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Telecommunications ConnectivityTop 9 Best Dns Filtering Software of 2026
Discover top DNS filtering software to protect your network. Compare features and find the best fit today.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
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Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Quad9
Threat-intelligence based DNS filtering with configurable security modes
Built for organizations seeking DNS-based threat blocking with minimal network changes.
CleanBrowsing
Curated Family and Adult filtering profiles delivered through encrypted DNS resolvers
Built for homes and small teams needing straightforward DNS content and security filtering.
Cloudflare Gateway
DNS Security policies using domain categorization and threat signals at Cloudflare edge
Built for organizations standardizing DNS filtering with identity-based policy enforcement at scale.
Comparison Table
This comparison table evaluates DNS filtering and DNS security tools used to block malicious domains, enforce policy, and reduce DNS-based threats. It covers services such as Quad9, CleanBrowsing, Cloudflare Gateway, Cisco Secure Web Appliance DNS security, and Zscaler Internet Access DNS control, plus additional options so readers can compare capabilities side by side.
| # | Tool | Category | Overall | Features | Ease of Use | Value |
|---|---|---|---|---|---|---|
| 1 | Quad9 Public DNS service that blocks known malicious domains and supports filtering profiles for safer name resolution. | public-dns filtering | 8.6/10 | 8.7/10 | 9.0/10 | 7.9/10 |
| 2 | CleanBrowsing DNS filtering service that blocks malware and offers family-friendly categories for controlled content access. | public-dns filtering | 8.1/10 | 8.3/10 | 8.6/10 | 7.4/10 |
| 3 | Cloudflare Gateway DNS and web security that filters domains, blocks malware, and applies policy-based access controls using Cloudflare’s network. | secure gateway | 8.2/10 | 8.6/10 | 7.9/10 | 8.1/10 |
| 4 | Cisco Secure Web Appliance DNS security DNS security capabilities delivered through Cisco’s web security stack to block malicious domains and enforce policy-based filtering. | enterprise security | 7.3/10 | 7.7/10 | 7.0/10 | 7.2/10 |
| 5 | Zscaler Internet Access DNS control Security policy enforcement that uses DNS and web inspection to block malicious domains and restrict unsafe destinations. | enterprise security | 8.1/10 | 8.6/10 | 7.8/10 | 7.7/10 |
| 6 | Forcepoint DNS filtering Managed DNS-based policy enforcement that categorizes and blocks domains to reduce exposure to threats and unwanted content. | enterprise security | 7.4/10 | 8.0/10 | 7.2/10 | 6.8/10 |
| 7 | Pi-hole Self-hosted DNS sinkhole that filters domains using blocklists and optional allowlists for local network control. | self-hosted DNS sinkhole | 8.3/10 | 8.7/10 | 7.9/10 | 8.3/10 |
| 8 | NextDNS Hosted DNS filtering that applies per-device policies, blocks trackers, and filters domains using customizable rulesets. | hosted policy DNS | 8.4/10 | 8.8/10 | 8.2/10 | 7.9/10 |
| 9 | Technitium DNS Server Self-hosted DNS server that can block domains and run as a local DNS resolver for filtering use cases. | self-hosted DNS server | 7.9/10 | 8.1/10 | 7.4/10 | 8.0/10 |
Public DNS service that blocks known malicious domains and supports filtering profiles for safer name resolution.
DNS filtering service that blocks malware and offers family-friendly categories for controlled content access.
DNS and web security that filters domains, blocks malware, and applies policy-based access controls using Cloudflare’s network.
DNS security capabilities delivered through Cisco’s web security stack to block malicious domains and enforce policy-based filtering.
Security policy enforcement that uses DNS and web inspection to block malicious domains and restrict unsafe destinations.
Managed DNS-based policy enforcement that categorizes and blocks domains to reduce exposure to threats and unwanted content.
Self-hosted DNS sinkhole that filters domains using blocklists and optional allowlists for local network control.
Hosted DNS filtering that applies per-device policies, blocks trackers, and filters domains using customizable rulesets.
Self-hosted DNS server that can block domains and run as a local DNS resolver for filtering use cases.
Quad9
public-dns filteringPublic DNS service that blocks known malicious domains and supports filtering profiles for safer name resolution.
Threat-intelligence based DNS filtering with configurable security modes
Quad9 stands out by filtering DNS using a threat-intelligence driven, privacy-conscious approach that blocks known malicious domains and ads less safe content. The service supports security-focused resolution and can be deployed via common DNS settings on network devices. It also offers an easy path to enforce policy on clients without building custom proxy infrastructure. Core value comes from fast global DNS resolution plus multiple filtering modes aimed at different risk tolerances.
Pros
- Blocks known malicious domains at DNS resolution time
- Global anycast DNS design supports low-latency lookups
- Configures by setting DNS server addresses on existing networks
- Multiple safety levels support different filtering strictness
Cons
- DNS-only control cannot filter by URL paths or application behavior
- Less suitable for complex allowlists and per-user custom policies
- Limited built-in reporting compared with full DNS security platforms
Best For
Organizations seeking DNS-based threat blocking with minimal network changes
CleanBrowsing
public-dns filteringDNS filtering service that blocks malware and offers family-friendly categories for controlled content access.
Curated Family and Adult filtering profiles delivered through encrypted DNS resolvers
CleanBrowsing stands out with curated DNS filtering profiles that block categories of content without requiring endpoint agents. It offers family, adult, and security-oriented blocking options using DNS-over-TLS and DNS-over-HTTPS for encrypted name resolution. The platform is designed for both individual devices and network-level deployments by directing clients to CleanBrowsing resolvers.
Pros
- Category-based DNS blocking with predefined filtering profiles
- DNS-over-HTTPS and DNS-over-TLS support for encrypted DNS
- Simple resolver-based setup for home routers and client devices
- Security-focused filtering profile designed to reduce risky domains
Cons
- Filtering is DNS-based and cannot understand app-level content behavior
- Management is limited compared with full policy engines for enterprises
- Does not provide per-user device policy granularity as a primary feature
Best For
Homes and small teams needing straightforward DNS content and security filtering
Cloudflare Gateway
secure gatewayDNS and web security that filters domains, blocks malware, and applies policy-based access controls using Cloudflare’s network.
DNS Security policies using domain categorization and threat signals at Cloudflare edge
Cloudflare Gateway stands out by combining DNS filtering with secure web and network policy enforcement using Cloudflare’s global edge. It blocks categories and risky domains through policy rules tied to user identities, sites, and device context. Administrators can visualize traffic patterns and manage exceptions using allowlists and group-based policy assignments. The product emphasizes fast remediation by updating controls centrally and propagating changes across Cloudflare’s infrastructure.
Pros
- DNS threat and category filtering enforced close to users via Cloudflare edge
- Identity and device-aware policies enable tailored filtering by user or group
- Clear traffic logs support investigation and fast tuning of allow and block rules
- Central policy management reduces operational overhead across distributed networks
Cons
- Advanced policy design can feel complex without prior Cloudflare DNS experience
- Initial setup requires careful integration with resolvers and client routing
- Granular per-application intent is limited versus full proxy-based controls
Best For
Organizations standardizing DNS filtering with identity-based policy enforcement at scale
Cisco Secure Web Appliance DNS security
enterprise securityDNS security capabilities delivered through Cisco’s web security stack to block malicious domains and enforce policy-based filtering.
DNS policy enforcement that filters domain lookups using reputation and threat intelligence
Cisco Secure Web Appliance DNS security focuses on controlling DNS resolution to block malicious domains before web traffic reaches endpoints. It supports DNS policy enforcement with reputation and threat-category style filtering to reduce exposure to known bad destinations. The appliance model consolidates policy control for environments that need centralized, network-layer name resolution governance. It is best suited for organizations that want DNS-based blocking paired with broader web security controls.
Pros
- DNS request policy enforcement blocks risky domains before connections form
- Centralized appliance deployment supports consistent filtering across subnets
- Threat-aware domain filtering reduces exposure to known malicious sites
Cons
- DNS-specific configuration can be complex in multi-network environments
- Limited visibility into client-level DNS decision history without deeper logs
- Best results depend on tuning policies to match user and application needs
Best For
Enterprises needing centralized DNS blocking integrated with web security appliances
Zscaler Internet Access DNS control
enterprise securitySecurity policy enforcement that uses DNS and web inspection to block malicious domains and restrict unsafe destinations.
DNS policy control integrated with Zscaler Internet Access traffic enforcement
Zscaler Internet Access DNS control stands out by tying DNS filtering to Zscaler’s network security enforcement for traffic routed through the ZIA service. The capability focuses on DNS policy control, domain decisions, and reputation-style filtering for web access requests. It supports centrally managed enforcement that aligns DNS outcomes with broader Zscaler security controls.
Pros
- Central DNS policy enforcement that aligns with ZIA security decisions
- Domain and URL categorization style filtering for web access control
- Scales well for distributed users through Zscaler’s service routing
Cons
- DNS-specific troubleshooting can be harder when tied to full ZIA paths
- Granular policy tuning may require familiarity with Zscaler policy objects
- Limited fit for environments that do not already use ZIA routing
Best For
Enterprises using Zscaler Internet Access needing centralized DNS-based web filtering
Forcepoint DNS filtering
enterprise securityManaged DNS-based policy enforcement that categorizes and blocks domains to reduce exposure to threats and unwanted content.
Category-driven DNS filtering integrated with Forcepoint security policy management
Forcepoint DNS filtering focuses on enterprise security workflows by combining DNS policy enforcement with Forcepoint’s broader security platform and reporting. The solution supports domain and URL-based control, with category-driven blocking and configurable allow or deny behavior for users and networks. It is designed to integrate with existing network controls and logging pipelines, which helps teams enforce policy consistently across environments. Visibility and investigation capabilities center on DNS activity patterns rather than only simple block lists.
Pros
- DNS policy enforcement with category-based filtering for domain control
- Enterprise-grade integration points for security teams and logging workflows
- Centralized policy management that supports consistent controls across networks
- DNS visibility tailored for investigation and policy tuning
Cons
- Setup and tuning require network and security architecture expertise
- Limited standalone DNS features compared with DNS-first security products
- Policy changes can be operationally complex in multi-network deployments
Best For
Enterprises needing DNS filtering tied into broader security governance
Pi-hole
self-hosted DNS sinkholeSelf-hosted DNS sinkhole that filters domains using blocklists and optional allowlists for local network control.
Web dashboard with per-client query tracking and block statistics
Pi-hole distinguishes itself by acting as a network-wide DNS sinkhole that blocks domains before clients ever fetch content. It routes DNS queries through a lightweight service and provides domain and regex blocking using blocklists. An integrated dashboard shows query and client activity with privacy-focused logging. The software also supports safe-listing and upstream DNS forwarding to keep filtering accurate for legitimate domains.
Pros
- Domain and regex blocking with curated and custom blocklists
- Live web dashboard with query history by client device
- Flexible upstream DNS forwarding to reduce false positives
- Simple safe-listing and conditional blocking behavior
Cons
- Best results require correct router or device DNS configuration
- Regex filters can be hard to debug during tuning
- Large volumes can increase dashboard latency on small hardware
Best For
Home networks and small offices needing domain-level DNS filtering
NextDNS
hosted policy DNSHosted DNS filtering that applies per-device policies, blocks trackers, and filters domains using customizable rulesets.
Per-device and per-network policy grouping with live DNS query logging
NextDNS stands out with a browser-like DNS control panel that manages filtering by domain, client identity, and network location. Core capabilities include configurable blocklists and allowlists, granular query logging, and real-time policy changes applied to configured resolvers. The platform also supports family and custom policies, plus device and network grouping to apply different rules per endpoint.
Pros
- Domain-based blocking with custom allowlists and blocklists per policy
- Detailed DNS query logs with searchable history and timestamps
- Multiple policy groups for different devices and networks
Cons
- Setup requires manual resolver configuration for each client network
- Advanced tuning can feel complex without DNS fundamentals
- Custom blocklists need ongoing maintenance to stay accurate
Best For
Households and small teams needing policy-based DNS filtering with visibility
Technitium DNS Server
self-hosted DNS serverSelf-hosted DNS server that can block domains and run as a local DNS resolver for filtering use cases.
Domain and rule-based filtering executed inside the DNS resolver
Technitium DNS Server stands out with a DNS-first filtering workflow that includes built-in web UI management and local policy enforcement. It supports domain and rule-based blocking, including blocklists that can be updated and applied to queries in real time. The product also provides recursive DNS capabilities so filtering can occur at the resolver layer instead of relying on downstream clients. Logging and filtering visibility are available through the server interface to help validate policy behavior.
Pros
- Rule-based DNS filtering with domain and query-driven blocking
- Built-in management interface for configuring policies and reviewing activity
- Recursive resolver support enables filtering at the DNS layer
- Configurable logging helps validate why queries were blocked
Cons
- Setup requires DNS networking knowledge and careful client configuration
- Advanced policy tuning can feel complex without strong DNS experience
- Filtering controls are DNS-focused with limited content-category governance
Best For
Home and small offices needing DNS-layer blocking and query logging
Conclusion
After evaluating 9 telecommunications connectivity, Quad9 stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Dns Filtering Software
This buyer's guide explains how to evaluate DNS filtering software for threat blocking, category control, and policy enforcement across home, small teams, and enterprises. It covers Quad9, CleanBrowsing, Cloudflare Gateway, Cisco Secure Web Appliance DNS security, Zscaler Internet Access DNS control, Forcepoint DNS filtering, Pi-hole, NextDNS, and Technitium DNS Server. The guide focuses on practical selection criteria tied to real capabilities like threat-intelligence modes, encrypted DNS delivery, per-device policies, and resolver-level enforcement.
What Is Dns Filtering Software?
DNS filtering software intercepts domain name resolution requests and applies allow or block decisions based on threat intelligence, domain categories, or custom rulesets. The goal is to stop risky or unwanted destinations before full web sessions begin by shaping which domains clients can resolve. Some tools deliver filtering as a public or hosted resolver such as Quad9 and NextDNS. Other tools run locally or inside enterprise security stacks such as Pi-hole and Cisco Secure Web Appliance DNS security.
Key Features to Look For
The strongest DNS filtering deployments depend on specific control planes and visibility options, not only blocklists.
Threat-intelligence driven DNS blocking with configurable safety modes
Quad9 blocks known malicious domains at DNS resolution time using threat-intelligence based filtering modes aimed at different risk tolerances. This lets organizations tighten or loosen blocking behavior without requiring endpoint agents, which is a key fit for threat-focused DNS protection with minimal network change.
Encrypted DNS delivery using DNS-over-HTTPS and DNS-over-TLS
CleanBrowsing provides curated Family and Adult filtering profiles delivered through encrypted DNS resolvers using DNS-over-HTTPS and DNS-over-TLS. This improves privacy for DNS lookups while keeping filtering decisions centralized in the resolver path.
Identity and device-aware policy enforcement with centralized rule management
Cloudflare Gateway enforces DNS security policies using domain categorization and threat signals at the Cloudflare edge with policies tied to user identity and device context. This approach pairs detailed traffic logs for investigation with centralized policy management so exceptions and tuning stay consistent across distributed networks.
Resolver-side execution with built-in management and rule-based blocking
Technitium DNS Server runs as a self-hosted recursive DNS resolver that applies domain and rule-based filtering inside the DNS layer. It includes a built-in web UI for configuring policies and reviewing activity, which reduces the operational gap compared with tools that only provide external hosted resolvers.
Per-device and per-network policy groups with detailed query logging
NextDNS applies policies per device and supports policy groups tied to network location with detailed DNS query logs. This makes it practical to separate household roles or small-team contexts and validate which queries were blocked using searchable history.
Granular domain control with dashboard visibility across clients
Pi-hole offers domain and regex blocking backed by blocklists and safe-listing, plus a web dashboard that shows query history by client device with block statistics. This combination helps tune filters by observing what was requested and what the resolver blocked.
How to Choose the Right Dns Filtering Software
The right choice depends on where filtering must happen in the network path, what policy dimensions matter, and how much investigation tooling is required after blocks start.
Match the deployment model to your network control requirements
Organizations that want DNS protection by changing DNS server settings on existing networks should evaluate Quad9 because it configures through common DNS server address changes and uses threat-intelligence modes. Teams that need encrypted DNS filtering profiles without endpoint tooling should consider CleanBrowsing because it delivers Family and Adult categories via encrypted resolvers.
Choose the policy scope that fits your environment
If filtering must vary by user identity and device context at scale, Cloudflare Gateway supports identity and device-aware policy rules with allowlists and group-based assignments. If filtering must align with an existing Zscaler Internet Access routing and enforcement path, Zscaler Internet Access DNS control ties DNS decisions and URL categorization style filtering into ZIA traffic enforcement.
Prioritize the level of visibility needed for tuning
For per-device debugging and transparency into which queries were blocked, NextDNS provides detailed DNS query logs with searchable history and timestamps. For home and small office tuning, Pi-hole provides a live web dashboard with query history by client device and block statistics.
Confirm whether you need URL-level control or DNS-only domain control
Quad9 focuses on DNS-only domain decisions and cannot filter by URL paths or application behavior, so it fits threat blocking more than per-page governance. CleanBrowsing is also DNS-based for category and content blocking, while Forcepoint DNS filtering and Zscaler Internet Access DNS control integrate DNS policy control with broader web control semantics like category and URL categorization style rules.
Select the platform that matches your security operations maturity
Enterprises that already use Forcepoint for security governance should adopt Forcepoint DNS filtering because it integrates DNS policy enforcement with Forcepoint security policy management and centralized investigation workflows. Enterprises that need appliance-based centralized DNS security should evaluate Cisco Secure Web Appliance DNS security because it consolidates policy control into a web security appliance model for DNS request blocking.
Who Needs Dns Filtering Software?
DNS filtering software benefits anyone who wants to reduce exposure by controlling which domains can be resolved or by categorizing and blocking risky destinations at the resolver stage.
Organizations seeking DNS-based threat blocking with minimal network changes
Quad9 fits this need because it blocks known malicious domains at DNS resolution time and supports multiple filtering profiles through common DNS server configuration. It works well when the main goal is threat-intelligence driven domain blocking without building a proxy infrastructure.
Homes and small teams needing straightforward family and adult content control
CleanBrowsing fits this need because it provides curated Family and Adult filtering profiles through encrypted DNS resolvers. It also supports encrypted DNS-over-HTTPS and DNS-over-TLS delivery for clients that point to CleanBrowsing resolvers.
Organizations standardizing DNS filtering with identity-based policy enforcement at scale
Cloudflare Gateway fits this need because it applies DNS security policies using domain categorization and threat signals at the Cloudflare edge. It adds identity and device-aware policy assignments plus centralized policy management and traffic logs for investigation and exception tuning.
Home networks and small offices needing DNS-layer blocking and query logging
Pi-hole fits because it is a self-hosted DNS sinkhole with a live dashboard that tracks query history by client device and provides safe-listing plus regex blocking. Technitium DNS Server also fits this need because it provides DNS-first filtering inside a self-hosted recursive resolver with a built-in management interface and configurable logging.
Common Mistakes to Avoid
Several recurring pitfalls appear when teams choose DNS filtering tools without aligning capabilities to what they actually need to govern or investigate.
Assuming DNS filtering can replace URL or application-level intent controls
Quad9 and CleanBrowsing enforce DNS-based decisions and cannot filter by URL paths or app behavior, so they do not deliver full page-level governance. Forcepoint DNS filtering and Zscaler Internet Access DNS control integrate DNS policy control into broader security or web enforcement contexts that better align DNS outcomes with web access control.
Overlooking DNS integration complexity when identity or routing must be coordinated
Cloudflare Gateway policy design can feel complex when identity and device context are not already part of the DNS routing and policy workflow. Zscaler Internet Access DNS control is best aligned for environments already routing traffic through ZIA, because DNS control is tied to ZIA enforcement paths.
Choosing self-hosted filtering without planning for correct client DNS configuration
Pi-hole delivers the intended protections only after routers and client devices point DNS queries to the Pi-hole resolver, so incorrect DNS settings reduce protection coverage. Technitium DNS Server also requires correct DNS networking and careful client configuration so that recursive resolver filtering actually triggers.
Using blocklists without a tuning loop supported by query visibility
Tools like Pi-hole and NextDNS succeed when blocks are tuned using live or searchable query logs, because regex blocking and custom allowlists can create false positives. Without query logging and investigation visibility, DNS-only tools like Quad9 and CleanBrowsing are harder to validate after policy changes.
How We Selected and Ranked These Tools
we evaluated each DNS filtering tool on three sub-dimensions, features with weight 0.4, ease of use with weight 0.3, and value with weight 0.3. The overall rating for each tool is the weighted average using overall = 0.40 × features + 0.30 × ease of use + 0.30 × value. Quad9 separated from lower-ranked tools by combining strong features with operational simplicity, because threat-intelligence driven DNS filtering modes work through common DNS server configuration without introducing proxy complexity. Quad9 also scored highly on ease of use because enforcing filtering profiles is primarily a resolver configuration exercise rather than a custom application routing project.
Frequently Asked Questions About Dns Filtering Software
Which DNS filtering tools best block malicious domains without installing endpoint agents?
Quad9 and CleanBrowsing work by filtering DNS resolution at the resolver layer, so clients can enforce policy through DNS settings rather than endpoint software. Pi-hole also blocks at DNS query time using a network-wide sinkhole, and it shows query activity on its dashboard.
How do identity and device-aware policies differ across DNS filtering products?
Cloudflare Gateway applies DNS security policies using user identity, device context, and site context at the Cloudflare edge. NextDNS applies different rules by grouping devices and networks, and it lets administrators change policy in near real time for the configured resolvers.
Which option fits teams that already use a full security platform for enforcement and reporting?
Forcepoint DNS filtering ties DNS policy enforcement into Forcepoint security governance with category-driven control and DNS activity investigation. Zscaler Internet Access DNS control aligns DNS decisions with ZIA traffic enforcement, keeping DNS outcomes consistent with broader ZIA security controls.
What DNS filtering products are designed for centralized governance in enterprise network architectures?
Cisco Secure Web Appliance DNS security centralizes DNS policy enforcement through an appliance model and filters name lookups using reputation-style and threat-category decisions. Zscaler Internet Access DNS control centralizes DNS policy for traffic routed through ZIA, so organizations manage DNS outcomes from one control plane.
Which tools support encrypted DNS while still enforcing filtering categories?
CleanBrowsing delivers curated Family and Adult blocking profiles using encrypted DNS methods such as DNS-over-TLS and DNS-over-HTTPS. Quad9 focuses on privacy-conscious, security-driven DNS resolution, while NextDNS provides encrypted resolver access paired with granular policy controls.
Which DNS filtering solution is best for family-style content categories with minimal setup?
CleanBrowsing is built around curated Family and Adult filtering profiles delivered through its resolvers. NextDNS also supports family policies, and it can apply those policies per device or per network location.
How do built-in dashboards and logs help troubleshoot DNS filtering problems?
Pi-hole includes a dashboard that shows query and client activity along with block statistics, which helps isolate misbehaving clients or overbroad blocklists. NextDNS provides a DNS control panel with detailed query logging and per-policy visibility, while Technitium DNS Server exposes logging and filtering behavior through its web UI.
What causes “DNS filtering not working” symptoms, and how can each tool’s deployment model prevent it?
DNS filtering often fails when clients do not use the resolver IP being configured, which is why Quad9, CleanBrowsing, and NextDNS rely on DNS settings to direct queries to their resolvers. Pi-hole and Technitium reduce reliance on downstream components by performing filtering inside a local resolver or sinkhole, so the block decision occurs before clients fetch content.
When a DNS filter must match specific domains or patterns, which products support that level of control?
Pi-hole supports blocklists and regex-based blocking to target domains and patterns precisely. NextDNS provides allowlists and blocklists with granular policy rules by domain and identity, while Technitium DNS Server supports domain and rule-based blocking that can be updated for immediate effect.
Tools reviewed
Referenced in the comparison table and product reviews above.
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