SPEED UP YOUR INTERNET CONNECTION BY HACKING YOUR TCP IP
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Your home network is naturally vulnerable, which means the responsibility falls on you, the end user, to keep an eye out for signs of suspicious activity and figure out what to do if your network is hacked.
Once a hacker has access to your computer, they also have access to all of your data, including sensitive documents, emails and images. They can also install new software on your computer and uninstall security measures like your antivirus and firewall.
If your default browser changes suddenly or redirects you to an unfamiliar page, then your home network has probably been hacked. Usually, this type of activity is caused by a browser redirect virus. Be especially careful with browser redirects, since attackers may send you to a spoof website where they will try to harvest personal or financial information.
When the VPNFilter malware gained infamy in 2018, the FBI recommended a router reboot as the best way to get rid of the virus. Every wireless router comes with a reset button that restores the router to its default settings. When you hit the reset button, it will disrupt anyone lurking in your network.
Remote administration is a setting on your router that permits someone to access your system from a far-away location. While the setting can be useful in some legitimate scenarios, it can also be abused by hackers. There are red flags that a hacker has gained remote access to your computer, such as when your cursor moves on its own or programs seem to install themselves all on their own. Deactivating remote administration will no longer allow hackers to abuse that feature to access your network.
There are multiple ways to hack a home network, and one of them is via malware. Certain viruses, like a keylogger, record everything you type on your keyboard, including your usernames and passwords. Running a virus scan should detect and remove any malicious software lingering around on your computer.
Malware is often transmitted via infected files or links. When you click on the link or attachment, the virus will download and install itself on your device. Once installed, it can make changes to your network, like removing firewalls, enabling remote access and spying on your activities.
Updating your software goes beyond just antivirus. Router firmware updates are a critical part of securing the device. If the router manufacturer discovers the device is susceptible to attackers, then a security update will patch up the vulnerability and prevent future attackers from invading your network.
Thanks to ever-improving communication technology, more and more people are able to work from the comfort of their own homes. Unfortunately, hackers are taking advantage of home networks, which are typically less secure than corporate networks, to steal information and money. If you work from home, it benefits you to know how to detect hackers on your network and what to do if your network is hacked.
Network hardware problems - The speed with which hardware becomes outdated or redundant these days is another major problem for your network. Hardware such as firewalls, routers, and network switches consume a lot of power, and can considerably weaken network signals. Sometimes organizations overlook the need to update hardware during expansions or mergers and this can contribute to packet loss or connectivity outages.
Software bugs - Closely related to faulty hardware is a buggy software running on the network device. Bugs or glitches in your system can sometimes be responsible for disrupting network performance and preventing the delivery of packets. Hardware reboots and patches may fix bugs.
The only way to effectively deal with packet loss issues is to deploy a seamless network monitoring and troubleshooting platform that can view your entire system from a single window. In a nutshell, comprehensive network monitoring solution = packet loss fix.
This is the reaction time of your connection, or how quickly you get a response after sending out a request. A fast ping means a more responsive connection, and this is especially important in real-time applications like gaming, and voice and video calls. Ping is measured in milliseconds (ms).
Anything below a ping of 20 ms is considered ideal, while anything over 150 ms would result in noticeable lag. Even though your ping is good you may still be having issues with packet loss. because although the data is being sent and ultimately received quickly by the destination server, some data might not be getting there correctly.
If the number of packets sent and received are not equal, this means some packets never arrived to or from your phone. This inevitably leads to call quality issues like choppy voices, extended silences, jumbled audio and other call quality problems.
Network monitoring should be the first strategy you use to preserve and uphold the integrity of your network environment. Regularly scanning your devices will ensure that your routers are capable of handling capacity, and your system is equipped to prevent data loss.
Network packet loss, jitter and latency, have always been major obstacles standing in the way of clear communication, but with the global shift to hybrid working, it's even more essential that your user experience is the best it can be.
Prognosis UC Assessor is a 100% software-based solution that can find and fix problems before migration without the need for network probes. Ensure a positive end-user experience with one-click troubleshooting for all network issues affecting UC performance. Deployment and getting started is quick, generating insights within minutes of installation across multiple sites within your environment.
You can improve IT efficiency with the ability to operate and troubleshoot your entire multi-vendor UC environment from a single viewing point. Reduce costly outages and service interruptions with automated, intelligent alerts. Plan, deploy and migrate new technologies with confidence.
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Ensuring your WiFi is secure helps to keep your connection fast and safe from someone piggybacking off your WiFi. By setting up a strong password, taking some time to go through the list of devices connected to your router, and learning how to secure your WiFi, you will be taking the best precautions to keep your information safe. When you stay aware and in control of your WiFi connection, you can be online safely.
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There's a simple way you can get to Web sites faster, and it won't cost you a penny. You can hack the way your PC uses the Domain Name System (DNS), the technology underlying all Web browsing. It's far simpler to do than you might imagine, as you'll see in this article. (Also see our tips for faster browsing in Chrome.)
DNS servers live on the Internet, and your computer contacts them with the request to do that translation, which is commonly called name resolution. When you use an ISP, your computer will automatically use the default DNS servers specified by your ISP; you typically don't need to set up DNS in any way. If you're on a corporate network, your systems administrator may have set you up to use specific DNS servers.
If there's a delay in contacting the DNS server, or if the DNS server takes too much time resolving the address, you'll face a delay in getting to a Web site. So even if you've got the world's fattest pipe, your Web surfing will be slowed down.
Here's the simplest way to hack DNS to speed up your Web browsing: Use free, superfast DNS servers run by the OpenDNS service instead of your ISP's DNS servers. OpenDNS has a monstrously big DNS cache, with DNS servers around the world, so you'll be able to retrieve IP addresses from it more quickly than from your ISP's DNS servers.
As I'll explain a little later in this article, the service includes other benefits as well, such as letting you create browser shortcuts so that you could go to www.computerworld.com, for example, by just typing the letter c in your browser and pressing Enter.
To use the OpenDNS servers, you'll have to tell your computer to use them. If you have Windows XP, first select Control Panel --> Network and Internet Connections --> Network Connections, right-click your network connection from the Network Connections window, and select Properties. A dialog box like that shown below appears.
Scroll down to the Internet Protocol (TCP/IP) listing and select Properties. At the bottom of the screen, select \"Use the following DNS server addresses.\" For the Preferred DNS server, enter this address: 208.67.222.222. For the Alternative DNS server, enter this address: 208.67.220.220. Click OK, and then click Close and Close again. Restart your PC in order for the settings to take effect. The figure below shows the screen filled out properly.
When you configure a PC to use OpenDNS, only that PC will be able to use the OpenDNS servers. If you want all of the PCs on your network to use the servers, you can tell your router to use the OpenDNS servers, and then all of your PCs on the network will follow suit. That way, you won't have to configure each individual PC.
The way you do this will vary from router to router, and it changes according to whether you're using a router for a home office/small office or a larger corporate router. For a small office/home office router, you'll log into your router, look for the DNS settings, and then use the OpenDNS settings of 208.67.222.222 for the primary DNS server and 208.67.220.220 for the alternative DNS server. 153554b96e
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