how to bypass vpn block

The increasing popularity of VPNs has led to the rise of VPN blocks, hindering users from accessing blocked content and ensuring anonymity online. VPN blocks are employed by websites, streaming services, and even countries to enforce regional restrictions, combat online privacy, and generally manage internet access. In the face of these limitations, one can learn techniques to bypass VPN blocks and maintain their online freedom.

Understanding how VPN blocks work is essential for devising a strategy to overcome them. Many blocks are reliant on detecting VPN-related IP addresses, unusual data patterns, and specific ports used by VPN protocols. By learning to navigate around these identifiers, internet users can continue enjoying the benefits of a VPN without being detected or restricted.

Key Takeaways

  • VPN blocks can limit content access, but users can learn techniques to bypass them
  • Gaining an understanding of VPN-related identifiers helps in overcoming VPN blocks
  • Utilizing different protocols, better VPN services, and alternative methods can bypass VPN restrictions

Understanding VPN Blocks

A VPN (Virtual Private Network) is a popular tool to protect your online privacy and bypass geo-restrictions. However, some organizations and governments have implemented VPN blocks to prevent users from accessing certain content. In this section, we’ll delve into the reasons for VPN blocking, the entities involved, and the role of government censorship.

Reasons for VPN Blocking

There are various reasons entities may opt to block VPN usage. One primary reason is to enforce geo-restrictions and prevent users from accessing content available only in certain regions. This is often the case with streaming services and websites with copyrighted content. Additionally, organizations may block VPNs on their networks to protect their internal systems from unauthorized access or to enforce compliance with their security policies. Lastly, VPN blocking may be a tool for online censorship by governments aiming to control the flow of information and monitor their citizens’ activities online.

Entities Involved

Several entities may be involved in implementing VPN blocks, including Internet Service Providers (ISPs), network administrators at schools or workplaces, streaming services, and governments. ISPs may block VPN traffic as part of their network filtering measures or due to legal obligations imposed by the government. Network administrators at organizations and institutions may block VPNs to ensure the compliance with security policies and prevent unauthorized access to their networks. Streaming services often block VPNs to comply with copyright agreements and prevent users from accessing geo-restricted content. Lastly, governments may implement VPN blocks as part of their online censorship and surveillance efforts.

Government Censorship

Governments play a significant role in VPN blocking. In some countries, VPN blocks are employed as a means of government censorship to control citizens’ access to information or suppress dissenting views. This may involve blocking VPNs outright or forcing ISPs to comply with their network filtering measures. In some instances, governments may even impose harsh penalties for using VPNs to bypass online censorship. Additionally, governments may also block VPNs as part of their efforts to enforce copyright laws and protect the economic interests of their local content industries.

By recognizing the reasons for VPN blocking and the entities involved, users can better understand the nuances of navigating VPN restrictions and make informed choices when selecting VPN services to bypass such limitations.

VPN Protocols and Ports

When it comes to bypassing VPN blocks, understanding VPN protocols and ports is essential. Various VPN services utilize different protocols and ports to establish secure connections, and companies or governments may block specific ones to hinder VPN usage. This section covers the common protocols and popular ports used by VPNs.

Common Protocols

There are several VPN protocols that various services implement to establish secure connections. These include:

  • OpenVPN: This open-source protocol is widely regarded for its security and reliability. OpenVPN can operate on both Transmission Control Protocol (TCP) and User Datagram Protocol (UDP) ports, making it quite versatile.

  • Internet Key Exchange version 2 (IKEv2): This protocol is known for its fast connection speeds and ability to automatically reconnect when a connection is lost. It usually uses UDP ports.

  • Layer 2 Tunneling Protocol (L2TP): L2TP often pairs with Internet Protocol Security (IPsec) to enhance its security, as L2TP alone doesn’t provide encryption. This protocol typically uses a single UDP port.

  • Secure Socket Tunneling Protocol (SSTP): SSTP is a Microsoft-developed protocol that operates solely on Windows devices. It uses the HTTPS port for secure connections.

Each protocol offers specific benefits, so it’s essential to choose a VPN service that provides the protocol best suited for your needs or allows you to switch between protocols as needed.

Popular Ports

Ports are essential in internet communication, as they facilitate data transmission by acting as endpoints within a device’s IP address. Here are popular ports used by various VPN protocols:

  • OpenVPN: OpenVPN primarily uses UDP ports 1194, 1197, 1198, and 8080, but it can also operate on TCP ports 443, 80, and 110 when needed.

  • IKEv2: This protocol usually runs on UDP ports, specifically on ports 500 and 4500.

  • L2TP/IPsec: L2TP/IPsec typically operates on UDP port 1701, while IPsec uses ports 500 and 4500 for data communication.

  • SSTP: As SSTP uses HTTPS for communication, it relies on TCP port 443.

Knowing and understanding these VPN protocols and ports can help you bypass VPN blocks by adjusting or switching your VPN configurations. A confident, knowledgeable, neutral, and clear approach can guide you in making the right decisions when it comes to bypassing VPN blocks.

Techniques to Bypass VPN Blocks

While VPNs are a popular solution for overcoming geo-restrictions and maintaining online anonymity, some organizations have implemented measures to block VPN usage. In this section, we will explore various techniques to bypass VPN blocks in order to maintain your online privacy and access the content you desire.

Using Obfuscated Servers

Obfuscated servers, offered by a few VPN providers, can help bypass VPN blocks by disguising their network traffic as regular HTTPS traffic. With obfuscated servers, it becomes difficult for firewalls or ISPs to detect and block VPN connections. These servers are particularly useful when trying to access content from heavily censored regions such as China or the UAE.

Switching to Mobile Data

In some cases, switching to mobile data from a Wi-Fi connection can help bypass VPN blocks, as ISPs may implement VPN blocking only on their Wi-Fi networks. Mobile data networks may have different configurations that allow VPN connections to bypass restrictions. Keep in mind that this method might not work across every network, and data charges may apply depending on your mobile plan.

L2TP and Other VPN Protocols

Different VPN protocols offer various levels of security and encryption. When encountering a VPN block, it might be helpful to switch between VPN protocols such as OpenVPN, IKEv2, or L2TP. Experimenting with different protocols could potentially bypass the VPN block, but be cautious as some protocols may offer less security than others.

Common VPN Protocols:

  • OpenVPN
  • IKEv2
  • L2TP/IPSec
  • SSTP
  • PPTP

TCP Port 80 and 443

Some VPN blocks may target specific ports used by VPN connections. By configuring your VPN to use common ports like TCP Port 80 (used for HTTP traffic) or 443 (used for HTTPS traffic), it becomes difficult for firewalls or ISPs to differentiate between regular web traffic and VPN traffic. While this method might not guarantee to bypass VPN blocks, it could be an effective technique if combined with other methods such as obfuscated servers.

Premium VPN Services

When it comes to bypassing VPN blocks, choosing a reliable and reputable VPN service is crucial. In this section, we’ll discuss three premium VPN providers that excel in this area: NordVPN, ExpressVPN, and CyberGhost.


NordVPN is a well-known provider that offers advanced features to effectively bypass VPN blocks. With over 5,000 servers in 60 countries, NordVPN ensures a vast network of servers to choose from. The service implements obfuscation technology, which disguises VPN traffic as regular internet traffic, allowing users to bypass VPN detection and blocks. Additionally, NordVPN offers a built-in kill switch, which prevents data leaks in case of VPN connection drops, and robust encryption to secure your online activities.


Another strong contender is ExpressVPN, which is renowned for its fast speeds and extensive server network. It boasts over 3,000 servers in 94 countries, giving you plenty of options to access geo-restricted content. ExpressVPN uses advanced obfuscation techniques to make your VPN traffic undetectable, allowing you to bypass VPN blocks effortlessly. The service also offers a kill switch, leak protection, and a variety of protocols to enhance security and maintain a stable connection.


CyberGhost is another reliable and efficient VPN provider that can help you bypass VPN blocks. With over 7,000 servers in more than 90 countries, CyberGhost offers a wide range of options for accessing blocked content. The service includes specialized streaming servers, which are specifically designed for bypassing content restrictions on platforms like Netflix and BBC iPlayer. CyberGhost employs advanced encryption, a kill switch, and DNS leak protection to ensure your online activities are secure and undetectable.

Alternatives to VPN

While VPNs are an excellent tool to bypass restrictions and maintain privacy, they may not always be the best solution. There are other options to consider for those looking to bypass VPN blocks. Below are some popular alternatives to VPNs:

Proxy Servers

A proxy server is a server that acts as an intermediary between the user’s computer and the internet. The proxy server processes the user’s request and forwards it to the desired website. This process hides the user’s IP address and provides a level of anonymity. However, proxy servers do not encrypt the data in transit, so they provide less security compared to VPNs. They also might be slower due to their shared nature.

There are several types of proxy servers, such as HTTP/HTTPS and SOCKS. HTTP/HTTPS proxies are suitable for browsing websites, while SOCKS proxies are more versatile and can be used for a wider range of online activities.

Smart DNS

Smart DNS is a service that allows users to access geographically restricted content by modifying their DNS settings. Unlike VPNs and proxies, Smart DNS does not route the user’s traffic through a different server, nor does it hide the IP address. Instead, it changes the DNS settings to resolve the user’s requests through a server located in the desired country, thus allowing access to geo-restricted content.

The advantage of Smart DNS is that it does not cause any significant speed reduction since there is no encryption or routing of data through another server. However, as it lacks IP address masking and encryption, Smart DNS provides less protection and anonymity compared to VPNs.

Tor Browser

The Tor Browser is a free, open-source web browser that uses the Tor network to enhance the user’s anonymity and privacy. When using the Tor Browser, the user’s internet traffic is encrypted and routed through a series of volunteer-operated servers called nodes. With each hop, the data is re-encrypted, making it extremely difficult to trace back to the user.

The Tor network allows users to access blocked and censored websites, but at the cost of slower browsing speeds due to multiple encryption steps and longer routes. It’s important to note that while the Tor Browser provides strong anonymity, it is not recommended for high-bandwidth activities such as streaming and online gaming.

Advanced Techniques

Deep Packet Inspection (DPI) Bypass

Deep Packet Inspection (DPI) is a technique used by some internet service providers (ISPs) and organizations to analyze network traffic and identify VPN connections. To bypass DPI, you can use DPI evasion methods that obfuscate your VPN connection, making it harder to be detected and blocked. One such method is using Obfsproxy, an open-source tool that scrambles your VPN traffic to resemble regular internet traffic. Another option is to use a VPN provider that offers built-in DPI bypass tools, such as NordVPN.

Stealth VPN and Camouflage Mode

Stealth VPN is a technology that blends VPN traffic with regular internet traffic, making it difficult for ISPs and organizations to detect and block your VPN connection. Some VPN providers, like Surfshark, offer features like “Camouflage Mode,” which utilizes stealth technology to mask your VPN usage. This helps you maintain privacy and bypass VPN blocks imposed by streaming services, workplaces, or even countries with strict internet censorship.

Dedicated IP Address

A dedicated IP address is an IP address that is unique to you, unlike shared IP addresses used by many VPN users. Using a dedicated IP with your VPN can help you bypass VPN blocks since streaming services and other websites often target and block known shared VPN IP addresses. Some VPN providers offer dedicated IPs as an add-on feature, providing an additional layer of privacy and helping you bypass VPN blocks with greater success. Keep in mind that dedicated IPs may be more susceptible to tracking, so it’s essential to weigh the pros and cons before using this option.

VPN Blocks in Different Countries

In this section, we will discuss the VPN blocks and their implications in different countries such as China, Russia, Turkey, and North Korea.


In China, the government has implemented the Great Firewall of China, a sophisticated system designed to censor and control internet content. This has led to the restriction of many websites and services, including popular ones like Google, Facebook, and Twitter. VPNs are widely used to bypass these blocks, but the government has cracked down on VPN usage by blocking some providers and implementing advanced techniques to detect and block VPN traffic. Nevertheless, reliable VPN services with strong encryption and obfuscation techniques can still bypass the Great Firewall and offer unrestricted internet access.


In Russia, the government has been implementing website blocking and online censorship for years. To bypass these restrictions, many people have turned to VPNs. However, the Russian government has taken steps to block VPN services that do not comply with their regulations and remove blocked content from their servers. Despite this, some VPN providers continue to offer their services in the country, enabling users to access blocked content and ensuring their online privacy.


Turkey is another country with strict internet censorship and limitations on accessing certain websites and social media platforms. The Turkish government has been known to block popular websites and applications, including Twitter and YouTube, during sensitive periods such as protests or political events. Many Turkish internet users use VPNs to bypass these restrictions. Although the government has attempted to block some VPN services, users can still find VPN providers that offer fast and secure connections to bypass these blocks.

North Korea

North Korea is well known for its strict control over internet usage, with only a limited number of state-controlled websites available to its citizens. Foreign visitors are also heavily restricted in their internet access. Due to the tight control on information flow in the country, VPN usage remains limited and risky. Bypassing VPN blocks in North Korea is extremely challenging, and the consequences of using a VPN to access blocked content can be severe. However, some highly secure and advanced VPN services may still allow users to bypass these stringent controls, but it is essential to exercise extreme caution and be aware of the potential risks.

Restrictions in Institutions and Workplaces


Many universities implement VPN blocks to prevent students from accessing certain websites and applications. This is often due to concerns about academic integrity, preventing distractions during school hours, and conserving bandwidth for more essential academic resources. For example, students might be restricted from accessing social media platforms, streaming services, or gaming websites. To bypass these VPN blocks, students can use a high-rated and trustworthy VPN that avoids online restrictions and protects their privacy.


Workplace VPN blocks are commonly established by employers to ensure productivity, maintain network security, and protect company data. These restrictions may involve limiting access to specific websites, online services, or applications that are not related to work tasks or pose potential security risks. Similar to universities, employees can also make use of a reliable and robust VPN service to navigate through these imposed restrictions while maintaining their privacy.

The use of VPNs to bypass restrictions in institutions and workplaces must be done responsibly and within legal boundaries. It is essential to understand the rules and regulations of the network provider and consider potential consequences of bypassing the restrictions. Always ensure you are using a secure, reliable, and reputable VPN service with advanced features to avoid any issues and maintain overall safety and anonymity online.

Frequently Asked Questions

What are some methods to bypass VPN blocking?

There are a few methods you can try using to bypass VPN blocks. One option is to switch encryption or tunneling protocols, as some VPN services allow you to do this due to their versatility. Another method is to connect to obfuscated VPN servers, which help to hide the fact that you are using a VPN. Additionally, you can obtain a dedicated VPN address, making it more difficult for VPN blockers to identify and block your connection.

Which VPNs are undetectable and can bypass restrictions?

Some VPN providers are known for being able to get around various VPN blocks and successfully bypass restrictions. For instance, NordVPN has a reputation for being efficient in this regard, thanks to its obfuscated servers and advanced features.

How do proxies help in bypassing VPN blocks?

Proxies can serve as an alternative way to bypass internet restrictions by routing your internet connection through a different server. Although proxies may not offer the same level of security and privacy as VPNs, they can be effective in circumventing blocks in certain situations.

What steps can be taken if a VPN is blocked on a Wi-Fi network?

If a VPN is blocked on a Wi-Fi network, there are a few possible solutions. First, try switching the VPN protocol, as this might prevent the network from detecting and blocking your VPN connection. Another option is to use a VPN with obfuscated servers, designed to hide your VPN usage. Finally, you can also try connecting to a different VPN server, ideally one located in a different country, to potentially bypass the block.

How can a VPN be blocked on a router?

Advanced routers can be configured to block VPN connections, often using Deep Packet Inspection (DPI) technology. DPI examines data packets passing through the router and can identify VPN traffic, allowing the router to block such connections. In this case, using a VPN with obfuscation technology or a different encryption protocol might help bypass the block.

What are some free VPN services that avoid detection?

While it’s not guaranteed that a free VPN service will avoid detection or bypass restrictions, some providers have been known to work in certain cases. However, it’s worth noting that free VPNs might have certain drawbacks, such as limited bandwidth, data caps, and potentially weaker security. For a reliable and undetectable VPN experience, it is typically recommended to use a paid VPN service that is known for its ability to bypass blocks.

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