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WPA3 Wi-Fi Security Protocol Is Here and It’s Harder to Hack

WPA3 Wifi security

The Wi-Fi Alliance has recently announced a new standard for securing the Wi-Fi connections, which they call as WPA3 (The updated version of WPA2 Encryption protocol). Today, in this post, we would be covering everything that you need to know about this new Wi-Fi security standard. So without any further, we do, let’s jump straight into it, should we?

The New WPA3 Wi-Fi Security

The new WPA 3 Wi-Fi routers would come with enhanced security for the data which flows between your Smartphone, Computer and other smart home devices and the Internet. The Wi-Fi Alliance in partnership with the various tech companies has brought up the WPA 3 security. The Protocol has been finalized on Monday.

Now, if we go out, we will find the availability of Wi-Fi networks everywhere. Some of which are secured with the WPA 2 PSK while others might be secured with the WPS which are easier to hack. The most common Wi-Fi attacks which are also known as an offline dictionary-based attack. This allows the hackers to guess your Wi-Fi’s password easily. But, with the WPA 3 Wi-Fi, the security is much better, and it is quite hard to hack.

The Wi-Fi Alliance has certified this new security standard for Wi-Fi, and now it is up to the Wi-Fi Routers manufacturers whether they want to offer this new protocol with a System Update or not. The WPA 3 will replace the WPA 2 standard which is the most common standard for Security right now. It was introduced back in 2004. It has been a long time since WPA 2, we can expect some great enhancement and better security with this upgraded standard for Wi-Fi Security.

While there is nothing much problem with the existing WPA 2 security, the researchers recently found a new flaw which is known as KRACK. This flaw let the hackers on the same Wi-Fi Network access other users Internet Traffic without entering any password. Many manufacturers fixed this issue with a software update. However, the Wi-Fi Alliance requires all new routers to be tested for the problem. This will take some time. Are you interested in getting the WPA 3 on your Router?

When Will I get it?

Some Giant Players like the Cisco has supported this introduction of the WPA 3 Security Standards. The company said that they would soon be rolling out their new products with this security and are also planning to roll out updates for their existing products. The WPA 3 is expected to step into the market later this year.

Regarding the security standard, the Wifi Alliance said that the WPA 3 would bring significant upgrades to wireless security protecting all levels of the customers from consumer to government. This security will work fine even if the user’s password ain’t hard to guess. Although one should always choose a password which is harder to guess. This way they the user can step up their game of security.

So that’s it guys, this was everything we know about the WPA 3 Wi-Fi so far, let us know your thoughts on the same in the comments section down below.

1 Comment

  1. Ok – why not beat it?
    Bluetooth uses a radio frequency “hopping”, simply stated, is is based on transmitting on say 53 unique “channels” and they are narrow-band since earbuds need about 20Kbps to work. Then we need to know where to start, and the device has been coded with a number and told to find the first prime multiply the number with what you give +1, so your “0000” gives P1*1 that does not change much, but there is always a prime less than this and since you gave “0000” you know where to start – 1 and you can also find the prime tat the other party uses – well that is when the two are “paired”. Now Fermat discovered what they Indians new 2000 years ago that a group of primes maps into itself, so when you know the two primes 53 channels and the large number the next channel is just this channel multiplied by the secret number modulo 53, just as simple as adding 1. . The WLAN infrastructure uses 13 channels, so the rime is 13 (or 11 in the US – sorry Don, but the FCC has ruled). Now 50 times per second, of for every 20K packets, change channel to “next”, just listen first and should it be used, jump to next of next.or simply wait. Now to follow you and decipher, someone has to listen to all channels, and work out the big prime that you use. Well to mess up that, transmit 13 “threads” .Then if they find one “difference” they may have found just another thread.
    Write the code in C/C++, publish it for Linux and let us install it on routers. Most of these run Linux and can be loaded with the regular tools found in all basic Linux (what is removed in Android). The best of this is that different WiFi hotspots will work together better and the more hotspots, the better is the total performance in number of bytes per second you manage to transmit. Make an “initial ” handshake sequence and exchange another set of keys and encrypt the messages according to this.
    This is how it is dome in the DECT DMAP/DPRS that is based on the cordless phone technology invented by Ericsson and Siemens, and made available to all as a ITU standard. It is high time to put technology back on track.

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