How To Get The Best Wi-Fi Signal In Your House | Tips And Tricks

If you want to increase your Wi-Fi speed, the first criteria would be to get the best Wi-Fisignal. There is no way out where you can leverage your Wi-Fi data without getting the best Wi-Fi signal with a good strength. fossbBytes has come up with an article covering all the aspects of getting the best Wi-Fi signal by telling you how interference, Wi-Fi channel, the line of sight etc. matters.

 

Getting the best Wi-Fi signal in your own house is like finding a solution to come out of the maze while being stuck in the maze. We take our Wi-Fi router for granted and we just place it anywhere knowing that all of us are getting the internet connection.Since we are all paying for the data usage, it’s our right to utilize the Wi-Fi to its fullest which we ignore because we take life as it comes. So, we have come up with some tricks and tweaks on how can we get the best Wi-Fi signal in our house.

How to Get the Best Wi-Fi signal in your house:

• Put the Wi-Fi router ideally in the central location of the house as a Wi-Fi router extends the Wi-Fi signal in every direction.
• Avoid keeping the Wi-Fi router in one of the corners of your house because more than half of our Wi-Fi signals are ended up providing connections in the neighborhood.
• If your data port lies on one of the corners of the house then consider running a long ethernet cable to the center of the house, it does not cost much.
• Remember, any solid structure like a wooden wall or a concrete wall are impediments to the Wi-Fi signal.
• Do not forget the Wi-Fi antenna. They have some serious effect on the quality of the signal you receive. If you have not one, better buy one to get more coverage and stronger signal.
• You can use a plenty of apps available out there for free of cost to measure your Wi-Fi signal strength. This way, you can easily decide the perfect or at least, close-to-perfect location for your Wi-Fi router.

• Wi-Fi router should be kept in line-of-sight to your device to get a strong Wi-Fi signal.
• Dark spots are the points in our room where Wi-Fi signals get canceled out after reflection. So if you are not getting a good signal at a particular location, try switching your position a little bit. Here is the video explaining that:

• Many materials absorb a quite bit of the signals and a concrete wall absorbs the most.
• Some of the things which should be avoided when planning to keep a Wi-Fi router nearby are:
  • Concrete wall
  • Water body like an aquarium, the little fountain, microwave etc.
• A vertical antenna position helps make a better in horizontal space and Vice versa to get the best Wi-Fi signal.

Besides, the above observations which are mostly based on the physical locations of placing a Wi-Fi router, there are some other technical tweaks which help you improve your Wi-Fi router’s performance. Some of the tricks to get a strong Wi-Fi signal are:

• Update router firmware
• Choose correct wifi channel
• Disconnect old devices from Wi-Fi router
• Replace antenna
• Restarting your router etc.

How to choose the best channel for your Wi-Fi router?

These days every other house has their personal Wi-Fi routers. These intelligent routers have the capability of choosing the best channel for a better performance but sometimes, that does not work as the perfect solution.  This article talks about the different channels, their frequency range, co-channel, channel interference and also running some diagnostics test on Mac and Windows to find the right channel for you.
I hope this article on how to get the best Wi-Fi signal in your house has been informative as it talks about all the aspects of a Wi-
WiFi router like interference, channel etc. If you are also aware of some tricks which are capable of boosting the Wi-Fi and getting us a strong Wi-Fi signal, kindly share that in the comments below.

What is VPN (Virtual Private Network)? How it Works?

VPN is a technology used to setup a private network over the internet to share the resources of a corporate intranet with remote users and other office locations of the company. 

Virtual Private Network or simply VPN is a personal network created over the internet, so that the devices connected over it can have an uninterrupted communication, regardless of any physical or digital barriers in the mid-way.

How it works?

The working of VPN is not a tough deal to understand, though it is. But, before that, you need to get an idea about the protocols or set of rules in laymen terms, used by VPN in providing a secure personal network. Let’s tell you more about it:
SSL (Secured Socket Layer): It uses a 3-way handshake method for assuring proper authentication between the client and server machines. The authentication process is based on cryptography where certificates behaving as cryptographic keys already stored in the client and server, are used for initiating the connection.
IPSec (IP Security): This protocol can work on transport mode or tunnelling mode, so that it can do its job of securing the VPN connection. The difference between the two is, transport mode only encrypts the Payload in the data i.e. only the message present in the data, whereas tunnelling mode encrypts the whole data to be transmitted.
PPTP (Point-To-Point Transfer Protocol): It connects a user located at some remote location to a private server in a VPN network, and also uses the tunnelling mode for its operations. Its low maintenance and simple working makes it the most widely adopted VPN protocol, further credit goes to the inbuilt support provided by Microsoft Windows.
L2TP (Layer Two Tunnelling Protocol): It facilitates the tunnelling of data between two geographical sites over the VPN network, often used in combination with the IPSec protocol which further aids to the security layer of the communication.
So, you have a rough idea about the various protocols used in a VPN. We shall proceed further and see how it works. When you are connected to a public network such as internet, you can assume that all your data is flowing through a big tunnel along with the data of other users.
So, anyone who wants to spy on you, can easily sniff your data packets from the network. When VPN comes into the scene, it actually provides you a personal tunnel inside that big tunnel. And all your data is transformed into garbage values, so no one can recognize it.

Setting up a VPN Connection involves Three Phases:

Authentication: In this phase, data packets are first encapsulated, basically wrapped inside another packet and some headers and other stuff are attached, all done to conceal the identity of the data packets. Now, your device initiates the connection by sending a Hello request to the VPN server, which replies with an acknowledgement and asks for the user credentials to clarify the authenticity of the user.
Tunnelling: After the authentication phase is finished, what we say, an imaginary tunnel is created which provides a direct point to point connection through the internet. We can send whatever data we want to via that tunnel.
Encryption: After we’ve successfully created the tunnel, we can send whatever information we want to, but that information is still not safe if we are connected to a free VPN service, which is also used by other people. So, we encrypt the data packets before sending them over the tunnel, thus barring any other user to peep into our packets, as he will only see some unrecognisable rubbish data flowing through the tunnel.
Say, you want to access a website, your device will send the access request to the VPN server which will then forward the request to the website in its name and receive the data from it. This data will then be transferred back to your device. And the website will think, the VPN server is the user and will find no trace of your device as the actual user.

Remote User Access: A VPN connection is used to provide direct access of a corporate network to a user who is not in the geographical coverage of the corporate network. Logically, the remote user is connected just like a normal user who is using the network within the corporate premises.
Site to Site: VPN is also used to provide a homogenous network environment to a corporate firm having its office locations in different parts of the world. Thus, creating an uninterrupted sharing of resources bypassing the geographical hurdles.
Other uses include, accessing those services on the internet which are not available in a particular country or region, accessing censored content or if a user simply wants to remain anonymous on the internet.

Pros and Cons:

The biggest advantage of using a VPN is the cost effectiveness it facilitates in providing a single private network in comparison to using separate leased lines which can burn the pockets of corporate firms. All credited goes to the internet, for acting as the medium for uninterrupted VPN connections.
Apart from all the good things VPN does for us, it has its weak sides too. Not having a streamlined procedure for ensuring Quality of Service (QoS) over the internet, is the biggest incapacity VPN technology has in its possession. Furthermore, the level of security and authenticity outside the private network is beyond the purview of VPN technology. The incompatibility between different vendors only adds to its bunch of drawbacks.

Popular VPN services:

HideMyAss, PureVPN, VyprVPN, all these are well known the QoS and security they provide in their VPN connections.
Cyber Ghost, Surf Easy, Tunnel Bear are some free VPN services you can use if you don’t want to shell out your pocket. But you’ll have to satisfy yourself with less features, download limits, or advertisements. Also, these free services can’t beat the paid services, note that.

VPN on Android:

You can also setup a VPN connection on your smartphones running on Android OS. This allows you to access your company’s private network right on your Android Devices. VPN also facilitates the network administrator to control your device, add or delete data and track your usage.

Winding Up:

VPN has so far equipped us with an extraordinary level of security and anonymity we can accomplish while sharing our confidential data over the internet. Corporate giants have always admired the ease and uniformity they can engineer in their network while using VPN. Though, it has its limitations, but so far it has outperformed our expectations and should be praised for the cost effectiveness it provides in its operations.
Have a look at this video about VPN:

 Writing is a good habit, if you use your creative mind and write some good stuff, it would make you sound more intelligent among your friends. So, don’t wait, just use your keyboard and type your imagination in the comments section below.

What Is The Difference Between HTTP And HTTPS?

You might have seen that a website URL generally starts with HTTP or HTTPS. Do you know what is the difference between the two? Read further to find out more.

In your browser’s address bar, the URL of every website you visit always starts with either HTTP or HTTPS, the latter one considered more secure. You might have noticed that numerous times while you were busy with your internet life, didn’t you? Even Facebook with almost a billion daily active users flaunts its status as of a HTTPS website and you confidently post your personal information without giving it a second thought. What if it gets into the wrong hands? Well, you know chances are less such blunder ever happens on the Facebook planet.So, whether it is Facebook or online payments involving your credit card information, all you want is HTTPS written as the URL. So, why the simple HTTP website isn’t used for online payments or storing your personal data? There is an obvious difference between the two.

What is HTTP?

Hypertext Transfer Protocol it stands for, which your teacher made you learn by heart in your 4th grade. It is a request/response protocol based on the client/server communication mode. A client or user agent is your web browser or any other device which can access, receive, and display web content.
The client sends a request message to a server which hosts HTML content, replies with the response message that may contain the requested HTML content by the client. The response message is a confirmation that the server has successfully received the Request message.
So, HTTP can be considered as a rule book that your web browser refers, like, what to do when you press enter after typing a website address. It is a Stateless protocol which means there is no relation between two consecutive HTTP commands given to a website. Furthermore, there is a list of Status Codes used by the web server to inform your browser if there is any problem. For example, “404 Not Found” is used when the webpage is not present at the URL entered in the browser.
The credit for the original development of HTTP goes to Tim Berners-Lee – who proposed the idea of the ‘World Wide Web’ – and his CERN team, which was developed alongside the HTML (Hypertext Markup Language). The very first HTTP documentation was published in 1991 as HTTP/0.9 which consisted of only one method GET. The development progressed, with HTTP/1.0 in 1996 and HTTP/1.1 in 1997.
HTTP/1.1 facilitated persisted connections (more than one request/response on the same HTTP connection), improved caching, new status code, Enhanced compression support, OPTION method for Cross Origin Resource Sharing in web application and much more.
HTTP uses the reliable TCP (Transmission Control Protocol) Port 80 to send and receive data packets over the network for internet applications like email, World Wide Web, File Transfer, etc. However, it also utilizes UDP (User Datagram Protocol) which is an unreliable protocol but contributes to reduced network latency used for live streaming (not to be confused with preloaded videos on YouTube) which requires continuous packet flow done at the cost of minor packet loss during the transmission.
The latest addition to the family is HTTP/2, developed by Hypertext Transfer Protocol Working Group of the Internet Engineering Task Force. This specification was approved as a Proposed Standard by IESG in February 2015 and was published in May 2015. It has been adopted by all the famous web browsers.

What is HTTPS?

The development of HTTPS began in 1993 by Netscape Communications, an AOL company, who had their famous Netscape Navigator web browser in the 1990s. Originally implemented with SSL (Secure Socket Layer), the HTTPS protocol was later upgraded to use SSL’s newer transformation TLS (Transport Layer Security). It also uses TCP to send/receive the data packets but uses a different Port 443 in order to do so.
The ‘S’ stands for secure in HTTPS. Now, what does it mean in laymen terms? A website which uses HTTPS protocol establishes an encrypted connection with your device. So, if you try to send some data to the website, say any name, like Steve Jobs. The encrypted form will look somewhat like ‘xkndsoumnkjbktkctfc’. And you can’t understand it, do you?
The data to be transmitted is encrypted using a Public Key which is then used by the recipient to decrypt it. The public key is created by a server administrator or a user, which is included in a digital certificate known as SSL Certificate and is signed by certification authorities like VeriSign. Any act which involves sharing of the Public key to unknown devices must be prohibited, as it may compromise the level of encryption, ultimately leading to disclosure of personal information or user credentials.
Most modern web browsers now feature inbuilt support for HTTPS protocol. A web browser integrated with HTTPS protocol requires SSL Certificate signed by certification authorities in order to authenticate a server or a website. You might have seen a green coloured padlock placed before HTTPS in the Google Chrome address bar. Once you click it, the certification authority information of the website will be presented to you.
The HTTPS website you’re visiting must provide a valid certificate to your web browser in order to gain browser’s trust. If it is unable to do so, the browser will display a warning message. So, the website obtains it either for free or after paying some bucks to the certification authorities.
Basically, HTTPS is simply an HTTP connection wrapped in SSL/TLS encryption layer. All done to protect the integrity and privacy of the data being transmitted and the assurance that it won’t fall into wrong hands while in transit. Its main motive is to check the authenticity of the website being visited. An unsecured connection like a public WiFi network might serve as the medium for man-in-the-middle attacks and eavesdropping.

The Difference between HTTP and HTTPS

In a nutshell, HTTPS can be regarded as an advanced modification to HTTP equipped with more security. However, HTTP uses Port number 80 while HTTPS uses Port number 443 by default and that differentiates the two a separate connection types.
The sole intention of HTTP is to display the information on the recipient device without bothering about how the data gets transmitted between two devices. And it is the same for HTTPS, the only advantage is, it packs an extra layer of security by using SSL/TLS which is also utilized by VPNs to encrypt data, thus protecting from eavesdroppers.

What Is Network Topology And What Are Its Different Types?

Network topology is defined by two types — physical topology and the logical topology. While physical topology talks more about the geometry and physical placement of the devices on the same hand, logical topology is more about the way data communication or signalling happens among the devices.

What is Network Topology?

Network topology is the arrangement of the different networking elements like network links, computers, switches, nodes, Wi-Fi access points, laptops and other network devices in a computer network.There are two types of Network Topologies:

• Physical Network topology and,
• Logical Network topology

What is a Physical topology?

A Physical topology defines how all the network devices are connected physically in a computer network. It mostly defines the physical connections among the devices.

What is a Logical topology?

A logical topology defines the logical connectivity of network devices on a computer network. So, it might happen that the devices connected in one type of physical topology might have different underlying logical topology.
If we elaborate more on the physical topology, it is essentially the placement of the various network components in a computer like the placement of the devices, the connection among the devices, installation of the cables etc. On the other hand, logical connection defines how data flows among the devices.
For example, let say there are five devices (A, B, C, D and E) that are connected in a row. This configuration of network devices might look more like a Bus topology. But let’s say device A can directly transmit the data to the device E. That means it looks more like a Circle which a Ring topology logically but a bus topology physically.
We will talk about different kinds of topologies — physical and logical — one by one in the next article. If you want articles on some particular topic, feel free to ask us in comments below.

Here’s The Hidden Purpose Of Facebook’s New Reactions Buttons

World’s biggest social networking company Facebook has rolled out the new Reactions buttons that will allow a user to express its emotions in a better way. But, what is the hidden purpose of Facebook’s new addition? Yes, you guessed it right — it’s all about money and data collection.

Facebook has just rolled out its new ‘Reactions’ buttons globally. These six new emojis — ‘love’, ‘haha,’ ‘yay,’ ‘wow,’‘sad,’ and ‘angry’ — were launched to give people more freedom to express their emotions. In its Facebook post, the social media company explained that it has been listening to people to receive feedback and bring the right set of reactions. To see the new buttons, all you have to do is just hover over the like button or hold it down. However, just like any other feature on Facebook, the new Reactions buttons serve a dual purpose for Facebook. The company aims to collect data about how you react to smileys and improve your News Feed.
Every time you open your Facebook account, you witness a series of posts and pictures that are a result of one of the world’s most influential and controversial algorithms. Facebook believes that feeding its algorithm more and more data is the key to longevity.
In the past, Facebook’s Like button has been as a key source of data for the company that are used to customize your digital life. If you like more pictures, you’ll be shown more pictures — the same goes for other types of content.
Giving users six reactions allows the company to gather more focused data. It will now tell the company if the people are enjoying the posts, finding them happy, or becoming sad.
In a blog post, Facebook hinted at a similar possibility: “Over time we hope to learn how the different Reactions should be weighted differently by News Feed to do a better job of showing everyone the stories they most want to see.”
Facebook primarily earns its money from advertising and shares the data with advertisers to improve their targeting. Although Facebook’s privacy policy states that it doesn’t share the personally identifiable information about its users, it does share the bulk information of users.
What do you think about the new Reactions buttons? Tell us your views in the comments below.

A ‘Brief’ History of the Internet

In the recent past, people have tried to make others understand and they have failed to understand anything about the net neutrality.  Keeping in mind the ongoing discussion about the need of the Open Internet, today I’m sharing a video and some facts that you must know about the history of and the internet.

In 1969, the researchers for DARPA sent the first data packet between the systems in Los Angeles in Stanford using ARPANET which eventually evolved to become the modern internet. By the end of 1971, there were 15 different nodes across the US connected to the same.In 1971, e-mail was invented and the very next year, transmission control protocol was created which established how data is transferred. By the mid-nineteen-seventies, first international ARPANET connections were made to England and Norway. It was followed by other networks in US departments of Energy and NASA. More and more networks began to come into the limelight throughout the eighties all across the US. In 1989, Tim Bernes-Lee invented the World Wide Web at the Sun Physics Laboratory in Switzerland. The internet went public in 1990 which provided a standard to the computers to interact with each other. First dial-up internet service was launched in Brookline Massachusetts in 1993 followed by the first search engine launch in the same year.
By the end of year 1994, there were 11 million Americans using the internet and in 1996, Nokia released the first internet phone. By the year 2000, there were 1,000,000,000 (1 billion) unique web pages. By 2012, there were 1 billion users on Facebook.
Did you like these facts and the video about the history of the internet? Share it with your friends!

Windows 10 CPU Temperature: Fix And Monitor The Heat Issue

Windows 10 has recently been in the news for the overheating issue. There could be many reasons behind the increase in Windows 10 CPU temperature. We have tested some of the ways and they work as well. Below are some of the steps on fixing and monitoring the heat issue in Windows 10 CPUs.

Alot of Windows 10 users are complaining of Windows 10 CPU temperature issue. Of course, a high temperature isn’t a good sign because it lowers the PC performance and sometimes and causes a permanent damage to your computer. So, we have come up with an article on how to fix and monitor the heat issue in Windows 10. Here are some of the steps on to fix and monitor the heat issue in Windows 10

How to Fix & Monitor the Windows 10 CPU temperature issue

Use the Power-Troubleshooter and check for issues

• First type troubleshooting in the Search bar
• Select Troubleshooting
• On the left-hand side select View
• Then click Power-Troubleshooter
• Now just click next and follow the instructions

Perform a Clean Boot

Clean Boot disables all the apps that might be starting with Windows 10. By default, Windows 10 boots up with only the core applications. But as you install more software on your Windows, sometimes they automatically start with your Windows. Booting up of Windows 10 with other installed software or applications cause highs CPU usage as well as high temperature. So, you need to disable the unwanted applications and software.
Here are the steps on disabling unwanted apps to boot up along with Windows:

Hide all Microsoft services

• Press Windows+R key
• Type ‘msconfig‘
• When System Configuration window opens click on Services
• In Services tab check, Hide all Microsoft services at the bottom and clickDisable all button.
• Then click on ‘apply‘ and then ‘Ok‘.
• It will ask for restarting the computer. You should restart your computer to bring in the effect.

Disable the services at the Windows startup

• Press Windows+R key
• Type ‘msconfig‘
• When System Configuration window opens, click the Startup tab, and then open Task Manager
• Task Manager window will open up, and you’ll need to go over to theStartup tab
• You’ll see a list of applications and process that startup with Windows 10. Select and disable the services which you do not want at the startup of the Windows 10 individually.
• Close the Task Manager and return to System Configuration window
• Click OK and restart your computer

Clean your CPU fan or change it

Sometimes Windows 10 overheating problem is also caused by the dust that gets stuck in the fan, so you might need to clean it, or in some other cases, you might need to replace your CPU fan completely.

Remove the Pre-installed And Suggested Apps In Windows 10:

Pre-installed apps and suggested apps consume the power and internet in the background. Windows 10 comes with a plenty of those apps which are not needed. Remove those unwanted apps.

Fix the High RAM and CPU Usage of Windows 10 System and ntoskrnl.exe Process

ntoskrnl.exe Process has recently been in the news for long time. Windows 10 is getting heated up due to this process. Also high RAM and CPU usage cause the overheating problem.
I hope all the steps mentioned above are sufficient for you to bring down the Windows 10 CPU temperature issue. If you are also aware of some other steps, kindly share with us in the comments below.

How to Downgrade Windows 10 to Windows 7 or 8.1 in Simple Steps

What if you don’t like Windows 10? There are simple ways to downgrade Windows 10 to Windows 7 or 8.1. By using the simple recovery option, you can go back to your older genuine Windows copy within one month of the upgrade.

Windows 10 was released in late July and many of you would have installed this latest version of Windows on your PCs. Microsoft ensured that this upgrade is quick and painless for the users.But, what if you don’t like Windows? Can you go back to your old Windows 7 or 8.1 installation? Is there a time stipulation? Here we are going to give you the answers with a step-by-step tutorial. Yes, you can downgrade to genuine Windows 7 or 8.1 within the one month time. You can also upgrade to Windows 10 again later. Well, if it has been one month, you can reinstall Windows 7 or Windows 8 using the installation media and its key that came with your new PC.

How to Uninstall Windows 10 / Downgrade Windows 10 to Windows 7 or 8.1?

As the name downgrade suggests, here I’m going to tell you how to uninstall Windows 10 if you’ve upgraded your genuine Windows 7 or 8.1. Note that this method isn’t applicable if you’ve performed a clean install to get Windows 10.
To downgrade to Windows 7 or 8.1, you need to access the Recovery option in your Windows 10 PC. To access this, press the Start Button and click on the Settings option.

Now, you’ll be seeing the Settings window with options like System, Devices, Accounts etc. Find the Update & Security option and click on it.

In the new Update & Security window, you’ll find the Recovery option. Here, your Windows PC hides recovery options like Reset this PC and rolling back to the older version of Windows. Reset option makes your Windows 10 installation a fresh one while Go back to Windows 7 or 8 will take your system to a previous version of Windows. Click on Go back to Windows 7.

You’ll be asked the reason for Windows 10 downgrade. After filling up an option, you’ll be taken back to the previous OS.

Note:
If your Windows 10 installation is older than a month, then you can not downgrade Windows 10 to Windows 7 or 8.1. You are unable to do so because the Windows.old folder in your system drive gets deleted after a month. This option won’t work even if you had run the disk cleanup utility to clean up the older installation files.

Did you find this Windows 10 downgrade article helpful? Tell us in the comments below.

How To Cancel Recommended Windows 10 Upgrade In Windows 7 and 8.1

For Windows 7 and Windows 8.1 users, Windows 10 upgrade is now a recommended upgrade. That means if your Windows upgrade settings are not properly tuned then, your Windows might download Windows 10 upgrade automatically on your personal computer and install it.

With Windows 10 upgrade becoming the recommended upgrade on Windows 7 and Windows 8.1, it implies that some computers running Windows 7 and 8.1 operating system might do Windows 10 upgrade automatically on your PC and install it.It also happens that some users running Windows 7 or Windows 8.1 are running some important software and they are not sure if such software is going to work on Windows 10 or not. Hence, they might not want to go for the Windows 10 upgrade. In order to avoid such Windows upgrade on your PC, a user has to adjust their Windows Update settings.

But, there is not a lot to worry about the upgrade if it has already been done on your PC. Even if you have upgraded to Windows 10, Windows operating system will give you an option to revert to the older version of Windows within 31 days. Still, if you want to cancel the Windows 10 Upgrade, here are steps on:

How to cancel Windows 10 upgrade on Windows 7:

• Go to Start
• Search for the Windows Update
• From the list of result, click on the Windows update and then open it
• Click on the Change Settings
• Uncheck the box that says Give me recommended updates the same way I receive important updates
• And, click OK

How to cancel Windows 10 upgrade on Windows 8.1:

• Go to the Settings app and open it
• Click and open the Change PC settings
• Click on the Update and recovery
• And then uncheck the box that says Give me recommended updates the same way I receive important updates
• Click Apply to save your settings

…and now you are saved from the automatic Windows 10 upgrade by canceling it. If you are facing some other problem regarding Windows 10, feel free to ask us in the comments below.

Using an old version of Internet Explorer? You need to upgrade to IE 11 now

If you fail to upgrade, expect to be nagged next week.

In case you've forgotten, older versions of the Internet Explorer web browser won't be supported as of next week - and Microsoft has issued another reminder to this effect, and indeed will implement a nag screen to get users to upgrade.
Internet Explorer versions 8, 9 and 10 hit their end-of-life on January 12 - next Tuesday - and as of that date, will no longer be supported. That means no more security updates, or indeed any updates full-stop, or paid-for support options.
In other words, your old browser will potentially have unpatched vulnerabilities going forward, which is obviously very bad news.
Microsoft will be urging folks to upgrade to Internet Explorer 11, and a nag box will be patched into old versions of IE next Tuesday for Windows 7 and Server 2008 R2 users, The Next Web reports.
Redmond says that Internet Explorer 11 will be supported for the life of Windows 7, Windows 8 and Windows 10 - although it will doubtless encourage those using its newest OS to switch to the new Edge browser.
Microsoft observes that when it comes to businesses, not only are there security risks in continuing to use an old version of Internet Explorer past January 12, but compliance requirements may also be violated, which is doubtless also very bad news.
Microsoft has issued several warnings on upgrading IE in the past, and if you haven't heeded them yet, now's the time to finally make a move.