You set up a VPN directly on your router so all your connected devices can use the VPN without needing a separate app.

Everything seems fine until the VPN suddenly stops working.

Maybe it won’t connect, keeps disconnecting, or shows that it’s connected while your devices can’t access the internet.

If that sounds familiar, the problem may be related to your router’s configuration, firmware, or network settings.

Router-based VPN connections work a little differently from VPN apps installed on individual devices. That means troubleshooting can require checking a few additional settings.

The good news? You may not need to reset your router or start the setup process from scratch.

Here’s what you can try.

Why Can a VPN Stop Working on a Router?

A router based VPN routes network traffic through a VPN connection directly from your router.

This means devices connected to your network can use the VPN without installing individual VPN applications.

However, several things can interfere with this connection.

Your router may not fully support the VPN protocol you’re using, your configuration details may be incorrect, or an outdated firmware version could cause compatibility problems.

Firewall settings, DNS issues, and temporary network problems can also prevent the VPN from working properly.

How to Fix a VPN That Isn’t Working on Your Router

1. Check Whether Your Router Supports VPN Connections

Not every router supports VPN client connections.

Some routers have built-in VPN client functionality, while others may require compatible custom firmware or additional configuration.

Even if your router supports VPN connections, it may not support every VPN protocol.

Before changing anything, check your router manufacturer’s documentation to confirm that your model supports the VPN setup you’re trying to use.

2. Double Check Your VPN Configuration

A small configuration mistake can prevent your router from connecting to the VPN server.

Check that you’ve entered the correct:

• VPN server address
• Username and password
• VPN protocol
• Encryption and authentication settings
• Provider-specific configuration files or certificates

If you’ve recently changed your VPN credentials or server, make sure your router is using the updated information.

3. Try a Different VPN Protocol

Your router may support multiple VPN protocols, but compatibility can vary depending on the router model and firmware.

If your current protocol isn’t connecting, try another supported option.

If available, WireGuard can be a good choice because it’s designed to be lightweight and efficient.

Just make sure both your router and VPN provider support the protocol you’re trying to use.

4. Try Another VPN Server

Sometimes, the issue isn’t your router configuration at all.

The VPN server you’re using may be experiencing temporary connectivity problems or high traffic.

Try connecting your router to:

• Another server in the same country
• A different city
• A nearby VPN location

If another server works, the problem may be related to the original server rather than your router.

5. Check Your Router’s Firmware

Your router’s firmware controls how its hardware and network features operate.

An outdated version can sometimes cause VPN compatibility issues, connection instability, or problems with certain protocols.

Check your router’s administration panel or the manufacturer’s website for available firmware updates.

Before updating, back up your router configuration if possible. Some updates may reset network settings or require you to configure your VPN connection again.

6. Check Your Router’s Firewall Settings

Your router’s firewall helps control network traffic, but certain security rules can sometimes interfere with VPN connections.

Depending on your router and VPN protocol, firewall settings may block the traffic required to establish or maintain the connection.

Review your firewall and network security settings to make sure they’re not blocking your VPN.

If you’re unsure which setting is responsible, check your router manufacturer’s documentation before making changes.

7. Check Your DNS and Routing Settings

Does your router show that the VPN is connected, but your devices still can’t access websites?

The problem could be related to DNS or routing.

DNS helps translate website names into IP addresses, while routing determines where your network traffic goes. If either is incorrectly configured, your devices may struggle to access the internet even when the VPN connection is active.

Check your router’s DNS and routing configuration and make sure traffic is being directed correctly.

You can also temporarily disconnect the VPN and test your regular internet connection to help narrow down the issue.

8. Restart Your Router

Sometimes, a temporary network issue is all that’s preventing your VPN from working.

Restarting your router can refresh its network services and clear certain connection problems.

Try this:

1. Disconnect the VPN through your router’s administration panel.
2. Restart your router.
3. Wait for your regular internet connection to return.
4. Reconnect the VPN.
5. Check whether your connected devices can access the internet.

If the problem continues, go back through your configuration and network settings.

Should You Set Up a VPN on Your Router?

A router-based VPN can be useful when you want multiple devices to use a VPN connection without installing an app on each one.

It’s particularly helpful for devices such as:

• Smart TVs
• Streaming devices
• Gaming consoles
• IoT devices
• Other connected home devices

However, router VPN setups can be more technical than using a dedicated VPN app.

You may also have fewer options for managing individual devices or switching VPN locations, depending on your router’s capabilities.

What If the VPN Still Doesn’t Work?

If you’ve tried these fixes and your router VPN still won’t connect, check for:

• Router firmware updates
• VPN provider service issues
• Incorrect VPN configuration files
• Unsupported VPN protocols
• Conflicts with other network settings

You can also check your VPN provider’s router setup guide or contact its support team for configuration specific help.

FAQs

Final Thoughts

A VPN that stops working on your router doesn’t necessarily mean your VPN provider is having problems.

The issue could be related to router compatibility, an incorrect configuration, outdated firmware, or network settings.

Start by checking your router’s VPN support and configuration. Then work through the protocol, server, firewall, and DNS settings to identify what’s causing the problem.

With the right setup, a router-based VPN can make it easier to protect multiple devices through one connection.

Could the European Union require messaging apps to scan your private conversations? That question remains unresolved as lawmakers negotiate the proposed Child Sexual Abuse Regulation, commonly known as Chat Control.

During talks on September 29, 2026, EU negotiators reached an agreement in principle on detecting child sexual abuse material in publicly accessible content. However, they failed to reach an agreement on private messages. 

Learn what the EU has agreed on, what remains undecided, and what the proposed rules could mean for your online privacy.

Is the EU Planning to Scan Private Messages?

The EU has not adopted a law requiring messaging apps to scan everyone’s private conversations. However, certain voluntary detection activities are already permitted, and lawmakers are still deciding what the permanent rules should allow.

Under the temporary regulation reinstated in July 2026, eligible online service providers can voluntarily use detection technologies to identify and report suspected child sexual abuse. The rules exclude end-to-end encrypted communications and remain in effect until April 3, 2028.

The proposed permanent regulation is where the disagreement lies. The Council of the EU supports allowing voluntary detection to continue permanently. The European Parliament, meanwhile, has proposed targeted detection orders subject to safeguards, with end-to-end encrypted communications excluded.

For now, there is no EU-wide requirement to scan all private messages. Whether the final regulation will introduce additional detection obligations, and how these would apply to private conversations, remains under negotiation.

What Is the EU Child Sexual Abuse Regulation?

The European Commission proposed the Child Sexual Abuse Regulation in May 2022. It aims to tackle the circulation of child sexual abuse material (CSAM) online and the solicitation of children for sexual purposes, known as grooming.

Under the proposal, relevant online services, including messaging and hosting providers, would have to assess the risk of abuse on their platforms and take steps to reduce it. The proposed rules also cover detecting and reporting suspected abuse, removing illegal material, and overseeing how providers comply.

The regulation would also establish an EU Centre on Child Sexual Abuse to review reports from service providers, forward relevant information to law enforcement, and support victims seeking the removal of abusive material.

Where Do EU Chat Control Negotiations Stand?

The September talks produced progress on two aspects of the proposed regulation, both concerning publicly accessible content.

Negotiators provisionally agreed that the proposed EU Centre could search public content for known and previously unidentified child sexual abuse material. They also reached an agreement in principle on detection orders for publicly accessible content containing known abuse material. However, the agreement remains conditional on negotiators reaching a deal on the entire detection package.

Private communications remain the main obstacle. According to a Council presidency report, negotiators have yet to settle the scope of voluntary searches of non-public content or whether detection orders could target specific users.

These agreements remain provisional. 

How Could Private Message Scanning Work?

The European Commission has identified several technologies used to detect child sexual abuse online, including digital fingerprinting and artificial intelligence (AI) classifiers. Each works differently depending on the material being examined.

For previously identified abusive images or videos, detection systems compare a file’s digital fingerprint, known as a hash, against a database of verified material. A match can flag the file for further review.

Detecting previously unknown material or possible grooming is more complex. AI classifiers analyse images, videos, or communication patterns for similarities to known abusive material or confirmed grooming conversations. Human review helps assess flagged content and reduce errors.

These are established detection methods, but their use under the proposed permanent regulation remains subject to negotiations. The EU has not agreed on additional scanning requirements for private conversations or how such requirements would be implemented.

Will End-to-End Encryption Be Affected?

No changes to end-to-end encryption have been agreed under the proposed EU regulation. With end-to-end encryption, only the sender and intended recipient can read a message. Even the messaging service provider cannot decrypt its contents.

Detecting abuse in private conversations presents a technical challenge. Messaging providers cannot inspect encrypted messages as they pass through their servers. Scanning messages on a user’s device before encryption is technically possible, but it would allow their contents to be examined despite the protection offered by end-to-end encryption.

The European Parliament wants to exclude end-to-end encrypted communications from detection orders under the permanent regulation. The Council presidency has also indicated that encrypted content would be excluded from proposed voluntary searches of private communications, although the final provisions remain unsettled.

EU Chat Control: The Road Ahead

Another round of negotiations has been reported for December 8, 2026, although the date has not been officially confirmed. Negotiators still need to resolve the rules governing detection in private communications, including the limits of voluntary searches and the conditions for issuing detection orders.

Even if negotiators reach a political agreement, the regulation will not become law immediately. The European Parliament would need to approve the agreed text through its committee and plenary procedures, while the Council must also give its formal approval.

Frequently Asked Questions

Smart TVs offer convenient access to streaming services and online content, but they can also collect information about your viewing habits. Features such as automatic content recognition (ACR) may track what you watch and use that data for analytics, recommendations, or targeted advertising.

As coverage of smart TV tracking continues to grow, understanding your privacy settings is becoming increasingly important. You can take practical steps to limit data sharing and improve the security of your connected home without changing how you use your devices.

This guide explains how to turn off viewing-data sharing, change default passwords, keep your smart TV and connected devices updated, and move smart devices to a guest Wi-Fi network. These settings can help strengthen your privacy and reduce some security risks.

How Smart TV Tracking Works

Smart TVs connect to the internet, allowing manufacturers and service providers to collect information about device usage and viewing habits. One technology used for this purpose is Automatic Content Recognition (ACR), which can identify the content displayed on a TV.

Depending on the manufacturer, device, and privacy settings, viewing information may be used for audience measurement, content recommendations, analytics, and advertising. Understanding how ACR works and what information your TV may collect can help you make more informed privacy decisions.

What is Automatic Content Recognition (ACR)?

Automatic Content Recognition (ACR) is a technology that identifies the content playing on a smart TV. It can recognize programs, movies, and advertisements from supported sources, including broadcast television and connected devices.

ACR typically analyzes brief samples of audio or video, creates a digital fingerprint, and compares it against a database of known content. When a match is found, the system can identify what is being watched and record related viewing information.

For example, Samsung explains that its ACR feature can generate unique signatures to collect information about viewing history and viewing duration when the feature is enabled. Researchers have also examined how ACR can identify content displayed through external devices connected to smart TVs.

What Viewing Data Can Smart TVs Collect?

The information collected varies by manufacturer, device, and enabled privacy features. Depending on the TV and its settings, collected information may include:

• Viewing history: Programs, movies, channels, and other content you watch.
• Viewing duration: How much time you spend watching particular content.
• Device identifiers: Information such as device IDs, model details, and IP addresses.
• App usage: Information about installed applications and how you use them.
• Advertising interactions: Data about advertisements displayed or interacted with through the TV.

Manufacturers may use some of this information for audience measurement, personalized recommendations, analytics, and targeted advertising. They may also share relevant data with third-party service providers or advertising partners, depending on their privacy policies and your consent settings.

How to Adjust Smart TV and Connected-Home Privacy Settings

You can improve your smart TV and connected-home privacy by reviewing data-sharing permissions and strengthening basic device security. The exact settings and menu names vary by manufacturer, but the following steps provide a practical starting point.

1. Turn Off Viewing-Data Sharing

Many smart TVs include privacy settings that control how viewing information is collected and shared. Look for options related to viewing information, automatic content recognition (ACR), personalized advertising, or usage data.

Open your TV’s settings and navigate to its privacy or terms and permissions section. Review the available data-sharing options and disable ACR or viewing-data collection if you don’t want your viewing activity used for these purposes.

You may also find separate options for personalized advertisements and recommendations. Review each setting individually, as disabling one feature may not automatically turn off the others.

2. Change Default Passwords on Your Smart Devices

Default passwords can make smart TVs, routers, cameras, and other connected devices easier to access if their login credentials are publicly known or easily guessed.

Change default passwords as soon as you set up a new device. Create a unique, strong password for each device or account, combining uppercase and lowercase letters, numbers, and special characters.

Avoid using easily guessed information, such as birthdays or common words. If a device supports multi-factor authentication (MFA), enable it for an additional layer of account security.

3. Keep Your Smart TV and Connected Devices Updated

Manufacturers release firmware and software updates to fix security vulnerabilities, improve performance, and maintain device functionality. Running outdated software may leave connected devices exposed to known security issues.

Check your smart TV’s settings for software or firmware updates. Enable automatic updates if the option is available, or periodically check for new versions through the device’s official update settings.

Apply updates to other connected-home devices, including routers, smart cameras, and streaming devices. Always obtain updates through official manufacturer channels rather than unfamiliar third-party websites.

4. Move Smart Devices to a Guest Wi-Fi Network

Connecting smart TVs and other internet-connected devices to a separate guest Wi-Fi network can help isolate them from your primary home network. This can reduce the risk of a compromised smart device providing a pathway to computers, phones, or other sensitive devices.

To do this, access your router’s administration settings and look for a guest network option. Enable it, create a strong network password, and connect your smart TV and other compatible connected-home devices to that network.

Where supported, enable guest network isolation so connected devices cannot communicate with devices on your primary network. Check your router’s settings to understand how guest access and device isolation work before moving devices, as some smart-home features may rely on communication between devices on the same network.

Does Turning Off Smart TV Tracking Settings Stop All Data Collection?

Turning off smart TV tracking settings can limit the collection and sharing of viewing information, but it does not stop all data collection. Your TV may still collect information needed for device operation, software updates, and streaming services.

Disabling ACR may stop certain viewing activities from being identified, but installed apps and streaming platforms may collect data separately. Privacy controls also vary by manufacturer and model.

To improve your privacy:

• Review your TV manufacturer’s privacy policy.
• Check individual settings for viewing history, personalized ads, and data sharing.
• Review the privacy settings of installed streaming apps.
• Recheck your settings after software updates.

Disabling viewing-data sharing is a useful step, but it should be combined with other security practices to better protect your connected home.

Additional Tips to Protect Your Connected Home

Beyond adjusting privacy settings, a few simple habits can help improve the security of your connected devices:

• Secure your router: Change its default admin password and use a strong Wi-Fi password to prevent unauthorized access.
• Disable unused features: Turn off features such as remote access, Bluetooth, or voice control if you don’t use them.
• Remove unused apps: Uninstall apps you no longer need and review the permissions granted to those you keep.
• Use strong, unique passwords: Protect your smart home accounts with passwords that are difficult to guess. Enable multi-factor authentication where available.
• Review connected devices regularly: Check which devices are connected to your home network and remove any you no longer use.

These small steps can help reduce unnecessary exposure and give you greater control over your connected home.

Conclusion

Smart TVs and connected devices offer convenience, but their privacy settings deserve attention. Reviewing viewing-data sharing options, changing default passwords, installing software updates, and using a guest Wi-Fi network can help limit unnecessary data collection and strengthen your connected home’s security.

No single setting can prevent all data collection or eliminate every security risk. However, regularly reviewing device permissions and following basic security practices can give you greater control over your privacy and help you make safer use of your smart home.

Frequently Asked Questions

A job interview is supposed to bring you closer to your next career opportunity, not put your personal information, computer, or employer’s network at risk. However, cybercriminals are increasingly exploiting the trust people place in recruiters and hiring processes to carry out sophisticated scams. Fake job interviews can involve convincing recruiter profiles, multiple interview rounds, fictitious companies, and seemingly legitimate technical assessments designed to trick candidates into downloading malicious software or revealing sensitive information.

The risks became particularly apparent in November 2026, when Reuters reported on Binance’s $6.3 billion cryptocurrency heist. According to Binance’s investigation, attackers compromised a software engineer’s computer after approaching the employee through a fake recruitment process and providing a malicious coding assignment. The compromised device subsequently became part of a wider attack against the exchange’s wallet infrastructure.

This incident highlights why job seekers, particularly software developers and remote workers, need to approach unfamiliar recruitment opportunities with caution. Understanding how these scams operate, recognizing suspicious interview requests, and knowing how to verify potential employers can help you avoid becoming their next target.

What Are Fake Job Interview Scams?

Fake job interview scams are fraudulent recruitment schemes in which cybercriminals impersonate legitimate employers or recruiters to deceive job seekers. Their objectives include stealing personal information, obtaining financial details, distributing malware, or gaining unauthorized access to devices.

These scams often imitate genuine hiring procedures, including video interviews, recruiter communications, and technical assessments. However, the advertised company or recruitment opportunity may be entirely fabricated.

In some cases, scammers ask candidates to download unfamiliar software, execute scripts, or complete coding assignments containing malicious software. Once executed, these files can compromise devices and potentially expose sensitive information or corporate networks.

A professional-looking job advertisement or convincing interview process does not guarantee that an employment opportunity is legitimate.

How a Fake Job Interview Led to a Major Cryptocurrency Heist

In November 2026, Binance disclosed details of a $6.3 billion cryptocurrency theft linked to a sophisticated recruitment scam targeting one of its software engineers.

According to Binance’s investigation, attackers approached the engineer through a legitimate job-hunting platform, posing as representatives of a fictitious company. After conducting multiple interviews, they provided a coding assignment containing malicious code.

The engineer downloaded the assignment onto a work computer, allowing attackers to compromise the device and gain access to internal systems. This access reportedly helped them reach Binance’s cryptocurrency wallet infrastructure and execute unauthorized transfers.

The incident highlighted how cybercriminals can exploit professional relationships and routine hiring procedures to infiltrate organizations.

The key lesson: A convincing recruiter profile, multiple interview rounds, and a seemingly legitimate technical assignment do not guarantee that a job opportunity is safe.

10 Warning Signs of a Fake Job Interview

1. Recruiters Contact You Without a Verifiable Company Identity

Scammers may impersonate recruiters from established companies or invent businesses to make fake vacancies appear legitimate. They often use convincing job descriptions, websites, and professional profiles to gain candidates’ trust.

Before accepting an interview, verify the company’s website, official contact details, and the recruiter’s association with the organization. Be cautious if the business has no verifiable online presence or the recruiter cannot provide credible employment details.

2. The Recruiter Uses Suspicious Email Addresses or Profiles

Fraudulent recruiters may use personal email accounts, misspelled company domains, or newly created professional profiles to impersonate legitimate hiring representatives.

Check whether the recruiter’s email domain matches the company’s official website. Also, examine their professional history and connections. Watch for recently created profiles, inconsistent employment details, and contact information that cannot be verified independently.

3. Interviewers Pressure You to Accept an Opportunity Quickly

Scammers often create a false sense of urgency to prevent candidates from verifying a job opportunity. They may claim that positions are limited, demand immediate decisions, or pressure applicants to complete assessments without proper consideration.

Legitimate employers generally allow candidates reasonable time to review offers and complete hiring procedures. Be cautious if an interviewer discourages you from researching the company or insists on rushing important decisions.

4. You Are Asked to Download Unfamiliar Software

Fraudulent recruiters may ask candidates to install unfamiliar applications for video interviews, technical assessments, or communication. These downloads could contain malware designed to steal credentials, monitor activity, or compromise devices.

Before installing anything, verify the software through its official website and check whether the company genuinely requires it. Avoid downloading executable files or running unfamiliar programs simply because an interviewer requests them.

5. Coding Assignments Require Running Unverified Code

Scammers may disguise malware as coding challenges, repositories, or technical assessments to target software developers. These assignments can contain malicious scripts or dependencies that compromise devices when executed.

Before running any code, inspect the repository, review its dependencies, and verify its source. Avoid executing unfamiliar scripts or installing packages from untrusted sources, even when they appear to be part of a legitimate hiring process.

6. Interviewers Move Conversations to Unusual Communication Channels

Scammers may ask candidates to move conversations away from official company email addresses or established recruitment platforms to unfamiliar messaging applications. This can make their identities harder to verify and allow them to operate with less scrutiny.

Be cautious if a recruiter insists on using personal messaging accounts or refuses to communicate through verifiable company channels. Independently confirm the recruiter’s identity before sharing information or following further instructions.

7. The Job Description or Company Details Don’t Add Up

Fake job listings may contain vague responsibilities, unrealistic salary offers, or inconsistent company information. Scammers may also advertise positions that do not appear on the company’s official careers page.

Compare the job description with the information available on the employer’s website. Be cautious if the recruiter provides conflicting details about the role, responsibilities, or hiring process.

8. Recruiters Request Sensitive Personal or Financial Information

Scammers may request sensitive information, such as banking details, passwords, identity documents, or authentication codes, under the pretext of completing recruitment formalities.

While legitimate employers may require certain personal details during onboarding, requests for financial credentials or account passwords are major warning signs. Avoid sharing sensitive information until you have independently verified the employer and the legitimacy of the request.

9. The Interview Process Seems Unusually Unprofessional

Frequent changes to interview schedules, inconsistent communication, vague answers, or interviewers unable to explain basic details about the company may indicate a fraudulent hiring process.

Pay attention to inconsistencies between what different interviewers tell you. If the recruitment process feels disorganized or important questions go unanswered, independently verify the opportunity before proceeding.

10. You Are Asked to Disable Security Protections

A recruiter who asks you to disable antivirus software, firewall settings, or other security protections before completing an interview or technical assessment should raise immediate concerns.

Such requests may be intended to make it easier for malicious software to run undetected. Never compromise your device’s security to satisfy an interviewer’s instructions. Verify the request directly with the company’s IT department before proceeding.

How to Verify Whether a Job Interview is Legitimate

Before proceeding with an interview, take a few steps to confirm that the opportunity and recruiter are genuine.

• Check the company’s official website: Look for the advertised vacancy on its careers page and verify that the company operates under the name provided.
• Verify the recruiter’s identity: Contact the company through independently obtained contact details to confirm the recruiter’s employment.
• Examine email addresses: Check whether recruitment emails originate from the company’s official domain rather than unrelated or lookalike addresses.
• Research the job listing: Compare the vacancy across the company’s website and reputable recruitment platforms to identify inconsistencies.
• Confirm interview requirements: Verify unfamiliar interview platforms, software downloads, and technical assessment instructions before following them.
• Look for independent information: Research the company, its employees, and its recruitment history to identify potential impersonation attempts.

If anything seems suspicious, pause the recruitment process until you can independently establish its legitimacy. A few minutes of verification can help prevent identity theft, financial fraud, and malware infections.

How to Protect Yourself During Online Job Interviews

Even after verifying a job opportunity, follow basic cybersecurity practices throughout the recruitment process. These precautions can reduce the risk of exposing your personal information or compromising your devices.

• Keep your devices updated: Install the latest operating system and security updates to address known vulnerabilities.
• Use trusted security software: Keep antivirus and firewall protections enabled to detect and block potential threats.
• Avoid downloading unverified files: Don’t install unfamiliar applications, open suspicious attachments, or execute unknown scripts during technical assessments.
• Secure your accounts: Use strong, unique passwords and enable multi-factor authentication (MFA) to reduce the risk of unauthorized access.
• Use a secure internet connection: Avoid sensitive recruitment activities over unsecured public Wi-Fi. PureVPN can encrypt your internet traffic, helping protect data from interception on untrusted networks.
• Protect personal information: Share only the details necessary for legitimate recruitment and never disclose passwords, private keys, or verification codes.
• Separate work and personal devices: Avoid using corporate devices for unverified recruitment assignments, particularly those involving software installation or code execution.

Remember that online privacy tools, including VPNs, cannot make malicious downloads safe. Verifying files and keeping your devices protected remain essential.

What to Do If You Suspect a Fake Job Interview

If you suspect a recruitment opportunity is fraudulent, stop interacting with the recruiter until you can verify their identity. Taking the following steps can help limit potential damage:

• Stop communication: Don’t respond to further requests, click suspicious links, or download additional files.
• Report the recruiter: Notify the job platform or recruitment website about the suspicious account or vacancy.
• Remove suspicious software: If you installed an unfamiliar application, disconnect the affected device from the internet and seek professional security assistance before using it again.
• Secure compromised accounts: From a trusted device, change potentially exposed passwords, revoke active sessions, and reset compromised authentication credentials.
• Monitor financial accounts: Contact your bank or relevant financial institution immediately if you shared payment details or suspect unauthorized transactions.
• Report the incident: Contact the appropriate cybercrime reporting authority and provide relevant evidence, such as emails, messages, and suspicious file details.

If your device may have been compromised, don’t assume that deleting the suspicious file resolves the problem. A professional security assessment can help identify remaining threats and prevent further unauthorized access.

Conclusion

Fake job interview scams can compromise personal information, devices, and organizational networks. Before accepting an opportunity, verify the recruiter, examine interview requirements, and avoid downloading untrusted files.

Stay alert, keep your devices protected, and remember that no job opportunity is worth compromising your digital security.

Frequently Asked Questions

If you’re gaming and can’t play an online game, you’re experiencing NAT issues. As a gamer, you must be familiar with the term NAT type. Before we head over to change the NAT type, let’s understand NAT.

If you’re experiencing port issues when gaming online, get PureVPN’s port forwarding add-on to get around ports unavailable in your region. Continue reading to learn how to change NAT Type Xbox One.

What is NAT?

NAT, or Network Address Translation, is your router’s process of connecting devices to the internet. NAT is an intermediary process that connects one router to another.

The primary purpose of NAT is to minimize the number of public IP addresses used in an organization. This helps conserve IP addresses, which are already diminishing, and provides a security advantage.

The internet’s IP address pool hosts billions of different IP address combinations that are getting exhausted. To address this growing dilemma, NAT limits the number of IPs to a single IP address. This confuses the router, as it sees the same IP address coming from multiple connected devices.

How Does NAT Help?

NAT functions as a network logger that maintains a log of each device connecting to the internet. When a device requests something from the web through the router, NAT ensures the response goes back to the correct device.

Sometimes, your Internet Service Provider (ISP) limits specific types of content being sent/received, which can cause different NAT-type issues. As for your Xbox, it uses UPnP to process an open NAT type.

UPnP, or Universal Plug and Play, allows your Xbox to port forward automatically. The UPnP functionality is excellent, as it automatically communicates with the router in the background while you’re playing Xbox Live, and you don’t have to configure it yourself.

While this feature is excellent, it only sometimes guarantees that your Xbox will give you the NAT type to connect with online players worldwide.

Learn more: NAT Types

What is NAT Type on Xbox and Which NAT Type is Best? 

NAT types are assigned to each device on a local network trying to connect to an external service. There are three main types of NAT: Open, Moderate, and Strict.

Open NAT

An Open NAT type means that your device can communicate freely with other players on the same network and outside your local network. This is the most desirable NAT type for gamers who wish to join online games hosted by others or create their own.

Moderate NAT

A Moderate NAT type indicates that communication between devices in the same network will be more limited when attempting to join other games or host one’s own. In this case, users may experience lag spikes or disconnect when playing online.

Strict NAT

Finally, a Strict NAT type means that devices within the same local network can communicate with each other but will have difficulty connecting with players outside of it; this may result in being unable to join specific game sessions or host one’s own.

An Open NAT type is generally the best for gamers who want to play online without issues. 

To achieve this, users must ensure that their router has UPnP enabled so that port forwarding rules can be established automatically – this allows communication between devices inside and outside the local network without manual intervention. 

Plus, users may need to manually configure their router’s settings if UPnP does not work correctly or if they do not wish for it to be used due to security concerns.

How to check your NAT type on Xbox One

You can check your NAT type in the pre-game lobby, but if it isn’t there, you can conveniently find it in the Xbox network settings menu. Here’s the process:

1. Press the Xbox button on the controller.
2. Navigate to Profile & System.
3. Then, click Settings > General.
4. Now, go to Network Settings.
5. You can view the NAT type under ‘Current Network Status’ here.

How to Change NAT Type Xbox One

Changing your NAT type on Xbox One console is essential in connecting to other players in online gaming. NAT stands for Network Address Translation and is a type of network configuration that can restrict traffic flow in and out of your console. 

Depending on your type, it may prevent communication with other players or cause latency issues. Here is how to change NAT type Xbox One:

Step #1: Identify the NAT type

To begin, you’ll need to determine what your current NAT type is. This can be done by launching any online game on the Xbox One and checking the connection status in-game or by using the Xbox Network Test utility from System Settings > Network > Test Network Connection. Once you have determined your current NAT type, you can take steps to adjust it.

Step #2: Open ports on your router

Suppose your current NAT Type is moderate or strict. In that case, one option is to use port forwarding – this involves manually opening up specific ports on your router (which will require logging into its administrative panel) and forwarding them directly to the IP address assigned to your Xbox One console. 

For information about which ports are needed for each game, refer to Microsoft’s official website here: https://support.xbox.com/en-GB/xbox-one/networking/network-ports-used-xbox-live

Alternatively, some routers may offer a “DMZ” (Demilitarized Zone) feature, which allows all ports on a specified device (your Xbox One) to be opened up automatically. However, this should only be used as a last resort as it creates additional security risks compared with port forwarding specific ports instead.

Whichever method you choose, once everything has been set up correctly and saved, you can go back into any online game on the Xbox One and test again – if everything has gone smoothly, then you should now see an Open nat type showing in the connection status window!

Learn more: How to change a NAT type on Nintendo Switch?

What is UPnP in gaming? 

UPnP, which stands for Universal Plug and Play, is a networking protocol that allows connected devices on a local network to automatically discover each other and establish communication without requiring manual configuration. 

UPnP can help players connect more easily in gaming by simplifying and setting up port forwarding rules on routers.

Why use UPnP?

Using UPnP, a game console such as an Xbox One or PlayStation 4 can automatically detect the ports required for online play and forward them to the console’s IP address. This eliminates the need for users to manually configure their router to allow traffic through specific ports – instead, it is done automatically. 

As a result, UPnP can help ensure that gamers can join their friends in online play without worrying about technical issues related to port forwarding or NAT-type configuration.

UPnP is also useful for streaming services such as Netflix or Hulu, which may require specific ports to be open to work correctly. Similarly, it can be used for Remote Desktop applications that need access through particular ports to function correctly.

Downsides of using UPnP

• While UPnP has many advantages regarding ease of use and convenience, it also has some associated security risks. 
• Because UPnP makes it easier for devices on the network to communicate with each other without manual intervention, it also opens up the possibility of malicious actors exploiting vulnerabilities in your network setup. 
• For this reason, some users may prefer not to use UPnP when configuring their networks.

Learn more: Why is UPnP unsafe?

How to enable UPnP for Xbox One

Enabling UPnP for Xbox One is a simple process that can be done through the home network router settings. The process for allowing UPnP will vary depending on the make and model of the router. Still, generally, users should log into their router’s web interface and find an option titled ‘Universal Plug and Play’ or similar. 

Once enabled, UPnP will allow devices connected to the local network to open additional ports when required, allowing communication between devices inside and outside the local network without manual intervention.

Check if UPnP is working properly

To ensure that UPnP functions correctly, users should return to their Xbox One console and select “Network” from the Settings menu again. Select “Advanced Settings” and then “Alternate MAC Address” – here, you should see an option for NAT Type which should now read as Open or Moderate. 

If it still reads as Strict, then there may be an issue with your UPnP settings, in which case you should double-check that all settings are correct before attempting further troubleshooting steps.

It is important to note that while enabling UPnP can help improve your gaming experience by allowing more open connections between devices, it does not guarantee better performance, as other factors, such as latency, can still impact gameplay. 

Some users may decide not to use UPnP due to security concerns. If this is the case, manually configuring port forwarding rules may be necessary to achieve an open connection between all participants involved in online gaming sessions.

Why Do You Need to Open NAT on Xbox One? 

NAT, or Network Address Translation, is a technology router and other devices allowing multiple private network devices to communicate with the outside world. 

By default, most home networks have a ‘private’ IP address range assigned to each device on the web (e.g. 192.168.x.x). This allows devices within the local network to talk to each other without using public IP addresses (e.g., 51.200.3.2).

Issues related to NAT

The problem arises when devices on the private network want to communicate with external services (such as Xbox Live, for instance). If the router does not open ports for this communication between its private and public addresses, the connection will fail as it cannot find a way in or out of the private network. 

This results in a ‘NAT Type’ error displayed in-game or in your console settings, indicating an issue with opening up ports for communication between your internal and external networks.

By opening up NAT on Xbox One, you can ensure that you can connect successfully with external services such as Xbox Live or game servers hosted by other players online. Without this, you may experience lag spikes, disconnections, or even be unable to join certain games due to your NAT type being too restrictive. 

Moreover, if you wish for others outside your private network to join your online game sessions, they will also need access through open ports – so ensuring these are accessible is vital!

How to change your NAT type on Xbox Series X/S

Changing the NAT type for Xbox Series X/S is similar to that of Xbox One and can be done relatively easily. 

1. To begin, access the Settings menu from your Xbox Series X/S console and select “Network”. 
2. Click “Advanced Settings” from here and then choose “Alternate MAC Address”. 
3. You should then see an option for “NAT Type”, which you can select to choose either Open or Moderate from the available options.
4. Once you have selected your desired NAT type setting, save your changes by clicking OK. Your Xbox Series X/S console should now be configured with the new settings. 
5. To confirm that this has worked correctly, you can test your connection by launching any online game and viewing its in-game network information – it should display either Open or Moderate, depending on your previous choice.

Related Read: What is CGNAT?

Things to know before you change NAT types 

It is important to note that changing your NAT type does not guarantee improved performance when playing online games as it only affects how devices communicate with each other – other factors, such as latency, can still impact the gameplay experience. 

Therefore, if UPnP is also enabled (which it often is by default), it will open additional ports allowing devices inside and outside the local network to connect without manual intervention, thereby improving gaming performance in many cases. 

However, some users may decide not to use UPnP due to security concerns. If this is the case, manually configuring port forwarding rules may be necessary to achieve an open connection between all participants involved in online gaming sessions.

Conclusion

If you are experiencing lag or other connection issues while playing online games, check your router’s UPnP settings and manually configure port forwarding rules to change from a Moderate NAT type to an Open one for optimal performance. 

By following the steps outlined above, you should be able to improve your gaming performance and have a great time playing with friends worldwide!

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Your Browser Just Got a Side Hustle (And You’re Not Getting Paid)

In this edition of Dark Web Digest, we uncover a stealth cryptojacking campaign that has compromised over 3,500 websites globally. This isn’t some flashy ransomware or obvious pop-up scam. It’s quiet. It’s persistent. And it’s happening in the background while you read the news, browse e-commerce sites, or check job listings.

This isn’t just about crypto mining. The same infrastructure powering these stealthy scripts has a shady history.  Researchers have linked it to Magecart card-skimming operations, where threat actors inject fake payment forms into e-commerce checkout pages, especially those built on the OpenCart CMS in East Asia.

Unsuspecting shoppers enter their credit card details, thinking it’s a legitimate transaction. But behind the scenes, that sensitive info is silently siphoned off to attacker-controlled servers — often ending up for sale on dark web marketplaces.

So, not only could your device be unknowingly mining crypto…
It might also expose your financial details if you land on the wrong site.

TL;DR: What You Need to Know

• Attack Scale: Over 3,500 websites infected with crypto mining JavaScript.
• Attack Method: Obfuscated JavaScript + Web Workers + WebSockets for dynamic crypto mining.
• Tactics: Mines crypto silently, throttles load to avoid suspicion, and evades detection.
• Target: Anyone visiting infected websites (aka, probably you).
• Victim Websites: Mostly WordPress-based, OpenCart e-commerce platforms, and others.
• Financial Risk: Attackers can steal payment info, skim card details, and even leak credentials that may lead to fraud or identity theft. Stolen data is often sold on the dark web, exposing you to long-term financial damage.
• Device Risk: Machine wear-down, performance drain, identity risk if combined with other payloads.
• Dark Web Tie-in: Same infrastructure linked to Magecart card-skimming campaigns.
• Dark Web Exposure Tip: Run a free and quick Dark Web Exposure Scan to see if your info is at risk.

What Happened?

Security researchers uncovered a massive, global cryptojacking operation that infected over 3,500 websites. At the heart of it: an obfuscated JavaScript miner that hijacks your CPU power to mine cryptocurrency in the background — with you none the wiser.

It gets worse.

This isn’t a “run once and vanish” script. It uses Web Workers to split the mining job into smaller tasks and WebSockets to adjust power usage based on your device, keeping everything hush-hush. No browser alerts, no fan screams — just a silent siphon of your machine’s energy.

It’s adaptive, throttled, and so sneaky that most users (and even security tools) miss it.

And that’s the real threat: it’s not flashy. It’s functional.

What Kind of Attack Is This?

This isn’t ransomware or phishing. It’s “cryptojacking” — stealing your processing power to mine digital coins. And it’s evolved:

• Stealth mining via browser JavaScript
• Dynamic throttling to evade suspicion
• WebSocket communication to avoid URL-based blockers
• Infrastructure reused for other attacks

Basically, this attack is designed to sit quietly, make money, and stay invisible.

What Makes This Attack So Stealthy — and So Profitable on the Dark Web?

This isn’t your average smash-and-grab hack. It’s a slow-burn operation built to stay invisible while quietly profiting from your device, data, and traffic.

• Web Workers break up mining tasks into smaller background jobs, avoiding performance spikes.
• WebSockets silently connect to attacker servers, bypassing traditional blockers and detection tools.
• Device-aware mining ensures CPU usage stays just low enough to avoid suspicion.

But the stealth doesn’t stop at mining…

This campaign reuses the same infrastructure seen in:

• Magecart-style card skimming: stealing credit card and payment data.
• Fake login forms: used to harvest credentials for resale on dark web forums.
• Spammy SEO injections: infecting websites with shady redirects that push visitors toward phishing sites or malware.

All of these tactics have one destination:
Dark web marketplaces where stolen identities, credit card dumps, and breached accounts are traded like commodities.

• Crypto Drain: Your power is used to mine digital currency — but the earnings? They fund cybercrime ecosystems.
• Credential Harvesting: Your login or card info may already be circulating in breach dumps.
• Browser Hijacks: Your clicks and search rankings are hijacked to boost malicious actors’ reach — and their profits.
• Spam SEO Injection: Turns your favorite sites into infection hubs, unknowingly serving visitors malware or phishing traps.

This isn’t a hit-and-run. It’s drip mining, drip stealing, and drip selling — a stealth business model that thrives in the shadows of the dark web.

Why This Campaign Is a Wake-Up Call

This isn’t just about a slower laptop or a hot browser tab.

It’s a signal that cybercriminals are evolving quietly — and cashing in on the dark web.

This is a reminder that:

• Any website can be weaponized — from blogs to e-commerce stores. Even that niche forum you casually visit.
• Infrastructure reuse = layered attacks — the same script that mines crypto might also skim credit cards or steal your credentials.
• Your system degrades over time — fans run louder, batteries die quicker, and performance drops… but you’ll never trace it to a background miner.
• A single visit can trigger it all — a quick click to the wrong site and suddenly your device is pulling double duty: mining crypto and leaking your data.

And here’s the kicker:

These miners aren’t acting alone.
They’re bundled with card skimmers, SEO spam, backdoored plugins, and fake login pages — all designed to harvest your data and flip it on dark web marketplaces.

It’s not just stealthy. It’s scalable cybercrime — engineered to profit from every digital footstep you take.

Read more: The Intersection of Cryptocurrency and Cybersecurity: What You Need to Know

Check If Your Data Is Already on the Dark Web

Crypto mining is just one layer. Many of these infected websites are also tied to Magecart — which means stolen credit cards, fake forms, and stolen credentials.

So before you shrug this off…

Run a free PureVPN’s Dark Web Exposure Scan (already linked above)
It checks if your email appears in recent breaches and shows a snippet of exposed data — all in under 30 seconds.

You’ll instantly know:

• If your data is already on dark web marketplaces
• How recent the exposure was
• How many breaches have involved your info
  

Start your scan. Stay ahead of identity theft.

Real-World Threats You Should Prepare For

These attacks might seem invisible — until they aren’t:

• Device Performance Drain: Slower systems, battery drain, overheating
• Browser Exploits: Coupled with zero-day scripts to compromise more than just power
• Phishing + Skimming: Some sites serve fake login or checkout pages as well
• Data Abuse: If credentials are stored in browser autofill, attackers may grab those too
  

What You Can Do Right Now

• Use a VPN: Hide your browsing activity and protect against script injections using a premium VPN like PureVPN.
• Install a Script Blocker: Tools like uBlock Origin or NoScript can detect WebSocket use
• Secure Your WordPress Site: If you’re a site owner, monitor plugin installs and file changes
• Adopt a Paranoid Mindset (in a good way): If a site behaves oddly — slow loads, spinning fans — trust your gut
• Scan for Malware Frequently: Background mining often comes with bonus infections

What’s Next & Why You Should Subscribe

This campaign isn’t over. It’s stealthy. It’s spreading. And it’s likely being monetized in ways we don’t yet fully see.

The internet is being weaponized — quietly.

This stealthy crypto-mining wave shows how attackers are going low and slow, blending into legitimate infrastructure. Dark Web Digest keeps you a step ahead with real-time alerts, breakdowns of new tactics, and free tools that actually help.

By subscribing to Dark Web Digest, you’ll:

• ⚠️ Early warnings on breaches before they go mainstream
• 🔎 Expert breakdowns in plain language
• 🛡️ Free tools to determine dark web exposure to stay ahead
  

We break it down, so you can lock it down.

• Also Read: How a Fake Job Interview Led to a Major Cryptocurrency Heist

Apple’s built-in parental controls let you restrict websites, approve app downloads, limit screen time, and manage who your child can communicate with. You can set up most of these restrictions through Screen Time and Family Sharing without installing another app.

If you want to know how to set up parental controls on an iPhone, start by adding your child’s Apple Account to your Family Sharing group. From there, you can manage their device settings directly from your own iPhone.

This guide covers Apple’s redesigned parental controls in iOS 27. If your iPhone runs an older version, some menus and features will differ. 

How to Set Up Parental Controls on iPhone Using Screen Time

Before you begin, make sure your child has their own Apple Account and is part of your Family Sharing group. You must be the family organizer or a designated parent or guardian to manage their settings from your device.

Follow these steps:

1. Open Settings on your iPhone.
2. Tap Family and select your child’s name.
3. Follow the setup prompts to review restrictions for apps, websites, communication, and screen time.
4. Open Passcode & Management and select Lock Screen Time Settings.
5. Create a four-digit Screen Time passcode to prevent unauthorized changes.
6. Review the available parental controls and adjust them based on your child’s age and needs.

Use a Screen Time passcode that is different from your child’s device unlock code.

Using an older iOS version? Open Settings > Screen Time, select your child under Family, and use Content & Privacy Restrictions to manage apps, websites, purchases, and other settings.

Apple’s redesigned iOS 27 controls require compatible software across the Family Sharing group. If some devices cannot be updated, you can continue using the previous Screen Time controls.

How to Block Websites on Your Child’s iPhone

You can block individual websites, limit adult content, or require your child to request permission before visiting new websites.

On iOS 27:

1. Open Settings > Family and select your child’s name.
2. Tap Apps & Websites.
3. Select Restrictions.
4. Under Websites, tap Filtering.
5. Choose the browsing restriction you want to apply.

Apple provides three main options:

• Unrestricted: Allows access to websites without Apple’s parental website filtering.
• Limit Adult Websites: Restricts access to detected adult websites while allowing general browsing.
• Approved Websites Only: Allows your child to visit approved websites and request permission to access others through Ask to Browse.

For younger children, Approved Websites Only gives you greater control over which websites they visit. You can approve school websites and other trusted resources in advance.

If you only want to block a particular website, open Apps & Websites, find or add the website, and select Block Website.

Website filtering works in Safari and supported browsers, although no automatic content filter catches everything.

Related Read: How to Block Website on My Phone 

How to Block Apps and Approve Downloads on iPhone

You can decide which apps your child installs, block existing apps, and require approval for eligible App Store purchases.

Require Approval for App Downloads

Apple’s Ask to Buy feature lets your child request an app while you decide whether to approve it.

To enable it:

1. Open Settings > Family and select your child.
2. Tap Apps & Websites > Restrictions.
3. Select Ask to Buy.
4. Turn on Require Purchase Approval.

When your child requests an eligible download or purchase, you receive a notification. You can review the request and approve or decline it.

Ask to Buy can already be enabled by default for child accounts, depending on their age and region.

Block App Installations or Specific Apps

To prevent app installations:

1. Open Settings > Family > Apps & Websites for your child.
2. Select App Store.
3. Tap Installing Apps.
4. Choose Blocked.

You can also block an app your child already has through Apps & Websites. Select the app and tap Block App. The app remains installed but becomes unavailable to your child.

Use Ask to Buy when you want to review new downloads individually. Block installations when you do not want your child adding apps at all.

Related Read: 

How to Set Screen Time Limits on iPhone

Screen Time lets you control how long your child spends using apps and when those apps are available.

In iOS 27, Apple provides two main controls: Time Allowances and Screen Time Schedules.

Set Daily App Limits With Time Allowances

Time Allowances let you set a daily usage budget for categories such as Games, Entertainment, and Social Media.

To configure them:

1. Open Settings > Family and select your child.
2. Tap Time Allowances.
3. Set a daily time allowance using the available controls.
4. Adjust the allowance for individual categories.
5. Save your settings.

For example, you can allow 60 minutes of gaming daily while setting a different limit for social media.

You can also create or modify categories to manage the apps that count toward each allowance.

Schedule When Your Child Can Use Apps

Screen Time Schedules let you choose which categories of apps your child can access at different times.

To create a schedule:

1. Go to Settings > Family and select your child.
2. Tap Screen Time Schedule.
3. Turn on Schedule.
4. Select Add Schedule and choose the days.
5. Add time windows and select which app categories are allowed.

You can create separate schedules for school days and weekends. For instance, entertainment apps can remain unavailable during school hours while essential apps stay accessible.

Use Always Allowed to keep important apps and contacts available regardless of the limits you set.

How to Set Age Restrictions for Apps, Movies, and Other Content

Apple lets you restrict content according to age ratings, including movies, TV shows, books, and music.

To adjust these settings:

1. Open Settings > Family and select your child.
2. Tap Content & Privacy Restrictions.
3. Choose a category under Content Restrictions.
4. Select the appropriate age rating or restriction.

You can prevent access to explicit music, restrict movies above a chosen rating, and control other supported content.

Apple applies some restrictions automatically based on a child’s age, but you can review and adjust the available settings.

How to Control Who Your Child Can Contact on iPhone

Screen Time also lets you manage communication through Apple’s supported calling and messaging features.

To adjust communication permissions:

1. Open Settings > Family and select your child.
2. Tap Allowed Contacts.
3. Select During Screen Time.
4. Choose Contacts Only, Contacts & Groups with at Least One Contact, or Everyone.

You can also enable Manage Contacts and disable Allow Contact Editing if you want your child to request approval before adding new contacts.

For additional protection, open Communication Safety in your child’s Family settings. This feature can detect and blur sensitive images and videos in supported apps and provide guidance before your child views or shares them.

Communication Safety is enabled by default for many child accounts, depending on age and region.

Related Read: How to Set Up Snapchat Parental Controls

How to Manage Location Sharing on Your Child’s iPhone

If your family uses Apple’s Find My app, you can share locations to help coordinate school pickups, visits, and travel.

You can also restrict changes to your child’s location-sharing settings.

1. Open Settings > Family and select your child.
2. Tap Content & Privacy Restrictions.
3. Select Allow Changes to Settings.
4. Find Location Services or Share My Location.
5. Restrict changes to the settings you want to keep in place.

Location sharing must first be configured appropriately in Find My. Explain to your child when and why their location is being shared.

How to Change or Remove Parental Controls on iPhone

You can update or remove individual restrictions whenever your child’s needs change.

To modify existing parental controls:

1. Open Settings > Family and select your child.
2. Choose the relevant section, such as Apps & Websites, Time Allowances, Screen Time Schedule, or Content & Privacy Restrictions.
3. Enter your Screen Time passcode if requested.
4. Select the restriction you want to change.
5. Adjust or disable the setting.

For example, you can allow a previously blocked website, approve an app, increase a daily time allowance, or turn off a Screen Time Schedule.

To remove parental controls entirely, review each section and disable the restrictions, allowances, and schedules you no longer want to enforce. Some age-based restrictions may remain mandatory for child accounts depending on regional requirements.

How to Turn Off the Screen Time Passcode

If you no longer want to require a passcode for changing Screen Time settings:

1. Open Settings > Family and select your child.
2. Tap Passcode & Management.
3. Select Change Screen Time Passcode.
4. Tap Turn Off Screen Time Passcode.
5. Enter the current passcode to confirm.

Removing the passcode does not automatically disable parental controls. Existing restrictions and limits remain configured, but your child can change their Screen Time settings without entering the passcode.

How Does an iOS VPN Add Privacy to Your Child’s iPhone?

Your child might use their iPhone on public WiFi at school, in a café, or while travelling. Although many websites already encrypt their connections, a VPN adds protection on public WiFi by encrypting internet traffic between the iPhone and the VPN server.

An iOS VPN also masks the device’s public IP address from the websites and services it connects to.

PureVPN offers several useful features for families:

• Encrypted VPN connections: Help protect internet traffic from interception on shared or public networks.
• Tracker and Ad Blocker: Helps block certain ads and tracking requests while connected to PureVPN.
• Automatic connection options: Configure VPN on Demand to connect when selected domains are accessed, reducing the need to activate the VPN manually.
• Up to 10 simultaneous connections: Protect multiple compatible family devices with one subscription.

PureVPN also maintains an independently audited no-logs policy.

Can an iOS VPN Replace iPhone Parental Controls?

No. A VPN can help protect children online by encrypting traffic and masking their public IP address, but it does not set screen time limits, approve downloads, restrict communication, or automatically block age-inappropriate apps.

Some VPNs can also affect separate network-level filtering systems, depending on how those systems work.

Use Apple’s Screen Time to manage what your child can access and PureVPN for additional connection privacy.

How to Install PureVPN on Your Child’s iPhone

1. Get a PureVPN subscription.
2. Open the App Store on your child’s iPhone.
3. Search for PureVPN and install the app.
4. Sign in with your PureVPN account.
5. Select a server from the list.
6. Approve the VPN configuration when iOS prompts you.

If app installation restrictions are enabled, you will need to allow the installation through the relevant parental controls first.

Related Read: Is It Safe to Use an iOS VPN for Mobile Banking?

Frequently Asked Questions

Want to get PureVPN running on your TV but unsure where to start? A TCL running Google TV, for example, requires a different setup method from a Samsung running Tizen OS. The same goes for streaming devices: you can install PureVPN directly on your Firestick, while Roku requires connecting to a VPN-enabled router.

This guide covers how to set up PureVPN on smart TVs from LG, Sony, and more, along with streaming devices like Apple TV and Chromecast, among others. Find out which ones are compatible, follow the right setup steps for yours, and troubleshoot common connection problems.

Which TVs and Streaming Devices Support PureVPN?

PureVPN supports a range of smart TVs and streaming devices, although the setup method depends on the operating system and model. Check the table below to see whether you can install the PureVPN app directly or need a VPN-enabled router:

How to Set Up PureVPN on TVs and Streaming Devices

Once you have confirmed that your device supports PureVPN, follow the relevant instructions below to get connected:

How to Set Up PureVPN on Firestick or Fire TV

You can install PureVPN directly from the Amazon Appstore on supported Fire TV Stick, Fire TV, and Fire TV Cube devices. Here is how:

1. From your Fire TV home screen, open the Amazon Appstore and select Search.
2. Search for PureVPN, select the app, then hit Download.
3. Once installed, open PureVPN from your apps menu.
4. Select Connect, then Login. A QR code will appear on your TV screen.
5. Scan the QR code with your phone or tablet. Open the link, enter the six-digit code displayed on your TV, and select Submit to sign in.
6. Accept the privacy policy and approve the VPN configuration request when prompted.
7. Select Connect to use the recommended server, or open Locations to choose a preferred country. 
8. Once connected, the app will display Connected.

For screenshots and additional details, see our Firestick setup guide.

How to Set Up PureVPN on Android TV or Google TV

PureVPN’s Android TV app also works on compatible Android TV and Google TV devices, including NVIDIA Shield TV, Xiaomi Mi Box, Mi TV Stick, Chromecast with Google TV, and Google TV Streamer. Follow these steps:

1. Open the Google Play Store on your TV or streaming device.
2. Search for PureVPN, select the app, then hit Install.
3. Launch PureVPN from your apps menu and select Connect, followed by Login.
4. Scan the QR code displayed on your TV using your phone or tablet.
5. Enter the six-digit code shown on your TV into the page opened by the QR code, then select Submit.
6. Accept the privacy policy and approve the VPN configuration request.
7. Press Connect to connect to a recommended server. To select a specific country, open the menu, choose Locations, and select your preferred location.

If you are unable to install PureVPN through Google Play on a compatible Android TV device, follow these Android TV sideloading instructions. You can also refer to our Android TV setup guide for screenshots of the installation and login process.

How to Set Up PureVPN on Apple TV

Apple TV devices running tvOS 17 or later can install PureVPN directly from the App Store. Follow these steps:

1. Open the App Store on your Apple TV and search for PureVPN.
2. Download the app and open it.
3. Select the Connect icon, followed by Have an account? Login.
4. Scan the QR code displayed on your Apple TV using your phone or tablet.
5. Enter the six-digit code shown on your TV into the linked page and select Submit.
6. Approve the VPN configuration request when prompted.
7. Press Connect to Recommended to establish a VPN connection. Alternatively, open Locations from the left menu and select your preferred country.
8. Once connected, the app will display Connected.

For more details, visit our Apple TV setup guide.

How to Set Up PureVPN on a Compatible Router

Roku, older Chromecast models, and smart TVs running operating systems such as Tizen and webOS do not support installing PureVPN directly. To use PureVPN with these devices, you need to configure it on a compatible VPN-enabled router.

PureVPN supports manual configurations on compatible routers from Asus, TP-Link, Linksys, and GL.iNet, as well as routers running DD-WRT firmware. 

Here is the general setup process:

1. Check router compatibility: Confirm that your router supports a VPN client using a protocol supported by PureVPN, such as OpenVPN or WireGuard.
2. Get your VPN configuration details: Sign in to your PureVPN Member Area. Access the VPN credentials or configuration files required for your router and chosen protocol.
3. Open your router’s administration panel: Enter your router’s IP address in a browser and sign in.
4. Configure the VPN client: Find the VPN client settings and enter or import the required PureVPN configuration details. The exact menus and settings depend on your router model and firmware.
5. Connect to PureVPN: Save the configuration, activate the VPN connection, and check the router’s connection status.

For model-specific steps, check our supported routers and protocols or select your router from these router setup guides. Once your router is connected, follow the instructions below for your streaming device or smart TV.

How to Set Up PureVPN on Roku or Roku TV

Roku does not support native VPN apps, but you can connect your Roku device or Roku TV to a router running PureVPN.

1. Make sure your router is connected to PureVPN.
2. On your Roku device, open Settings > Network.
3. Select the wireless connection setup and choose your VPN-enabled router’s WiFi network.
4. Enter the WiFi password and select Connect.
5. Once Roku connects to the network, its internet traffic can use the router’s VPN connection.

• For more details, see our Roku setup guide.

How to Set Up PureVPN on Chromecast Without Google TV

Older Chromecast devices, including the original Chromecast and Chromecast Ultra, do not support native VPN apps. You will need to connect them to a VPN-enabled router.

1. Make sure PureVPN is connected on your compatible router.
2. Open the Google Home app on your phone or tablet, using the Google account associated with your Chromecast setup.
3. If your Chromecast is already connected to another WiFi network, open its device settings, go to Device Information > WiFi, and select Forget This Network.
4. Follow the Chromecast setup process and select the WiFi network configured through your VPN-enabled router.
5. Enter the network password and complete the connection.
6. Make sure your casting device can communicate with Chromecast on the local network, then test casting from a supported app.

If Chromecast is no longer connected to its previous WiFi network, you may need to reset it before configuring a new connection. For further assistance, follow our Chromecast setup guide.

How to Set Up PureVPN on Samsung, LG, Vizio, and Other Smart TVs

Samsung TVs running Tizen, LG TVs running webOS, and Vizio TVs without native VPN app support can use PureVPN through a compatible router. Once you have configured PureVPN on your router:

1. Open your smart TV’s Settings menu.
2. Go to the Network or Internet Connection settings. The menu names vary by brand and model.
3. Select your VPN-enabled router’s WiFi network, or connect the TV to the router using an Ethernet cable if supported.
4. Enter your WiFi password if prompted and complete the network connection.
5. Confirm that your TV has internet access and that the router’s PureVPN connection is active.
6. Your TV can now use the VPN connection configured on your router.

For additional guidance, visit our smart TV setup guide.

How to Fix PureVPN Not Working on Your TV or Streaming Device

Having trouble connecting PureVPN or getting a streaming app to work? Find your issue below and follow the relevant troubleshooting steps:

Get PureVPN Running on Your TV

Whether your TV supports the PureVPN app or requires a router-based setup, you now have the steps to get connected. Choose the right method for your device, follow the instructions, and check that your VPN connection is active. If you run into trouble, try the fixes above or contact PureVPN’s 24/7 live chat support for help.

Checking your balance, paying bills or sending money from your iPhone has become part of everyday life. If you use a VPN, you may wonder whether it makes mobile banking safer or causes problems when you open your bank app.

Using an iOS VPN for mobile banking is generally safe. It adds another layer of privacy to your connection, especially on public Wi-Fi. However, some banks may flag VPN connections and ask you to verify your identity before allowing access.

In this guide, we will break down how a VPN protects your banking activity on iPhones, when to use one, why some banking apps flag VPN connections, and how to avoid common login issues. 

How Does an iOS VPN for Mobile Banking Work?

When you connect to a VPN on your iPhone, it encrypts your internet traffic and sends it through a VPN server before it reaches the internet. Anyone monitoring the Wi-Fi network sees encrypted data instead of your activity, and your bank sees the VPN server’s IP address instead of your own.

Your banking app already encrypts the information it exchanges with your bank, so a VPN provides additional privacy rather than being a replacement. That’s especially useful when you check your account over public WiFi.

Don’t Banking Apps Already Protect My Information?

They do, but there’s a difference between securing your banking session and protecting your internet connection. Most banking apps use encrypted connections, along with two-factor authentication, biometric login and fraud monitoring. While these help protect your account, the Wi-Fi network operator can still see certain details about your internet connections.

For example, someone could set up a fake hotspot in a café or airport with a name that looks legitimate. Your banking app’s encryption still protects the information exchanged with your bank, but a VPN adds privacy by limiting what the hotspot operator can see about your internet activity. However, it won’t protect you from phishing attempts or fraudulent login pages.

Do You Need an iOS VPN for Mobile Banking?

Not necessarily. Banking apps already encrypt your account information and transactions, so you can use them securely without a VPN. However, a VPN provides additional privacy depending on the network you’re using.

For example, if you’re banking over public or shared Wi-Fi, a VPN can prevent the network operator from seeing which online services your iPhone connects to. It also limits what your internet provider can see about your activity, although you’re placing that trust in your VPN provider instead.

A VPN can also be useful when traveling abroad. Connecting to a server in your home country can help with location-related banking restrictions, although some banks may still flag VPN connections and request additional verification.

How Do Banking Apps Detect a VPN on iOS?

Banks often identify VPN connections by examining the IP address used to reach their services. For example, a bank might flag a login when:

• Your IP address belongs to a known VPN server.
• Your IP address is associated with a data center or hosting provider commonly used by VPN services.
• Your login location is significantly different from your usual location.

Banks use these signals as part of their fraud-prevention systems. Depending on their policies, they might ask for an additional verification step, temporarily restrict a login, or ask you to try again without the VPN. It doesn’t necessarily mean you’ve done anything wrong.

How to Reduce Banking Login Issues When Using an iPhone VPN

You don’t need to avoid an iOS VPN for mobile banking to prevent app issues. A few measues make the experience smoother:

1. Connect to a server in your home country. If you’re traveling, a server in your usual country may help keep your login location more consistent.
2. Avoid changing server locations often. Switching between countries or IP addresses during banking sessions can trigger extra security checks.
3. Connect before opening your banking app. Start the VPN first instead of switching servers while you’re already logged in or making a transaction.
4. Use a consistent IP address. A dedicated IP gives you an address that isn’t shared with other VPN users. This can help reduce issues linked to shared or frequently changing IP addresses, although it doesn’t guarantee that your bank will accept every VPN connection.
5. Know when to disconnect. You can turn a VPN on and off on iOS from the PureVPN app or the VPN toggle in your iPhone’s settings. If your bank keeps rejecting the VPN, try the app without it on a trusted network. If you’re on public Wi-Fi, switch to mobile data before disconnecting.
6. Don’t ignore security alerts. If your bank asks you to verify a login or reports unusual activity, follow its official process or contact the bank directly. 

What to Look for in an iOS VPN for Mobile Banking

Not every iOS VPN for mobile banking is built the same. When you choose a VPN for iPhone, look for:

Be cautious with free VPN apps. Some have unclear privacy policies, limited server options or questionable data-handling practices. When you’re dealing with financial information, it’s worth choosing a provider you trust.

PureVPN checks all these boxes with strong encryption, modern protocols, leak protection, an independently audited no-logs policy, and a dedicated iOS app. You also get a 31-day money-back guarantee to test it with your banking apps.

How to Set Up an iOS VPN for Mobile Banking on iPhone 

Here’s how to use a VPN on iPhone iOS 18 with PureVPN:

1. Get a PureVPN subscription that suits you.
2. Download the PureVPN app for iOS from the App Store.
3. Open the app and sign in to your account.
4. Select a server in your home country.
5. Once connected, open your banking app and log in as usual.

Note: If your bank requests extra verification, complete it through the bank’s official app or website.

What an iOS VPN for Mobile Banking Won’t Protect You From

A VPN improves your connection privacy, but it isn’t a complete banking security solution. It won’t automatically protect you against:

• Phishing attacks: A VPN cannot identify fake banking websites or stop you from entering your credentials on them.
• Malware: A VPN won’t detect malicious apps or remove malware from your iPhone.
• Weak passwords: VPN encryption cannot prevent attackers from guessing weak passwords or exploiting reused credentials,
• Social engineering scams: Fraudsters can still impersonate your bank and trick you into sharing verification codes or authorizing payments.

Safe Mobile Banking Habits

Alongside your iOS VPN for mobile banking, follow these practices:

• Use a strong, unique password for your banking account (a password manager can help here).
• Enable two-factor authentication wherever your bank supports it.
• Use Face ID or another supported biometric login.
• Open your bank through its official app, not links in emails or text messages.
• Keep your iPhone and banking apps updated.
• Turn on transaction notifications.
• Never share banking details, passwords or one-time verification codes.
• Review your account activity regularly and report anything you don’t recognize.

Read More: How to Set Up a VPN on iOS 18

Frequently Asked Questions

Utah began enforcing age-verification requirements for commercial adult websites on November 2, 2026, even as a separate provision remained subject to a federal court injunction. The ruling concerned websites’ liability for visitors physically located in Utah who concealed their location using VPNs. Meanwhile, Google Trends data shows two notable peaks in relative search interest for “VPN” in Utah in the days leading up to enforcement.

Utah’s Age Verification Rules and Penalties

Under Utah’s age-verification law, commercial websites that knowingly and intentionally publish or distribute material harmful to minors must verify visitors’ ages if more than one-third of their content falls into that category. 

The law lists digitized identification cards, independent third-party services that check information against commercial databases, and commercially reasonable methods using transactional records as possible ways to verify age.

Utah first introduced adult-site age verification in 2023. Senate Bill 73, passed in 2026, amended the law and gave the Division of Consumer Protection authority to investigate violations and set verification standards. 

Operators that fail to comply can face administrative fines of up to $2,500 per violation. The division can also take cases to court and use specialized auditing technology to monitor whether covered websites are compliant.

VPN Search Interest in Utah Peaks Ahead of Enforcement

VPN search interest in Utah reached its highest point of the week on October 30, the same date the Department of Commerce announced the November 2 enforcement start. Google Trends recorded a relative interest score of 100 for the term “VPN.” 

Interest rose again on November 1, a day before enforcement began, reaching approximately 80. It fluctuated over the following days but remained below those earlier peaks. Overall, Google Trends reported a 600% year-over-year increase.

The platform measures relative search interest on a scale of 0 to 100, rather than reporting actual search volumes. While the data does not establish what prompted those searches, the peaks coincided with key developments surrounding Utah’s age-verification law.

Why a Federal Judge Blocked Utah’s VPN-Related Provision

Utah Code Section 78B-3-1002(3) held websites responsible for Utah visitors even when VPNs concealed their locations. Pornhub’s parent company, Aylo, challenged the provision, arguing that websites cannot reliably determine every visitor’s location.

On September 24, US District Judge David Barlow issued a preliminary injunction, finding that the provision effectively demanded perfect geolocation, which existing technology cannot achieve. Utah argued that reasonable efforts to determine users’ locations would suffice. 

However, the judge found that the law contained no such limitation. He also concluded that requiring websites to verify users outside Utah to avoid liability would likely place an excessive burden on interstate commerce.

The injunction applies only to the actual-location provision. Utah’s age-verification requirements remain enforceable, while a separate restriction preventing covered websites from facilitating or encouraging VPN-based circumvention was not included in the ruling. 

Privacy Concerns Remain Over Age Verification

Aylo has also raised privacy and security concerns about website-level age checks, particularly when verification involves sensitive personal information. The company supports verifying users’ ages at the device level instead of requiring individual websites to conduct checks.

Utah officials say the law requires websites to verify users’ ages, not their identities. Under the legislation, websites and third-party verification providers cannot retain identifying information after granting access. Margaret Busse, head of the Utah Department of Commerce, told KSL that the state does not collect this data.

Related Reads: 

• Arizona Sees Surge in VPN Demand After Age Verification Laws Take Effect
• The UK’s New Age Verification Law Triggered a VPN Surge: Here’s Why
• Ofcom Reveals Age Checks for UK’s Planned Under-16 Social Media Ban