Whether you want to access a website for your studies, visit a gaming website, or browse using your VPN, it can be an absolute pain to discover that VPN isn’t working at school. I came, saw, and conquered, so allow me to answer your burning question, “Why isn’t my VPN working at school?”
VPNs may not work at school because the school is blocking their ports, IP addresses, and traffic signatures. VPNs send data through specific ports, sometimes using the same IP addresses, with traffic that can be uniquely identified. Schools prohibit traffic from these sources to block VPNs.
The technical jargon surrounding VPNs can be confusing to the average person, but you’ll be happy to know you’ll have a comprehensive understanding in a short while from now. You’ll understand exactly why your VPN isn’t working at school and what you can do about it.
Why Isn’t VPN Working At School?
The most typical areas where individuals desire to use VPNs are at work, school, in a hotel, or on the premises of a college or institution. These are the places where public Wi-Fi is generally available, so as long as you know the password, you’ll have simple access to the internet.
Schools nowadays have internet access, but administrators monitor and restrict access by restricting social networking, gaming sites, and VPNs to ensure that pupils are entirely focused on their studies. They accomplish this by blocking ports, IP addresses and monitoring traffic to see what information is sent and received.
Ports transmit and receive internet traffic, with certain types of traffic using specific ports. TCP port 80 is used by most normal HTTP communication, whereas TCP port 443 is used for secure (HTTPS) transmission. Because
OpenVPN communication utilizes UDP port 1194, and firewalls frequently monitor port 1194 and prevent any encrypted traffic that tries to use it. Because this strategy is very straightforward to implement, many businesses and governments are likely to employ it.
More sophisticated blocking methods focus on the nature of the traffic itself rather than where it is coming from or going. SSL is used for OpenVPN traffic. However, it has distinct signals that make it detectable with the correct tools. Deep Packet Inspection (DPI) checks for them and stops traffic if specific patterns are identified.
IP addresses are another approach for detecting and blocking VPN connections. When you use a VPN, your actual IP address is substituted with one assigned by the VPN server. Many VPNs use shared IP addresses, which means that everyone connected to a server has the same IP address. If the IP address is uncovered, a school can block it.
Which VPNs Offer A Stealth Feature?
Stealth VPNs offer the ultimate online protection while allowing you to bypass school networks that block the use of VPNs.
Here are some examples of VPNs that offer a stealth feature:
IPVanish utilizes the XOR scramble via OpenVPN Scramble. It enables users in restricted countries to hide their traffic from deep packet inspection, get beyond firewalls and restrictions, or access networks that restrict the use of VPNs.
Scramble is compatible with Windows, Android, MacOS, and Amazon Fire TV devices, as are manual setup manuals for Wi-Fi routers, Linux, Chromebooks, and other devices.
Conveniently, there’s also an unlimited simultaneous connections policy, which means you may use the stealth VPN on multiple devices at no extra charge.
Surfshark utilizes a stealth feature that they call “Camouflage Mode.” It is used with obfuscated VPN servers to provide maximum privacy for online activities and bypass networks that restrict VPN access.
Thanks to obfuscation, outsiders who may be observing your traffic will not detect its VPN traffic. Because the VPN’s data packets are disguised as something else, it cannot identify the user and allows them to bypass any network restrictions that a school may employ.
VyprVPN is one of the most well-known VPN services in the world, and they’ve created their own unique stealth VPN technology called ‘Chameleon,’ which enables 256-bit OpenVPN encryption to be disguised and sent over TLS port 443.
It is a preferred choice for users in China, Iran, the United Arab Emirates, and Pakistan since it is particularly successful at circumventing firewalls. Furthermore, it can easily bypass networks that have blocked the use of VPN services.
VyprVPN’s biggest feature is probably their excellent customized VPN software, available for Windows, Mac, iOS, and Android devices.
Can You Bypass A School Firewall Without A VPN?
If you’re having VPN issues, you may find yourself desperate enough to bypass the school’s firewall to access a specific website. In such a case, there are a few things you can try to help you bypass any VPN blockages:
Use The IP Address Instead Of The Name
When you input a website’s name into your browser, it’s automatically transformed to an IP address. Computers do not understand what names are and must utilize a Domain Name Server to convert them to an IP address (DNS).
This information is helpful if the firewall looks for domain names rather than IP addresses. You may access the webpage without telling the firewall that you’re heading there by putting the number into the URL bar.
Unfortunately, the IP address of each website is not readily apparent. You may search for this information on sites like WhatIsMyIPAddress.com.
Utilize Mobile Data Via A Hotspot
If you can’t find out how to get around the school’s Wi-Fi, you may try setting up a hotspot on your smartphone. You can connect to the internet without going via the school’s system this way. It will deplete the phone’s data, but it will save you the trouble of getting through the school firewall.
VPN services may not work at schools because their ports, IP addresses, or traffic signatures are blocked. Stealth VPNs can be useful to bypass a school’s firewall and recover full access. However, it’s relatively easy to get around, so schools frequently use these methods simultaneously.