18 Mar School-Blocked VPN? Here Are the Solutions to This Problem
For students who want to protect their privacy online, wish to access geo-restricted websites, or need to work away from school, a virtual private network (VPN) will allow you to do all of these and more. A VPN encrypts all of your data, unblocks geo-restricted content by changing your IP address location, and connects your computer to a network of other computers remotely. But what if you encounter a school-blocked VPN? How will you get through a network that blocks the tool which unblocks contents for you? In this article, we will explain how school-blocked VPN services work, and how students can find a solution to this situation.
Who Can Block My VPN and How Do They Do It?
School-blocked VPN services are pretty self-explanatory – they are virtual private networks that the university has detected and blocked to prevent students from being anonymous. Most school administrators monitor the internet activities of the students and block social networking sites from being accessed through the school’s Wi-Fi and computers.
Firewalls are used to block unauthorized access to websites and pages, and some schools use advanced software in addition to perform deep packet inspection (DPI) that thoroughly searches for non-compliant protocols, such as virtual private networks. A DPI is able to throttle (control your access), restrict, and block incoming and outgoing traffic.
How Do I Unblock My School-Blocked VPN?
According to VPN University, there are three ways to unblock a school-blocked VPN. These are the following:
Run OpenVPN on Port 443. Websites that require sensitive data such as bank accounts, emails, and other personal information employ the Secure Sockets Layer (SSL) encryption to protect the web traffic. OpenVPN uses SSL encryption, so switching the port number to 443 will enable it to bypass most DPI firewalls and unblock your school-blocked VPN. Some VPN services have specific server locations that are dedicated to accessing port 443 and bypassing DPI.
Use Stealth VPN technology. Some VPN protocols perform deep packet inspection that can still allow firewalls to detect and school-block VPN services. To bypass this header, you can use the Stealth VPN technology or obfuscation: it disguises the VPN traffic as a regular traffic so it can escape deep packet inspection and prevent from becoming a school-blocked VPN. There are plenty of VPN services that offer the Stealth VPN technology, such as VPN.ac, IPVanish, VyprVPN, and Proxy.sh (read our complete reviews on these VPN services to know more about them).
Run your VPN through Tor network. If all methods fail, or if you really wish to have complete privacy and maximum website unblocking, you can run your VPN through a Tor network. This will route your traffic to numerous relays (over thousands!) so it will be difficult to trace you back and block the VPN. However, since the traffic will be routed to many different proxy layers with varying speeds, you will most likely experience slower internet connection. However using a Tor network will ensure that you will not have a school-blocked VPN anymore. Some VPN services that have built-in Tor support are BolehVPN, NordVPN, and Proxy.sh.
Best VPN Services for Countering School-Blocked VPN Firewalls
IPVanish. This VPN service prides itself on being the Top Tier VPN service among the others, promising to deliver the fastest and most secure connections. Staying true to its name, IPVanish makes your IP address ‘disappear’ by hiding it behind an anonymous IP address. This will let you avoid annoying ads and location identification through geo-targeting (marking your location). IPVanish lets you surf the internet by covering your tracks through PPTP, L2TP, and OpenVPN protocols so you can surf the web anonymously.
Proxy.sh. This VPN provider aims to provide privacy and transparency in all aspects: hide your IP address, encrypt your traffic, protect your connection, and lift all restrictions from websites you wish to visit. It does all of these by using the latest protocols such as OpenVPN with 256-bit AES/CBC, SHA-512, and 4096-bit RSA encryption. They also provide alternative proxy technologies such as SoftEther and Tor to cater other operating systems. Since they maintain over 300 servers in 51 countries such as Belgium, Russia, and Germany, Proxy.sh has been providing access to websites and content that are otherwise restricted or geo-blocked in a particular country.
VyprVPN. VyprVPN owns and manages their VPN servers so you are guaranteed a fast and secure connection because all the traffic will be directly sent to your computer. They also offer a huge number of server locations, which include 700+ servers in 50+ worldwide locations and 200,000+ global IP addresses. VyprVPN uses L2TP, PPTP, OpenVPN, and Chameleon protocols, an additional NAT Firewall, and zero-knowledge DNS to make sure that you are truly protected. They also prevent throttling by encrypting your traffic so your internet service provider (ISP) will be unable to read it, allowing you to enjoy faster and limitless internet speed.
NordVPN. NordVPN prides itself on its DoubleVPN, a unique system that encrypts your data twice using military-grade AES-256-CBC encryption. Plus, they have a DNS Leak resolver in case DNS servers send unencrypted queries outside your server and expose your IP address and the sites you visited. With 999 server locations found in 51 countries, NordVPN also gives you options on which types of servers suits your needs and interests. Those who want military-grade security can choose between their DoubleVPN technology and Tor. And for those who want to be completely protected from denial of service attacks, they have Anti-DDoS servers just for you.
BolehVPN. BolehVPN is an excellent VPN service provider that promises unfiltered access to the internet without government censorship, bandwidth shaping, and monitored internet activities. It helps you protect your personal data from being intercepted even when you’re connected in public Wi-Fi hotspots with its 256-bit AES military grade encryption. They don’t keep user logs and they don’t monitor the usage, so it’s a big plus. It supports P2P and has a DNS leak protection, and no bandwidth limits.