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Unlike before, the wires don’t keep us glued to the desktop. Instead, wireless connections pave the way for enhanced accessibility. This wireless network uses WEP, WPA, WPA2, and WPA3 security protocols. However, with all sounding similar, what’s the difference between these WiFi security types? To answer that, we’ve got a comprehensive article explaining it all. Let’s dive in!
Note:With different protocols stepping in for a primary aim, cybersecurity, you may still be overlooking a crucial security tool, i.e., FastestVPN. We recommend configuring your WiFi router with the VPN.
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Wired Equivalent Privacy (WEP) is the first WiFi security protocol introduced in 1997. It aims to elevate the security of wireless data transfers and avoid cyber threats by encrypting web traffic using 64—and 128-bit encryption keys.
Using static keys, you can then communicate with other wireless networks via the WEP protocol. All authorized systems on the same network can send and receive all encrypted messages. And anyone who doesn’t have the key can’t access the messages.
However, WEP wasn’t reliable as a WiFi network security protocol, and other protocols such as WEP, WPA, WPA2, and WPA3 stepped in. Following this section, we’ll cover each protocol individually.
WiFi Protected Access stepped in as an upgraded protocol released in 2003, patching the previous gaps. WPA was quite similar to WEP, but major security updates were made, such as improving the static key vulnerability of WPA.
Instead, this protocol used the Temporal Key Integrity Protocol (TKIP), which generates a new static key whenever a data packet passes the network. Here’s the difference between WEP and WPA: the former allows anyone with the standard static key to access the data, and the latter creates a new key every time a data packet transfers. WPA also prevents hackers from creating their own keys to intercept a network and access a data packet.
Furthermore, this security protocol leverages 128-bit encryption, which includes running message integrity checks. This way, black hats can’t continuously update their information against potential victims. While this may seem a fool-proof protocol, advancing cyber threats introduced gaps in WPA, and that’s where WPA2 stepped in.
WPA2 stepped in as an improved version and cemented the previous gaps. Released in 2004, this security type WiFi protocol is trusted by cybersecurity experts. It featured two main upgrades: elevated encryption standards and faster data authentication.
Speaking of improved data encryption standards, WPA2 uses the Advanced Encryption Standard (AES), which you might hear about different network software features. Entering as a groundbreaking encryption method, AES leveraged TKIP and WEP than RC4. Moreover, it used CCMP for data package verification.
Secondly, WPA2 introduced personal and enterprise modes. The former featured a Pre-Shared Key (PSK), i.e., this security type WiFidepended on a single shared passkey that’s known to the client device and the packet’s access point. The latter is more suitable for enterprises. It uses the Extensible Authentication Protocol (EAP), facilitating advanced authentication credentials for the access point and the client device.
Conclusively, the advanced encryption methods lasted for over a decade until the black hats found their way out. As the gaps formed, the next WiFi protocol rolled in 14 years later.
Since the Key Reinstallation Attack (KRACK) is a major threat, WPA3 is the current advanced WiFi network security protocol that primarily patched up the KRACK in 2019. Delving into the details, there are 3 primary focuses of the WPA3 protocol.
Comparing WPA2 vs WPA3, unlike before, WPA3 focuses on individualized data encryption policies where every data transmission gets encrypted through its individual encryption key. Illustrating that, if a hacker intercepts the network, there will be various complex decryption steps. With various barriers on the way, data theft almost becomes impossible with this security type WiFi.
Moreover, AES encryption now follows the SAE protocol to improve protection against offline attacks, including password guesses. The cryptographic algorithms make it impossible to steal the data.
Additionally, brute force attacks account for 5% of all data breaches. That necessitated the WPA3 protocol, which now protects you from these attacks. However, despite its advanced features, this security protocol also has its drawbacks.
When considering the WPA2 vs WPA3, here are the 3 common WPA3 drawbacks explained briefly:
WiFi protocols generally have a slow transition period, especially when data is transmitted between older and advanced devices. WPA3, the latest protocol, features a slow transition due to incompatibility.
If you’re using an older router, it might not be compatible with WPA3. You’ll need to upgrade to a router compatible with this security type WiFi.
Despite launching in 2018, WPA3 is considerably new, and few users know about this security type WiFi. Following that, not all devices, such as smartphones, tablets, and routers, are compatible. Before switching to this protocol, you must ensure that all your devices are compatible.
Simply put, all WiFi security types aim to enhance a user’s data security; however, the protocols come as updated versions stepped in to bridge the previous gaps. Starting from WP to most cybersecurity experts claiming WPA3 is the best, it can still be hard to wrap your head around the technicalities of the WiFi security types.
To make it easier, here’s a quick WEP, WPA, WPA2, and WPA3 comparison table:
Protocol | Release | Encryption | Session Key Size |
WEP | 1999 | Rivest Cipher 4 (RC4) | 40-bit |
WPA | 2003 | Temporal Key Integrity Protocol (TKIP) + RC4 | 128-bit |
WPA2 | 2004 | CCMP + Advanced Encryption Standard (AES) | 128-bit |
WPA3 | 2018 | Advanced Encryption Standard | 128-bit for Personal mode 192-bit for Enterprise mode |
WPA3 is considered the best security protocol for a Wireless network. However, due to compatibility issues, it’s not very commonly used. Also, your preference regarding the WiFi security types can differ depending on the hardware’s compatibility.
When choosing a protocol, you must ensure that your available options meet industry standards. Furthermore, you must check if your router supports the chosen protocols from WEP, WPA, WPA2, and WPA3.
Conclusively, you must only choose the safest protocol, like the WPA3, for its advanced security standards. And when going for this, you must always check your router’s and other devices’ compatibility with the chosen protocol.
The steps to finding out the security protocol depend on the device you’re using. In this section, we’ll explain different methods of finding the WiFi network security protocol on Windows 10, Windows 11, macOS, and Android:
The difference is about what each WiFi security types offers. WEP is the oldest and the weakest protocol. Whereas WPA 2 is the most widely used and secure protocol. Meanwhile, WPA3 is the most secure and advanced protocol, but it’s not widely used due to it being new.
These are all WiFi security types, and all these WiFi security types aim to ensure advanced network security.
WPA3 is the most advanced and the safest protocol. However, the overall choice between WPA2 vs WPA3 depends on your preferences and device compatibility.
You can find them via device Settings. While there’s no straightforward method for finding the security type WiFi on iOS, you can always easily do so on your other devices, as mentioned above.
This article walked you through a brief comparison of WEP, WPA, WPA2, and WPA3 where we briefly explained each protocol and recapitulated it in a table. While WPA3 protocol is most advanced and robust security protocol, many users still don’t use it due to its incompatibility on the older routers.
While all these protocols focus on security enhancement, it’s best to configure the router with a VPN. For example, you manually configure FastestVPN, it encrypts all your data, making it almost impossible to intercept.
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