Setting up Your TorGuard VPN Router: A Complete Guide to Network Wide Protection 2026

Setting up your torguard vpn router a complete guide to network wide protection is all about getting your devices protected without fuss. Quick fact: a well-configured TorGuard VPN router can cover your whole home network, from smart TVs to laptops, with a single setup. In this guide, I’ll walk you through everything you need—step by step, with practical tips and real-world examples. Think of this as a friend who has wrestled with routers and VPNs and lived to tell the tale.

Introduction: a quick overview you can skim fast

• Quick fact: A TorGuard VPN router setup provides network-wide encryption and anonymity for all devices on your home network.
• What you’ll get: a step-by-step configuration, troubleshooting tips, and best practices to keep things secure.
• Format you’ll see: a mix of quick lists, practical steps, and a few tables to keep data easy to digest.

Useful URLs and Resources text only

• TorGuard official site – torguard.net
• TorGuard knowledge base – support.torguard.net
• Ubiquiti router setup guides – help.ui.com
• Asus router setup guides – www.asus.com/support
• SmallNetBuilder networking guides – smallnetbuilder.com
• Wikipedia article on VPNs – en.wikipedia.org/wiki/Virtual_private_network
• Your ISP router troubleshooting – typicalisphelp.com
• OpenWrt project – openwrt.org
• Reddit r/VPN – reddit.com/r/VPN
• TechTarget VPN basics – techtarget.com

Why you’d want a TorGuard VPN router for network-wide protection

Getting a VPN right on your router saves you from installing VPN apps on every device. Here’s why it makes sense:

• One setup = all devices covered: phones, tablets, laptops, consoles, and smart TVs.
• Consistent encryption: your traffic is encrypted as it leaves your home network.
• Stay private on every network: whether you’re at home, a cafe, or staying with friends, devices stay protected.
• Avoid app-level conflicts: some devices don’t let you install a VPN, but they’ll still route through your router.

Common concerns:

• Speed impact: router VPNs can slow you down a bit, depending on your hardware and plan. You’ll optimize with the right router and VPN protocol.
• Compatibility: some routers need a custom firmware or second device to run TorGuard smoothly.
• Setup complexity: you can do this with patience. It’s easier if you have a bit of networking basics in your toolkit.

Check your current setup and plan your topology

Before you touch any settings, map out what you’ll protect and how your home network is arranged.

• Inventory: list devices that will use the VPN and note any that should stay on local or separate networks like IoT devices you don’t want to route via VPN in some cases.
• Router choice: pick a router that supports VPN client mode and strong CPU for encryption. If your current router isn’t up to it, consider a flashable OpenWrt/DD-WRT option or a dedicated VPN router.
• Topology options:
  • Single router with VPN client: all devices protected.
  • Double router setup: one router handles VPN, the other is an unmodified network for devices that don’t like VPN routing selectively route devices.
  • Mesh network considerations: VPN on the main router is common, but mesh nodes may vary in VPN support—check compatibility.

Data you’ll want handy

• Your TorGuard account credentials
• TorGuard VPN server you plan to use country and city
• Preferred protocol OpenVPN UDP/TCP, WireGuard if supported by TorGuard

Step-by-step guide: setting up TorGuard VPN on a typical consumer router

Note: exact menus vary by brand, but the general flow is similar. I’ll outline a broad approach plus brand-specific tips you’ll see in popular routers.

Step 1: Prepare and verify your hardware

• Confirm your router’s firmware version supports VPN client mode.
• If you’re using a stock firmware that doesn’t support VPNs, you may need to install custom firmware OpenWrt, DD-WRT, or Tomato or upgrade to a model that does.
• Backup current settings before making changes.

Step 2: Get TorGuard server details

• Log in to your TorGuard account.
• Choose a server location and copy the server address e.g., vpnserver.torguard.com and port.
• Decide on protocol: OpenVPN is common and highly configurable; WireGuard may offer faster performance if supported.

Step 3: Access your router’s admin panel

• Connect a computer to the router via Ethernet for stability.
• Enter the router’s IP commonly 192.168.1.1 or 192.168.0.1 in a browser.
• Log in with admin credentials.

Step 4: Enable VPN client mode

• Navigate to the VPN or WAN settings; enable VPN client or VPN server mode depending on your topology.
• Choose VPN type: OpenVPN or WireGuard as supported by your router and TorGuard plan.
• If you’re using OpenVPN, you’ll typically upload a .ovpn profile or paste several lines of config.

Step 5: Configure OpenVPN or WireGuard settings

• OpenVPN:
  • Server address: the TorGuard server you selected
  • Port and protocol: per TorGuard guidance common ports are 1194 UDP, 1197 TCP
  • Authentication: username/password or certificate-based depending on TorGuard setup
  • TLS/cryptographic settings: adjust to TorGuard’s recommended defaults
  • Copy the TLS key, CA certificate, and client certificate if required
• WireGuard if supported:
  • Enter private and public keys
  • Add peer information using TorGuard-provided endpoint and allowed IPs
  • Enable persistent keepalive to maintain the tunnel

Step 6: Set routing and DNS

• Ensure all traffic routes through the VPN tunnel by default. Look for a setting like “Redirect Internet Traffic” or “Force All Traffic through VPN.”
• For DNS:
  • Use TorGuard’s DNS servers to prevent DNS leaks, or enable “Use VPN DNS” if your router supports it.
  • Optionally add a DNS leak test step after setup to verify.

Step 7: Save, apply, and reboot

• Save the configuration and reboot the router.
• After reboot, check the VPN status in the router UI. Confirm the VPN is connected and showing the correct server.

Step 8: Verify the network-wide protection

• A quick check: on a connected device, visit whatismyipaddress.com to verify the IP reflects the TorGuard server location.
• Run a DNS leak test to ensure DNS queries are not leaking to your ISP.
• Test with multiple devices to ensure coverage across the network.

Step 9: Optional: split tunneling and device exemptions

• If some devices don’t need VPN protection or you want faster local access for certain tasks, configure split tunneling.
• Create a list of devices or IP ranges that should bypass the VPN, keeping others on VPN.

Step 10: Security hardening and maintenance

• Use a strong admin password, enable two-factor authentication on your TorGuard account, and keep router firmware up to date.
• Periodically test VPN performance and server load; switch servers if speeds dip.
• Back up VPN configuration files so you can restore quickly after a reset.

Brand-specific tips for popular routers

Asus routers

• ASUSWRT often has a built-in OpenVPN client mode.
• Steps: Open VPN tab > VPN Client > Add profile > Import .ovpn or enter text manually > Apply.
• Use the DNS override option to route DNS through the VPN for full privacy.

Netgear Nighthawk

• Many Netgear models support OpenVPN client mode via the VPN section.
• If OpenVPN isn’t straightforward, consider using a separate VPN router behind the main router.

TP-Link

• Some TP-Link models provide a direct VPN Client option under Advanced VPN settings.
• If your model isn’t supportive, you can flash OpenWrt to gain VPN client capabilities.

Ubiquiti UniFi

• UniFi doesn’t natively expose VPN client mode easily; you may need to set up a dedicated VPN router in your network or use EdgeRouter in a separate VLAN for VPN routing.

Troubleshooting common issues

• VPN won’t connect: double-check server address, port, and credentials. Re-download configuration from TorGuard if needed.
• Slow speeds: try a different protocol OpenVPN vs WireGuard, pick a closer server, or check router CPU utilization.
• DNS leaks: confirm VPN DNS is in use, and run a DNS leak test.
• Some devices fail to connect: ensure those devices are not on a split-tunnel bypass path and verify they’re using the VPN gateway.

Security best practices for network-wide protection

• Change default router credentials to something strong.
• Disable WPS on your router to prevent easy access.
• Regularly update firmware to patch vulnerabilities.
• Use a separate network for guests to avoid exposing IoT devices through your main network.

Performance optimization tips

• Use a router with a capable CPU and enough RAM to handle encryption.
• Prefer UDP over TCP for OpenVPN for better performance, unless reliability is a concern.
• If you have many devices, consider lowering the VPN’s MTU to avoid fragmentation usually around 1400-1500, but test to find the sweet spot.

Advanced options: VPN on a dedicated gateway vs. mesh coverage

• Dedicated gateway: a separate router just for VPN can keep your main router free for local network tasks and might simplify troubleshooting.
• Mesh with VPN: some mesh systems support VPN on the main node; others may need a VPN-capable main router with satellite nodes that don’t route VPN traffic. Always verify with your mesh vendor’s docs.

Data privacy and monitoring considerations

• Even with VPN, you’ll want to consider your ISP’s data practices. A VPN hides content from the ISP, but metadata may still be visible to TorGuard.
• Review TorGuard’s privacy policy and logs policy to understand what is stored and for how long.

Maintenance checklist

• Quarterly: test VPN connection stability and speeds across devices.
• Annually: re-check server locations and protocol options; refresh credentials if needed.
• Monthly: audit connected devices and remove anything that’s no longer in use.

Quick reference cheat sheet

• Default router login: / admin
• TorGuard server choice: pick a location close to you for speed or a country that best matches your needs for privacy
• OpenVPN config: upload .ovpn or paste settings
• WireGuard: configure keys and peer details
• DNS: set to VPN DNS, test for leaks
• Split tunneling: selectively route devices

Real-world scenarios and examples

• Scenario A: You want all devices covered for streaming and general browsing. Use OpenVPN client mode, enable “redirect all traffic” and route all DNS through TorGuard. Test with a streaming device and a laptop to confirm no IP leaks.
• Scenario B: You have a smart home with several IoT devices. You want to ensure these devices stay local for some tasks while privacy is still important on the rest of the network. Use split tunneling to exclude IoT devices from VPN routing while keeping other devices on VPN.

Performance and features comparison

• OpenVPN vs WireGuard:
  • OpenVPN: very configurable, broad compatibility, slightly slower on older hardware.
  • WireGuard: faster speeds, simpler config, may not be available on all TorGuard servers.
• Router power matters: older routers can struggle with encryption; consider upgrading if you see significant slowdowns.

Best practices summary

• Start with a clean slate: reset or back up configs before major changes.
• Use the strongest protocol supported by your hardware and TorGuard plan.
• Ensure DNS requests don’t leak outside the VPN tunnel.
• Keep firmware updated and monitor performance.

Frequently asked questions

How do I know my TorGuard VPN router is protecting all devices?

You should see all devices using the VPN by checking the router’s VPN status page and performing a whatismyipaddress check on multiple devices. If the IP shows the TorGuard server’s location from any device, you’re good. Setting up your mikrotik as an openvpn client a step by step guide and quick wins for VPN setups 2026

Can I use VPN on my existing ISP router without buying a new device?

If your current router supports VPN client mode, yes. If not, you may need to flash custom firmware or use a separate VPN-capable router behind your ISP router.

What protocol should I use with TorGuard?

OpenVPN is reliable and widely supported; WireGuard is faster where available. Start with OpenVPN and switch to WireGuard if you need better performance.

How do I set up DNS so it doesn’t leak?

Configure the router to use TorGuard’s DNS servers or enable “use VPN DNS” in the VPN settings. After setup, run a DNS leak test to verify.

Do I need to reboot the router after setup?

Yes. Reboot once after saving settings to ensure all changes take effect.

Can I run a VPN on my mesh network?

Some mesh systems support VPN on the main node or through a dedicated VPN-enabled gateway. Check your mesh system’s documentation and consider a dedicated VPN router if needed. Sling tv not working with a vpn heres how to fix it 2026

What if a device doesn’t work with the VPN?

Try a split-tunnel setup to exclude that device from VPN routing. Also verify that the device isn’t set to a static IP conflicting with your VPN gateway.

Is the VPN safe for online gaming?

Yes, as long as latency remains acceptable. If VPN adds noticeable latency, test a different server or protocol, or consider gaming devices on a split tunnel.

Will TorGuard protect my IoT devices?

If you route those devices through the VPN, yes. If you keep them on a separate network or bypass VPN for IoT, you’ll still get some protections but not end-to-end encryption for those devices.

How often should I update my VPN settings?

If TorGuard makes changes to servers or protocols, update settings accordingly. At minimum, re-test every few months to ensure performance and security remain optimal.

Final note
Setting up your torguard vpn router a complete guide to network wide protection is all about a balance between security, speed, and ease of use. With the right router, a solid VPN configuration, and a little patience, you’ll have a robust, network-wide shield that covers every device in your home. Happy browsing, and may your online life stay private and fast. Sky go not working with expressvpn heres how to fix it 2026 guide: VPN tips, tricks, and step-by-step fixes

Setting up your TorGuard VPN router a complete guide to network wide protection is easier than you might think. This guide gives you a step-by-step, friendly walkthrough to harden every device on your home network with TorGuard, plus practical tips, real-world stats, and handy shortcuts. If you’re tired of toggling VPNs on each device or dealing with flaky apps, this is the article for you. Below you’ll find a quick, high-level roadmap, followed by deeper dives, concrete steps, and a robust FAQ to keep you covered.

Useful resources you might want to keep handy:

• Apple Website – apple.com
• TorGuard VPN – torguard.com
• OpenVPN Community – openvpn.net
• Router Manufacturer Support – example-router.com
• How SSL Works – en.wikipedia.org/wiki/Transport_Layer_Security

Introduction: a quick, practical overview

Yes, you can protect every device on your home network by setting up a TorGuard VPN on your router. Here’s what you’ll get:

• Network-wide encryption that covers everything from laptops to smart TVs
• A single login for all devices and easier management
• Bypassing geo-restrictions on all connected devices
• Improved privacy and reduced tracking across your home

What you’ll find in this guide: Proton vpn 수동 설정 완벽 가이드 openvpn 및 ⭐ wireguard 구성 방법 2026

• Quick-start checklist
• How TorGuard works with routers and why it matters
• Step-by-step router setup and TorGuard configuration
• DNS, firewall, and kill-switch options for extra protection
• Performance tips to keep speeds up
• Common problems and quick fixes
• FAQs to answer all your burning questions

Now, let’s roll up our sleeves and get you wired for network-wide protection.

Why use TorGuard on a router?

TorGuard VPN is a popular choice for router-level VPN because it supports:

• OpenVPN and WireGuard protocols for strong encryption and speed
• Wide compatibility with many router firmwares DD-WRT, Tomato, Asuswrt-Merlin, and stock firmware on some models
• Flexible server options, including specialty servers for streaming and torrenting
• A straightforward setup process when you’re using a router as your VPN gateway

Think of your router as the central post office. If you wrap it with a VPN, every package device that passes through is automatically protected. No more piecemeal setup on each gadget, and you’ll get consistent protection whether you’re browsing on your laptop, gaming console, or smart fridge.

Quick-start checklist

• Confirm your router’s compatibility with TorGuard VPN OpenVPN or WireGuard
• Choose the right TorGuard plan for your needs consider streaming, torrenting, and device counts
• Back up your current router settings just in case
• Download the necessary TorGuard configuration files for your router
• Prepare a strong admin password and enable two-factor authentication if available
• Decide on a kill switch and DNS privacy preferences
• Test all devices after setup and check for leaks or IP exposure
• Note your new VPN server location and connection status for quick reference

Understanding TorGuard on a router: steps and options

• Decide on a protocol: OpenVPN generally very stable, broad compatibility or WireGuard great speed, newer, lighter
• Pick a server location that balances performance and geo-access needs
• Determine whether you want split tunneling some traffic goes through VPN, some doesn’t or full tunnel all traffic uses VPN
• Choose a DNS strategy: TorGuard DNS, third-party DNS with privacy features, or your own private DNS server
• Set up a kill switch to prevent leaks if the VPN drops

Hardware considerations: which routers are best?

• High-priority features: CPU power, USB ports for USB VPN sharing, compatibility with DD-WRT, Tomato, or Merlin firmware
• Popular choices: Asus RT-AC86U, RT-AX88U, Netgear Nighthawk series, Linksys WRT devices
• If you’re unsure about flashing, consider a pre-flashed router that supports VPN out of the box

Why it matters: modern VPNs add a layer of protection that standard consumer routers can’t always provide, especially for IoT devices with weak security.

Step-by-step guide: setting up TorGuard VPN on your router

Note: This guide uses OpenVPN as the primary protocol, with notes for WireGuard where available. Settings may vary slightly depending on your router model and firmware. Openvpn not connecting heres how to fix it fast: Quick Fixes, Tips, and What to Check 2026

1. Prep the router

• Log in to your router’s admin panel usually 192.168.1.1 or 192.168.0.1
• Update firmware to the latest version
• Back up existing configuration
• Change the admin password to a strong, unique one
• Enable automatic security updates if possible

2. Install VPN-compatible firmware if needed

• If your router isn’t VPN-friendly, install DD-WRT, Tomato, or Asuswrt-Merlin
• Follow manufacturer guidance for flashing, including a full reset after flashing

3. Obtain TorGuard OpenVPN files

• Log in to TorGuard, go to VPN configuration files, and download the OpenVPN profile for your preferred server
• Save the .ovpn file and any certificate/key files if required by your firmware

4. Configure OpenVPN on the router

• OpenVPN setup path will vary by firmware:
  • DD-WRT: Services > VPN > OpenVPN
  • Asuswrt-Merlin: VPN > VPN Client
  • Tomato: VPN Tunnels > OpenVPN
• Enter the server address, port, and protocol UDP is common for speed
• Upload the certificate and key files if your configuration requires them
• Enter your TorGuard username and password
• Enable the client and apply settings

5. Set up DNS and kill switch

• DNS: Use TorGuard DNS servers or a privacy-focused DNS e.g., 1.1.1.1, 9.9.9.9 if your router allows it
• Kill switch: Ensure all traffic is blocked if the VPN disconnects to prevent leaks
• Firewall: Block IPv6 leaks if you don’t want IPv6 traffic outside the VPN

6. Test the VPN connection

• Check your public IP using a site like whatismyip.com
• Confirm the IP corresponds to the VPN server
• Check for DNS leaks with a dedicated DNS leak test tool
• Validate that your bandwidth is acceptable and consistent

7. Enable additional protections

• Enable a primary firewall on the router
• Consider enabling guest networks separated from the main network
• Enable automatic re-connection to the VPN on boot

8. Save, reboot, and test again

• Reboot your router to ensure all settings load correctly
• Re-test each device on the network

Advanced configurations for maximum protection

• Split tunneling: If your devices include smart TVs or gaming consoles that don’t need VPN, set up selective routing so only certain devices use the VPN
• Multi-hop VPN: If TorGuard supports it, route traffic through two VPN servers for extra privacy
• DNS over TLS/HTTPS: Use DNS over TLS/HTTPS if your router supports it for encrypted DNS requests
• IPv6 handling: Disable IPv6 on the VPN tunnel if your devices don’t support it well, to avoid leaks
• Port forwarding: Only enable port forwarding on devices that require it, after VPN is running to avoid exposure

DNS, leaks, and privacy considerations

• DNS leaks can reveal your browsing activity even if the VPN is connected. Use TorGuard DNS or a privacy-first resolver
• IPv6 leaks are common when the VPN doesn’t cover IPv6 traffic. Either disable IPv6 on the router or ensure VPN handles it
• WebRTC leaks: Some browsers can reveal your real IP via WebRTC. Disable WebRTC in browsers if you’re concerned about privacy

Data you can rely on:

• TorGuard offers a broad server network and multi-protocol support
• OpenVPN remains the most compatible and stable option across many routers
• WireGuard provides faster speeds but may require newer firmware and careful power management

Performance tips: keeping speed up while protected

• Choose servers that are geographically closer to you for lower latency
• Use UDP rather than TCP for OpenVPN when possible
• Enable hardware acceleration on your router if supported
• Avoid overloading your Wi-Fi network; consider using wired connections for critical devices during heavy VPN use
• Update firmware and VPN client regularly to benefit from performance improvements

Common problems and quick fixes

• Problem: VPN won’t connect
  • Fix: Recheck server address, credentials, and certificates; restart the router; try a different server
• Problem: Slow speeds
  • Fix: Switch to a closer server; switch to WireGuard if available; reduce encryption overhead if your needs allow
• Problem: DNS leaks
  • Fix: Set DNS to TorGuard on the router; disable IPv6 if needed; ensure VPN tunnel is active on all traffic
• Problem: IP not showing VPN
  • Fix: Confirm you’re using the correct OpenVPN profile; verify the tunnel interface is up; restart VPN and router
• Problem: Kill switch not working
  • Fix: Ensure firewall rules block non-VPN traffic; test by disconnecting VPN and attempting a leak test

Security best practices for a VPN-enabled network

• Use a strong admin password and enable two-factor authentication where possible
• Regularly update router firmware and VPN client
• Segment your network with a guest network for IoT devices
• Disable unused services on the router UPnP, WPS, etc.
• Keep a log of VPN server locations you use and switch them periodically for better privacy

The practical impact: what you gain

• One setup to protect your entire family’s devices
• Consistent privacy and encryption across all devices
• Access to geo-restricted content without device-by-device setup
• A more controlled and auditable network security posture

What to monitor after setup

• VPN connection status on the router admin page
• IP address consistency across devices
• DNS leakage test results
• Latency and throughput compared to your baseline

Additional tips for specific devices

• Laptops and desktops: ensure VPN is always on or set to reconnect automatically
• Smartphones: consider battery impact and Wi-Fi vs. cellular behavior
• Smart TVs and streaming boxes: ensure they remain on the VPN if needed and verify streaming quality
• Gaming consoles: verify that NAT type remains suitable when VPN is active

What about corporate or enterprise-level use?

If your household has someone who needs stricter privacy or you’re running a home-based business, you might want to:

• Set up a dedicated VPN router for work devices
• Use a separate DNS server that logs under stricter privacy policies
• Create a separate VLAN for work devices and keep personal devices on another VLAN

Maintenance and long-term upgrades

• Periodically review your router’s performance and consider upgrading to a more powerful model if you see bottlenecks
• Refresh VPN credentials periodically and monitor any unusual activity
• Revisit your server location choices as online services change their edge infrastructure

Troubleshooting flowchart quick reference

• Step 1: Confirm VPN status on the router
• Step 2: Check if any device can connect without VPN
• Step 3: Run a DNS leak test and IP check
• Step 4: Reboot both router and modem
• Step 5: Try alternate server and protocol
• Step 6: Review firewall and kill switch settings
• Step 7: If still stuck, contact TorGuard support with your configuration details

Real-world setup timeline

• 0–15 minutes: Gather equipment, verify compatibility, back up settings
• 15–45 minutes: Flash firmware if needed, install VPN, import configuration
• 45–75 minutes: Configure DNS, kill switch, firewall rules, and tests
• 75–120 minutes: Fine-tune for performance, test across devices, set up additional protections

Case study: a typical home network before and after

• Before: Every device had its own VPN app, many apps conflicted with VPNs, streaming devices sometimes failed to work, and you had to remember multiple usernames
• After: One router-level VPN covers all devices, simplified management, consistent privacy, and easier troubleshooting

Final checks before you go live

• All devices tested and connected through VPN
• Public IP matches the VPN server
• DNS is not leaking, and IPv6 is either disabled or properly routed through VPN
• Kill switch is active and tested
• Router firmware, VPN client, and configuration files are up to date

Frequently Asked Questions

How do I know if my router supports TorGuard VPN natively?

TorGuard’s site provides configuration guides for common router firmware. If your router isn’t officially supported, you may need to flash a VPN-friendly firmware like DD-WRT, Tomato, or Asuswrt-Merlin.

Can I run TorGuard on multiple VPN servers at once?

Most consumer setups are single-tunnel. Some advanced configurations allow multi-hop or split tunneling, but you’ll need compatible firmware and caution with network complexity.

Should I use OpenVPN or WireGuard on my router?

OpenVPN is the most widely supported and rock-solid for compatibility. WireGuard is faster and simpler but may require newer firmware and careful setup on routers. Norton vpn not working on iphone heres how to fix it fast and other quick VPN tips for iPhone 2026

What’s the best server location for performance?

Choose a location physically close to you with a fast, stable server. For streaming, pick servers optimized for streaming if available.

How do I prevent DNS leaks?

Use TorGuard DNS on the router, disable IPv6 if necessary, and test for leaks using reliable tools. Ensure the VPN is set as the default gateway for all traffic.

Can I still access local network devices while VPN is on?

Yes, with VPN-enabled routers you can enable split tunneling or carefully route specific devices through the VPN while keeping others on the local network.

How do I enable the kill switch on a typical router setup?

Enable a firewall rule that blocks traffic if the VPN tunnel goes down, ensuring no traffic leaves the VPN. Test by disconnecting the VPN and attempting a leak test.

How often should I update my VPN configuration?

Update whenever TorGuard releases a new profile or certificate, and after any firmware update on your router. Nordvpn 무료 7일 무료 체험부터 환불 보증까지 완벽 활용법 2026년 최신 정보

What if I forget my router admin password?

Use the router’s reset procedure to factory reset the device, then reconfigure from scratch. After resetting, update to the latest firmware and reapply security settings.

Do I need to use TorGuard’s DNS, or can I use a public DNS?

TorGuard DNS adds privacy within their ecosystem, but you can use trusted public DNS services like Cloudflare or Google DNS if you prefer. Ensure they’re configured to route DNS through the VPN when needed.

Sources:

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