It’s easy to kick people off your Wi-Fi network. The tricky part is discovering who’s on your network. An average internet user won’t even notice if anyone else is connected to their Wi-Fi network. It could be anyone, but it’s mostly your next-door neighbor.
It goes without saying that anyone who breaks into your Wi-Fi network doesn’t have the right intentions. The fact that they cracked your Wi-Fi password or connected to an unsecured network clearly indicates what else they might do on your Wi-Fi network.
Their arrival on your network can cause network congestion as you could face slow traffic speeds and may even be exposed to malicious software such as malware, spyware, ransomware, and others. What’s worse is that their web searches could land you in trouble. For example, if they’re searching for controversial topics or child pornography, the authorities might pay you a visit.
It’s essential to keep a thorough check on who’s connected on your network so that you can quickly identify if the devices connected to your Wi-Fi network belong to you or not.
Kicking anyone off your Wi-Fi network has been made easy. Here are ways to kick people off your Wi-Fi network:
Just before you start removing people off your Wi-Fi router, the first step is to change your Wi-Fi password.
To block devices connected to your WIFI network:
Netcut works seamlessly with Windows on Windows 8 and Windows 10. To begin the process, first:
Android is an open-source platform and as such, several apps can terminate the internet connection of other devices on the network. Some of those apps are Wi-Fi Kill, cSpolit, etc.
Keep in mind that most of the apps will require root access to your device. Make sure to trust the developer before you start kicking devices off your Wi-Fi.
While there isn’t any specific app that terminates the internet connection of unintended devices, you can certainly do it through the router configuration access page.
Fortunately for you, there are ways to see who’s connected to your Wi-Fi network. If you’ve gone through the intermediary methods, and still can’t figure out who’s on your Wi-Fi, we’ve got you covered. There are software and applications such as ‘Wireless Network Watcher’ for Windows users and ‘Who’s On My Wi-Fi’ for Mac users.
These software provide an in-depth analysis of each device that’s presently connected to your Wi-Fi network. This increasingly helps you recognize the devices that belong to you. Once you’ve identified the devices that belong to you, you very well know which devices are the ones that need to be kicked out of your Wi-Fi network.
To use Wireless Network Watcher, follow the steps:
It may take a few minutes to scan your network. Once it’s done scanning, you’ll be notified with a full list of connected devices. You can remove the ones that aren’t yours.
To use Who’s On My Wi-Fi, follow the steps:
If you’re confused about doing it yourself alone, you can always call your ISP and they will be happy to help (hopefully). Here’s the process for calling your ISP:
Among numerous reasons why one should remove unknown devices from their Wi-Fi network, here are the most common motives:
If you’re consistently noticing slower internet speeds, it’s best to do a speed test and compare the analysis with the broadband package you’ve signed up for. If it turns out that your browsing or downloading speed is slower than ever, it may be because someone or a device is consuming too much of your Wi-Fi network’s speed.
Latency is another element that contributes to network speed. … A so-called low latency network connection is one that generally experiences small delay times, while a high latency connection generally suffers from long delays. Latency is also referred to as a ping rate and typically measured in milliseconds (ms).
While this may come as a surprise, by rebooting your router, you can conveniently get rid of unwanted devices that are connected to your Wi-Fi router. Since a reboot resets the router’s settings to default, you can wipe out all devices connected instantly. With a new username and password, you can connect devices that you want on the Wi-Fi network.
It’s possible, at times, that two devices have the same IP address which could cause confusion within your Wi-Fi network. A simple solution to fix this issue is by restarting your wireless router. Routers are usually on for weeks or months, which is why they tend to suffer from glitches. A quick reboot should fix most issues.
If you don’t have encryption on your router, it’s convenient for anyone to enter into your Wi-Fi network. Encryption secures your router against intruders and malicious attacks. Even devices that don’t have encryption pose a severe threat to your Wi-Fi router.
If someone close by is enjoying your Wi-Fi connection, they’re certainly being a bad neighbor. Before anyone makes up their mind about hopping on somebody else’s Wi-Fi is good or bad or safe or unsafe, there are a few things to consider.
In 2005, a Florida man was charged with a felony for piggybacking – unlawful access to someone’s home Wi-Fi connection from his van parked on the street. A year later, an Illinois man was fined for unauthorized use of a local agency’s wireless network. In 2007, a Michigan man was also fined for connecting to the Wi-Fi hotspot of a local café from his car.
The federal government and all 50 states have laws about “unauthorized access to a computer network.” But there’s not any agreement about whether access to an open Wi-Fi network with no harmful intent is addressed by most of those laws. There could be another reason that most states aren’t going after Wi-Fi thieves. It’s hard to catch someone in the act of piggybacking.
The best security doesn’t come from any software or app. It comes from the person. It’s important to realize that the information we share online eludes our privacy.
Set a reminder on your calendar to-do list to occasionally review your router’s control panel. Once there, observe if you’ve got any unauthorized devices. Constant invasion against a well-protected home network is a sign of trouble that requires a VPN.
A VPN provides you with AES 256-bit encryption that secures your internet traffic end-to-end.