be evaluated for compatibility, privacy and performance.
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How its controls map to a household
- Create a policy for the whole network or a specific device.
- Start with category rules, then use the named-service controls for applications you want to allow or block explicitly.
- Add custom domain rules only for exceptions that the categories do not cover.
- Use query logs to identify false positives and adjust the smallest possible rule.
- Enable encrypted DNS on each supported client or configure the router with the documented endpoint.
This approach is attractive when family members need different policies or when a small organization wants centrally managed service controls. Confirm how devices are associated with policies before deployment; a resolver configured only at the router cannot distinguish devices unless the service and network setup provide that identity.
Pricing and the 99.98% claim
Control D’s business pricing page lists an SMB plan at $2 per endpoint per month and a 14-day business trial. That is a business endpoint price, not evidence of an individual or family price, so do not use it to estimate a household subscription. Recheck the current plan page before purchase.
Control D’s product page presents a 99.98% malware block rate attributed to Nexxwave in 2025. Treat this as a vendor-presented benchmark claim: the cited material does not provide independent methodology or establish that the figure is directly comparable with other providers. It is not a guarantee of blocking effectiveness on your network.
AdGuard DNS: distinguish the managed service from public resolvers
Managed AdGuard DNS
The managed AdGuard DNS service is the closer alternative when you want account-level customization. Its documentation describes per-device domain rules, request statistics, and controls to block or allow domains. It supports DNSCrypt, DNS-over-HTTPS, DNS-over-TLS and DNS-over-QUIC.
Per-device rules let you separate a child’s phone from an adult’s workstation, or apply a stricter policy to an Internet-of-Things network. Request statistics help identify which device is generating a query and whether a rule is producing an unintended block. As with any hosted service, check the documented retention, account and regional terms that apply to the plan you select.
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AdGuard public DNS
AdGuard’s public DNS guide describes three preset modes:
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- Default: blocks ads and trackers.
- Family protection: blocks ads, trackers and adult content, and enables Safe Search or Safe Mode where possible.
- Non-filtering: resolves DNS without the filtering policy.
These public endpoints are convenient for a router, operating system or individual device, but they should not be treated as the managed product. The public guide does not establish that its endpoints expose private, per-device rules or account-level request statistics. If those controls are central to your decision, evaluate managed AdGuard DNS instead of assuming the public resolver has the same dashboard.
AdGuard Home: self-hosted control
What it is
AdGuard Home is free, open-source software that runs as a DNS server for network-wide ad and tracker blocking. You install it on hardware or a virtual machine that you control, point your network’s devices or router at it, and manage filtering locally. Its maintainers describe control over what is blocked and allowed, network-activity monitoring, and custom rules as core benefits.
Documented installation paths include Linux, Unix, macOS, FreeBSD, OpenBSD, Docker and builds for operating-system and architecture combinations supported by Go. ARM64 builds are documented generally. A Raspberry Pi or another small server is an optional hardware path, not a requirement; verify the exact operating system, architecture, storage and current hardware availability before buying anything.
Typical deployment sequence
- Choose a host: use an always-on computer, virtual machine, container or supported single-board system with a stable local address.
- Install AdGuard Home: select the build or container that matches the host operating system and CPU architecture.
- Complete the web setup: select the listening interface, administrative port and upstream DNS servers.
- Set a fixed address: reserve the host’s address in your router or configure a static address so clients do not lose the resolver.
- Point clients to it: advertise the AdGuard Home address through DHCP, configure selected devices manually, or use a separate network segment.
- Review activity: watch the query dashboard after deployment and add narrowly scoped allow rules when a legitimate service is blocked.
- Maintain it: update the software, protect the administration interface, back up configuration and monitor disk space and availability.
Operational trade-offs
Self-hosting changes who operates the service. You gain local control and can keep query traffic inside infrastructure you administer, but you also become responsible for uptime, secure remote access, software updates, backups and troubleshooting. If the host is offline, clients may lose name resolution unless you have a carefully planned fallback.
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AdGuard Home and Pi-hole: how to interpret the comparison
AdGuard Home’s repository includes a comparison with Pi-hole covering filtering, custom blocklists, DHCP, encrypted DNS, cross-platform support, parental controls and per-client configuration. That comparison is written by the AdGuard Home project, so treat its feature descriptions as the project’s own account and independently validate any difference that determines your purchase or migration.
The practical decision is less about a universal winner than about operating preferences. Choose the project whose installation targets, client policy model, encrypted-DNS options and administration workflow fit your network. For either platform, plan how you will recover when the host fails and how you will prevent an accidentally exposed administration panel.
Feature-by-feature comparison
| Capability | NextDNS | Control D | Managed AdGuard DNS | AdGuard public DNS | AdGuard Home |
|---|---|---|---|---|---|
| Custom allow/block rules | Documented custom allow/deny lists and DNS rewrites. | Documented custom rules. | Documented per-device domain allow/block rules. | Preset modes; account-level custom rules not established for public endpoints. | Custom rules and user-controlled allow/block policy. |
| Categories or named services | Threat, content, application and game controls are documented. | Categories and more than 1,000 preconfigured services. | Domain controls are documented; category scope depends on the selected product configuration. | Default and family presets. | Depends on the filters and lists you configure. |
| Per-device profiles | Configurations and parental controls are documented. | Supported through policies and clients; verify the exact deployment method. | Per-device rules are explicitly documented. | Not established for public endpoints. | Per-client configuration is discussed in the project’s comparison; validate the current implementation. |
| Logs and analytics | Live logs, analytics and retention from one hour to two years or disabled. | Query logs, retention and analytics are documented; the homepage states 30-day query-log retention. | Request statistics are documented. | Statistics are not established for the public resolver guide. | Network activity monitoring is documented and is hosted on your infrastructure. |
| Encrypted DNS | DNS-over-HTTPS and DNS-over-TLS. | DNS-over-HTTPS, DNS-over-TLS, DNS-over-QUIC and DNS-over-HTTPS/3. | DNSCrypt, DNS-over-HTTPS, DNS-over-TLS and DNS-over-QUIC. | Use the protocols and endpoints documented for the public mode you select. | Encrypted DNS support is included in the project comparison; confirm the current release and configuration. |
| Traffic redirection | DNS rewrites; no comparable proxy-redirection feature established here. | Optional proxy-based traffic redirection. | Not established in the cited product description. | Not established. | Not established. |
| Hosting model | Hosted service. | Hosted service with native clients. | Hosted managed service. | Public hosted resolver. | Self-hosted DNS server. |
| Current price evidence | Use the current official pricing page; a verified consumer price is not established here. | $2 per endpoint per month for the listed SMB business plan; 14-day business trial. | Not stated in the cited material. | Public resolver pricing is not stated. | Software is free and open-source; hosting hardware and operations can cost money. |
The hard limit: DNS cannot remove every advertisement
DNS filtering works by deciding whether to resolve a domain. It cannot distinguish an advertisement from wanted content when both come from the same domain and the same delivery infrastructure. AdGuard Home’s documentation gives YouTube and Twitch ads, plus sponsored posts on Facebook, Twitter and Instagram, as examples of content that DNS sinkholing cannot reliably block under those conditions.
When the ad and the content share a domain, a content-blocking proxy, browser-level filter or another application-layer control is required. Adding increasingly broad DNS rules can make the whole service fail while leaving the embedded ad intact. Use DNS for network-wide domain-level protection and add a compatible higher-layer tool for cases that DNS cannot see.
Logging, privacy and retention decisions
Choose the visibility you actually need
Logs help diagnose broken websites, identify unexpected application traffic and verify that a policy is working. They also reveal browsing and device activity. A household that only needs broad protection may prefer short retention or disabled logs; an administrator troubleshooting many devices may need a longer window.
NextDNS documents retention choices from one hour to two years or disabled logging, along with data-storage-region selection. Control D documents query logging, retention and analytics, while AdGuard DNS describes request statistics. AdGuard Home keeps the operational data on the server you run, but local storage is still sensitive: protect the dashboard, restrict access and decide how long to retain historical data.
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Encrypted transport is not the same as anonymity
DoH, DoT, DoQ and DNSCrypt encrypt the connection between a client and the resolver, reducing exposure to parties that can observe the network path. They do not make the destination website anonymous, erase resolver logs, or prevent an application from contacting an IP address directly. Review the provider’s logging and retention terms separately from its protocol list.
Pricing and deployment checks before you switch
- Household versus business: do not apply Control D’s $2-per-endpoint SMB figure to family use.
- Current limits: verify configuration counts, device limits, retention defaults, supported clients and protocol availability on the current plan page.
- Router support: confirm that your router accepts the required DoH, DoT, DoQ or DNSCrypt configuration; some routers accept only traditional DNS addresses.
- Roaming devices: laptops and phones leave the home network, so use a supported client or device-level configuration if the policy must travel.
- Fallback behavior: decide what happens if the hosted service, local host or encrypted-DNS endpoint is unreachable.
- Migration: export or record custom allowlists, blocklists, rewrites and schedules before changing resolvers.
A practical selection checklist
- Define the policy boundary. If one policy is enough for every device, a public preset resolver may suffice. If children, guests, work devices and entertainment devices need different rules, choose managed per-device controls or self-hosting.
- Decide who should operate the resolver. Choose Control D or managed AdGuard DNS for provider-operated infrastructure; choose AdGuard Home when local ownership and maintenance are worth the work.
- Set your logging requirement. Select the shortest useful retention, disable logs when diagnostics are not needed, and confirm where hosted data is stored.
- List required protocols. If your network or client supports only one encrypted protocol, verify that the candidate supports it before migrating.
- Test exceptions. Keep a short trial period in which you check banking, streaming, work applications, games, smart-home devices and family safety features.
- Plan recovery. Keep the previous resolver settings documented, maintain a local fallback where appropriate, and ensure you can reach the administration interface when filtering blocks a required domain.
- Separate DNS limits from application-layer needs. For same-domain advertising and sponsored content, plan a browser or proxy layer instead of escalating DNS blocklists.
Troubleshooting common failures
A legitimate site or app stopped working
Open the query log, identify the blocked domain and add the narrowest possible allow rule. Retest the application, then remove the exception if it was caused by a temporary dependency. Avoid allowing an entire advertising or analytics domain family when one host is sufficient.
Rules work at home but not on a phone
The phone may be using cellular DNS, an operating-system private-DNS setting, a VPN, or an application-specific resolver. Install and configure the provider’s supported client, or apply the documented encrypted endpoint directly on the device. Check that the device is assigned to the intended profile.
AdGuard Home is unreachable
Confirm the host is powered on, has the expected address, and is listening on the configured DNS port. Check the router’s DHCP advertisement and test resolution from a single client before changing every device. Keep a documented fallback resolver so an offline host does not strand the network.
Ads still appear
Determine whether the ad is delivered from a separate domain that a DNS rule can block or from the same domain as the requested content. YouTube, Twitch and sponsored social posts are documented examples of the latter. DNS alone cannot reliably remove those ads; use an application-layer control where appropriate.
Bottom line by deployment scale
Choose Control D when you want hosted granular categories, named-service controls, broad encrypted-protocol support, logs and optional proxy redirection. Choose managed AdGuard DNS when per-device domain rules and request statistics are the priority. Choose AdGuard public DNS when a preset default or family policy is all you need. Choose AdGuard Home when you are prepared to run the DNS server and want local control over rules and activity data. Keep NextDNS as your baseline if its configurations, retention choices, rewrites and parental controls already match your requirements.
Quick Recap
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