Trending March 2024 # Forward Vs. Reverse Proxy: Benefits & Use Cases In 2023 # Suggested April 2024 # Top 12 Popular

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Forward and reverse proxies mask clients’ IP addresses to prevent their identities from being revealed. The location of the proxy server distinguishes forward and reverse proxies. These technologies have different purposes and follow different processes.

This article will explain the primary distinctions between forward and reverse proxies in terms of their applications, benefits, and purposes.

What is a forward proxy?

A forward proxy, also known as a regular proxy or proxy server, is used to receive and forward client connection requests to a destination web server through a server. The two most common types of proxy servers are datacenter and residential proxies. A forward proxy server is placed in front of clients. (see Figure 1).

To explore other types of proxies and their benefits, see our article on the types of proxy servers.

Figure 1: Representation of a forward proxy process.

What is a reverse proxy? 

A reverse proxy is a server that is positioned in front of web servers to ensure the security of incoming data from external sources. It accepts and receives incoming traffic on behalf of clients (see Figure 2). 

Figure 2:

How does a forward and reverse proxy work? Forward proxy

A forward proxy server sits between clients and the internet to establish a connection with the internet on behalf of the clients. Forward proxies, unlike reverse proxies, receive connection requests from clients and check connection requests to ensure the requests are valid before forwarding them to the target website.

If the client’s connection request is valid, the forward proxy server will forward the request to the destination on the client’s behalf.

If the client’s connection request is invalid, the forward proxy server will redirect it to the client without processing it.

A forward proxy monitors network traffic on both the client and web server sides. This means that all data from clients and web servers is routed through a forward proxy server. To prevent direct communication between the client’s computer and the target website, a forward proxy server receives requests from clients and forwards them to the target site, which then receives the provided information from the target site and forwards it to the client.

Reverse proxy

A client sends the connection request to the internet. 

Instead of connecting the client directly to the web server, the internet forwards the client’s connection request to a reverse proxy.

The reverse proxy communicates with the web server.

The web server provides the requested information to the reverse proxy. 

The response from the origin server is received by the reverse proxy and sent to the client.

With a forward proxy, the web server does not know which client makes connection requests to the server. Because a forward proxy sits in front of the client and forwards the client’s request to the web server on their behalf. 

With a reverse proxy, the client has no idea which web server they are connecting to since the proxy sits in front of the web server.

Top 5 benefits of reverse and forward  proxies Reverse proxies 1. Load balancing

A reverse proxy distributes the incoming client traffic equally among the website back-end servers to ensure no single server is getting overloaded (see Figure 3). Amazon, for example, is one of the most popular e-commerce websites. It most likely receives a large amount of incoming traffic every second. It is difficult to handle all of this incoming traffic with a single origin server. Otherwise, the server will become overloaded and be unavailable. Reverse proxies help website owners balance their high volume of incoming traffic across multiple origin servers. 

Figure 3:  Representation of a reverse proxy process.

2. Caching

Reverse proxies help clients cache frequently requested data on servers located near them for future requests. Caching allows clients to access the content more quickly. You do not have to visit the same website every time you need information. Instead, a reverse proxy retrieves and stores data for you so that you can reuse it with faster access.

3. SSL encryption

A reverse proxy can decrypt incoming client traffic and encrypt outgoing web server traffic (TLS/ SSL). All communications between web servers and clients are encrypted to ensure that no one can understand the information shared between servers and clients. This protects sensitive data against unauthorized networks.

Forward proxies 4. An additional layer of security

Forward proxies act as a security barrier between clients and the internet to protect clients’ computers from any cyberattacks. A proxy server monitors incoming and outgoing traffic in a network system to detect suspicious activities and protect client data. It performs similarly to a firewall, but there are significant differences in the methods and techniques that they employ.

5. Webpage Crawl Rate

The crawl rate is the number of requests a web scraping bot can make to a website per minute, hour, or day. Crawl rates are set by websites to limit web scraping activities. If you make requests frequently to the same website, the website will detect your activities as suspicious and block your IP address from accessing the content.

A proxy server allows businesses to collect large amounts of data while keeping scrapers anonymous. For instance, rotating proxies (a type of forward proxy) constantly change clients’ IP addresses with each new request to avoid website crawl rates. 

To explore how to tackle web scraping challenges in more detail, read our in-depth guide on web scraping best practices.

Sponsored

Websites check clients’ IP addresses for each connection request and monitor their behavior while browsing web pages. They can distinguish between human and automated activities by detecting unusually high volumes of requests. Bright Data’s rotating proxies assign a new IP address to clients for each connection request to keep clients anonymous. 

Top 5 use cases of forward and reverse proxies  Forward proxies   1. Bypass Internet Censorship and Filtering 

Websites that use IP-based geolocation can determine your geographic location and restrict access to Internet content based on users’ geolocation. For example, governments censor certain websites and their content to prevent their citizens from accessing illegal websites. Individuals or private institutions can also conduct censorship for business and economic reasons. Businesses, for example, may use censorship to prevent the spread of misleading information or fake news about their brands.

A proxy server hides users’ real IP address to prevent them from being detected and tracked while browsing. It also allows users to access geo-restricted websites and content regardless of their location.

Oxylabs offers 100M+ residential IPs with city-level, state-level, and ZIP code geo-location targeting. Residential IP addresses are associated with real physical locations, making them look real and legitimate.

2. Perform A/B testing for product pricing 

Assume your company has launched a new product or service. You want to optimize your own pricing strategy based on current market conditions. To determine the ideal price for the product or service (price testing), you must collect a massive amount of product price data from websites. A web scraping bot can help you speed up and improve your data collection process. However, most websites employ anti-scraping techniques such as IP bans and CAPTCHAs to prevent web scraping activities. To overcome web scraping challenges, you can integrate a proxy server into your scraper. 

NetNut is a proxy service provider that offers residential, datacenter, and mobile proxies. They provides rotating and static residential proxies for various data collection tasks. You can utilize rotating residential IPs for large-scale activities like SEO web scraping.

Reverse proxies  3. Improve the website’s performance

Reverse proxies can be used to cache website content in order to reduce the load on internet servers and improve website responsiveness. When a user visits a web page for the first time, the reverse proxy caches and saves web content such as images, videos, text, and so on for later use. Next time a user visits the same web page, the reverse proxy will be placed in front of the web server and will forward the cached version of the previously visited web page to the user. This improves the performance of websites.

4. Prevent data breaches

Yahoo!, for example, was one of the victims of a data breach. In 2014, 500

5. Restrict access to certain web content

Businesses may want to have control over what content and websites their employees can access for business, societal, or moral reasons. A reverse proxy server can be used to restrict access to certain websites. For example, businesses can use reverse proxies to prevent access to specific URLs that may present a risk. If an employee attempts to connect to these specific websites, the reverse proxy will refuse the connection request. 

Forward proxies vs. reverse proxies: the main differences

Figure 4: Forward and reverse proxy comparison chart 

Forward proxies vs. reverse proxies: which one is better for your business?

Choosing between forward and reverse proxy depends on your needs and use cases. For example, if your website receives a high volume of incoming traffic every day, reverse proxies could be useful to handle all of this incoming traffic.

Forward proxies, on the other hand, are ideal for collecting large amounts of web data without the risk of being blocked if you want to collect data from the stock market to analyze pricing patterns and market trends.

More on proxies

If you want to learn more about web scraping and how it can benefit your business, feel free to read our articles on the topic:

For a comprehensive view of proxy server types and providers, download our data-driven whitepaper on the topic:

Also, don’t forget to check out our sortable/filterable list of proxy service / server.

For guidance to choose the right tool, reach out to us:

Gulbahar Karatas

Gülbahar is an AIMultiple industry analyst focused on web data collections and applications of web data.

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To Reverse The String In Typescript

This tutorial demonstrates multiple ways to reverse a string in TypeScript. At first, reversing the string problem looks easy, but what if someone asks you to explain the different approaches to reversing a string in TypeScript? For example, what if the interviewer asks to reverse the words of the string rather than reversing every character of the string?

Here, we will learn to reverse every character or word of the string in TypeScript.

Using the for-of Loop to Reverse a String in TypeScript

The naive approach to reverse the string uses the normal for loop or for-of loop. Here, we will use the for-of loop to iterate through the string as the string is iterable. After that, we can append every character of the string at the start of the reversed string.

Syntax

Here, we have given the syntax to reverse a string using the for-of loop in TypeScript.

let str = "String to reverse!" let reverseString = ""; for (let char of str) { reverseString = char + reverseString; } Algorithm

Step 1 − Define the string variable and initialize it with the string value.

Step 2 − Define the reverseString variable of type string to store the reversed string and initialize it with the empty string.

Step 3 − Use the for-of loop to iterate through every character of the string.

Step 4 − Append every character of the string at the start of the reverseString variable.

Step 5 − When the iteration of for loop completes, we can get the reversed string stored in the reverseString variable.

Example 1

In this example, we have simply implemented the above algorithm to reverse a string using the for-of loop. In the output, users can observe the value of the reverseString variable after the iteration of the for-of loop completes, which is reversed string.

let str: string = "Hello Users! Reverse this string!"; let reverseString: string = ""; for (let char of str) { reverseString = char + reverseString; } console.log("The original string is " + str); console.log("The reversed string is " + reverseString);

On compiling, it will generate the following JavaScript code −

var str = "Hello Users! Reverse this string!"; var reverseString = ""; for (var _i = 0, str_1 = str; _i < str_1.length; _i++) { var char = str_1[_i]; reverseString = char + reverseString; } console.log("The original string is " + str); console.log("The reversed string is " + reverseString); Output

The above code will produce the following output −

The original string is Hello Users! Reverse this string! The reversed string is !gnirts siht esreveR !sresU olleH Reverse Every Word of The String in TypeScript

Now, we will learn to reverse every word of the string rather than the whole string. This question is one level up from the above question, and the interviewer can ask this question rather than the above one if they want to make the interview exciting or to know your problem-solving skills.

In TypeScript, we can’t reverse the string using the reverse method. So, we will convert the string to a character array and use the reverse() method to reverse the character array. Here, we will use some built-in library methods such as split(), join(), map(), and reverse() to reverse every word of the string.

Syntax

Here, we have given the syntax to reverse every word of the string in TypeScript.

let str1: string = "Reverse the every word of this string!"; charArray.reverse(); let reversed: string = charArray.join(""); return reversed; }); let reverseString: string = reversedWords.join(" "); Algorithm

Step 1 − Use the split() method and pass the string with space as a parameter of the split() method to create the array of every word from the string.

Step 2 − To reverse every word, use the map() method, which takes the callback function as a parameter and returns the reversed word.

Step 3 − Inside the callback function of the map method, split the word to the character array and store it in the charArray variable.

Step 4 − Now, reverse the charArray using the reverse() method.

Step 5 − Next, join the charaArray using the join() method, and store the resultant string in the reversed variable.

Step 6 − Return the reversed variable which contains the reversed word.

Step 7 − The reverseWords variable contains the array of reversed words; to make it one string, use the join() method.

Example 2

In the example below, we have taken a string and reversed every word of the string by applying the above algorithm. In the output, we can observe that our algorithm reverses the separate words rather than reversing the whole string.

let str1: string = "Reverse the every word of this string!"; charArray.reverse(); let reversed: string = charArray.join(""); return reversed; }); let reverseString: string = reversedWords.join(" "); console.log("The normal string is " + str1); console.log("The string after reversing the every word is " + reverseString);

On compiling, it will generate the following JavaScript code:

var str1 = "Reverse the every word of this string!"; var words = str1.split(" "); var reversedWords = words.map(function (word) { var charArray = word.split(""); charArray.reverse(); var reversed = charArray.join(""); return reversed; }); var reverseString = reversedWords.join(" "); console.log("The normal string is " + str1); console.log("The string after reversing the every word is " + reverseString); Output

The above code will produce the following output −

The normal string is Reverse the every word of this string! The string after reversing the every word is esreveR eht yreve drow fo siht !gnirts

Users learned the naive approach to reverse the string using the for-of loop in this tutorial. Users also learned to reverse every word of the string. However, they can also implement the second approach to reverse the string using the for-of loop rather than the built-in methods.

Difference Between Feedback And Feed Forward Control Systems

A system of components that is used to provide the desired response by controlling different parameters in the process is referred to as a control system. In a control system, the final output or response of the system is controlled by varying the input, and hence it named so.

Based on the control mechanism used, the control systems can be classified into the two types namely, feedback control system and feed forward control system.

The fundamental difference between the feedback control system and feed forward control system is that in the case of feedback control system, the corrective action is taken after the output gets affected by the disturbance, while in the case of feed forward control system, the corrective action is taken before the disturbance of the output.

In this article, we will discuss all the important differences between feedback control system and feed forward control system. But before discussing the differences, let’s have a look into their basics.

What is a Feedback Control System?

A type of control system in which the corrective action is taken after the occurrence of disturbance in the output, it is called a feedback control system. The feedback control system is a type of closed loop control system in which a feedback signal is used to regulate the behavior of the system. The block diagram of a feedback control system is shown in Figure 1.

In the case of a feedback control system, the system output is monitored and compared with a reference value. If there is any difference between the actual output and the desired output, then a control signal is generated to regulate the system to produce the desired output.

In simple words, a feedback control system is one in which the output of the system is sampled and fed back to the input side so that the system can produce the desired output.

Feedback control systems are widely used industrial automation and process control applications.

What is a Feed Forward Control System?

A feed forward control system is a type of control system in which the corrective action is taken before the occurrence of disturbances in the output of the system.

The block diagram of a typical feed forward control system is shown in Figure 2.

This type of control system is mainly used where the relationship between the input and output of the system is either known or predictable. One of the important features of the feed forward control systems is that they respond quickly to variations in the input signal. A heating system is a typical example of a feed forward control system.

After discussing the basics of feedback control system and feed forward control system, let us now discuss the important differences between them.

Difference between Feedback Control System and Feed Forward Control System

The following table highlights all the major differences between feedback control system and feed forward control system −

Parameter

Feedback Control System

Feed Forward Control System

Definition

A type of control system in which the corrective action is taken after the occurrence of disturbance in the output of the system is referred to as a feedback control system.

A type of control system in which the corrective action is taken before the occurrence of disturbance in the output of the system is referred to as a feed forward control system.

Adjustment in output

In the feedback control system, the output is adjusted according to the feedback signal.

In the feed forward control system, the output is adjusted according to the predication of variations in the input signal.

Nature of system

Feedback control system is reactive in nature, which means it responds to variations in the output after they have occurred.

Feed forward control system is proactive in nature. That means it responds to changes in the output before they have occurred.

Response speed

Feedback control systems are relatively slower to respond to variations in the input signal.

Feed forward control systems are faster to respond to changes in the input signal.

Corrective actions

Feedback control systems take the necessary corrective actions after the occurrence of disturbances in the output.

Feed forward control systems take the necessary corrective actions before the occurrence of disturbances in the output.

Adjustment of control variables

In the feedback control system, the control variables are adjusted based on errors occurred in the output.

In the feed forward control system, the control variables are adjusted based on predication of variations in the input signal.

Effectiveness against disturbances

Feedback control systems are more effective at dealing with disturbances that affect the system output.

Feed forward control systems are relatively less effective in compensating the disturbances that affect the system output.

Implementation ease

Feedback control systems are easier to implement.

Feed forward control systems are relatively complex to implement.

Type of system

Feedback control system is a type of closed loop control system because it measures changes in the output.

Feed forward control is a type of open loop control system as it does not measure changes in the output.

System stability

If the feedback loop of the system is not properly implemented, then it can cause instability of the feedback control system.

Feed forward control system is often a stable system.

Regulating system

Feedback control systems can be employed for regulating linear as well non-linear systems.

Feed forward control systems can be employed for regulating only the linear systems.

Suitability

Feedback control systems are better suited for controlling systems that have unpredictable disturbances in the output.

Feed forward control systems are better suited for controlling systems that have predictable disturbances in the output.

Applications

Feedback control systems are used in engineering and automation in different industries such as robotics, manufacturing, process control, etc.

Feed forward control systems are mainly used in special applications like in defense, aerospace, etc.

Conclusion

The most significant difference between feedback control system and feed forward control system is in the regulating action taken. In the feedback control system, the regulating action is taken after disturbances occurred in the output; whereas in the feed forward control system, the regulating action is taken before disturbances occurred in the output.

Overall, both feedback and feedforward control systems are used to regulate and control the behavior of dynamic systems to obtain the desired results.

Artificial Intelligence: Digital Marketing’s Benefits

Artificial intelligence refers to the creation of intelligent machines capable of performing cognitive tasks. Their ability to think like humans will increase once they have enough data. Digital marketing is a key area where artificial intelligence, data, and analytics are important.

Any online venture must be able to extract the right insights from data in order to succeed. It is therefore logical to assume that AI will become a key component of digital marketing. This is especially true considering the huge growth in data and sources digital marketers need to understand.

Experts predict that the volume of data collected across these newer customer touchpoints will become overwhelming. As businesses grow, this will continue to happen over the next few years. Artificial intelligence (AI), which is used to analyze data and make decisions for digital marketing, is more important than ever. Here are some reasons AI tools and technology have access to huge amounts of data that is not easily accessible. AI can transform this data into useful insights that allow for immediate decisions.

AI-Driven Content Marketing

Artificial intelligence can help you determine the content that interests your clients and current customers. It can also determine the best ways to reach them.

AI can create visuals and material that it expects to be appreciated by its target audience and is increasingly capable of managing the entire content creation process. Personalization allows clients to receive material that is tailored specifically for them. AI uses data and references to help it understand what clients are looking for. Personalization is an industry buzzword.

Real-Time Tracking

Platforms that integrate AI allow users to see the effectiveness of their content and adjust their strategy in real-time. This means that digital marketers can instantly see the results and adjust their next strategy.

Dynamic Pricing

Discounts are a great way to increase sales. Some clients might still purchase with a small or no discount.

Artificial intelligence can set product prices dynamically to increase sales and profitability. This is done based on factors such as client profiles, demand, supply, client, and other criteria. The price of each product is shown in a graph. It will show how it changes according to season, consumer demand, and other factors.

A great example of dynamic pricing has been demonstrated by frequent travelers. They book a flight, then return to purchase it a few days later to find that the price had gone up by a few hundred dollars.

Better Security

Biometric authentication systems that use AI technology are among the most secure for transferring and gathering data. It has also increased the efficiency of the sharing process.

Large amounts of data can now be transmitted much more securely than they used to be. Modern data collection and dissemination have made it easier to analyze large amounts of data. This has led to faster decision-making and enhanced insights.

Chatbots for Customer Service

Customers use messaging apps like WhatsApp and Facebook Messenger to communicate with companies. It can be costly to keep active customer service representatives on these platforms.

Chatbots are being used by some businesses to respond to customer queries frequently. Chatbots can provide immediate responses to customers, reducing workload and giving them a faster response. Chatbots can also be trained to provide pre-determined answers to commonly asked questions. Chatbots can also forward complex queries to human operators.

This means that you can reduce customer service time. You also reduce the agent burden by making it easier for them to deal with issues that require a personal response.

Chatbots are cheaper than adding more team members and can deal with customer issues faster. In some cases, they can even be more humane. Bots don’t have bad days like humans. They are friendly, approachable, and easy to like.

Benefits Of Employee Time Tracking

Employee time tracking, in general, is mostly seen as a tool that is useful only for employers or managers. However, what many fail to see is that it helps not only managers but also their employees. Designed to be inclusive, —it will benefit your entire organization by making processes more efficient and your workforce more productive.

Level up your team’s productivity and optimize your work processes now. Below are some of the benefits of employee time tracking tools.

Benefits of Employee Time Tracking Increases Focus

With time tracking tools, your employees can better focus and manage their time. These tools will help them focus on the task at hand since they are monitored and have established work hours. It holds them accountable for their productivity.

Moreover, this tool is more accurate than manual time tracking. Thus, it lessens the risk of human error. Precise time tracking will assure your employees that they won’t need to worry about not getting paid.

Also read: How To Stream 👀 On Twitch? 5 Min. Getting Started Guide For Streamers, Gamers, and Fans!

Keeps Goal-oriented Actions

Time tracking tools keep goal-oriented behaviors that benefit both your business and employees. Often equipped with visual data reports, time tracking solutions will help your employees better see how much time they’ve spent on tasks. It allows them to better manage their time moving forward. They can also confidently determine the amount of time needed to do high-priority tasks.

Keeping your workforce goal-oriented not only increases productivity, but it will make your day-to-day operations more efficient.

Prevents Burnout

Setting a good time and attendance tracking system will help establish a work-life balance and reduce the risk of employee burnout. That is because such a system drives realistic productivity and not stretching your employees to the point that they are overworked and exhausted. Moreover, with this system, shift scheduling can be better suited to your employees’ preferences.

The ideal time tracking system provides room for your employees to negotiate a schedule that meets their personal needs.

And this can happen without disrupting nor comprising your daily operations. Great time tracking software enables your workforce managers to analyze employee schedules against the business demands for more informed decisions.

Also read: 30+ Loan Apps Like MoneyLion and Dave: Boost Your Financial Emergency (#3 Is Popular 🔥 )

Helps Prioritize Better

Automated time tracking systems help the quality of work of each one of your team. Such tools boost employee efficiency and enable them to evaluate all aspects of their workday for better work prioritization and organization.

They can analyze which tasks took more time to complete than expected. And reevaluate their actions to see what will yield better results. This way, they can dedicate enough time to high-priority tasks and accomplish more.

Improves Team Morale

With good employee time and attendance tracking, your team can expect accurate and timely payment. It, in turn, improves your team’s morale because they know that they are fairly compensated for their work. Payroll accuracy is very crucial and is one of the workplace motivators.

Payroll software integrated with HR and benefits is also one of the best solutions for businesses to manage payroll, tax, leave management etc

Conclusion

Accurate employee time tracking helps your employees become accountable while staying in control of their workday. They can readily evaluate their completed tasks, monitor their projects, and better organize their work to maximize their efficiency.

Meggie

Meggie is an HR Manager at AMGtime and a passionate Freelance Writer with ongoing curiosity to learn new things. She is deeply convinced that valuable experience sharing is key to business success. Meggie believes in a win-win formula and utilizes it on a daily basis in staff management.

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Windows 10 Kb3194496 Fails To Install, Causes Proxy Problems And More

Windows 10 KB3194496 fails to install, causes proxy problems and more

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Microsoft recently released a new cumulative update for Windows 10 version 1607. KB3194496 is just a regular update that brings some system improvements and bug fixes, but no new features.

However, cumulative update KB3194496 is also bringing issues of its own. In this article, we’re going to list all the KB3194496 issues reported by Windows 10 users, and we’ll try to find a way to solve at least some of them.

Windows 10 KB3194496 reported issues

The most widespread problem, and the issue most users are reporting, concerns, of course, installation problems. Microsoft Community forums are currently flooded with complaints, as many users are reporting various problems that prevent them from installing the update.

Installation Failure: Windows failed to install the following update with error 0x800F0922: Cumulative Update for Windows 10 Version 1607 for x-6-based Systems (KB3194496)

This surely is a very annoying problem, as it can completely block Windows Update, leaving users unable to download the cumulative update normally. However, there are a few actions that users can perform to install KB3194496 on their computers.

Users can manually reset Windows Update, use a third-party program to download updates, but perhaps the best solution in this case is to manually download and install the update.

Another issue when installing cumulative update KB3194496 concerns keyboard functionality. Namely, the problem occurs on the first boot after the update is installed. Windows 10 asks users to choose a keyboard layout, but the keyboard remains unresponsive.

So I have a friend who just finished installing the KB3194496 cumulative update for windows 10 a few hours ago. Window’s did it’s typical “Installing X%” and rebooted, but when it rebooted it was trying to do an automatic system repair. It then cuts immediately to a blue screen telling him to choose a keyboard layout, but he can’t use the mouse and the keyboard buttons don’t respond.

Expert tip:

And finally, another user reported Chrome and Firefox proxy authentication issues that, according to him, have been affecting the last three cumulative updates, including KB3194496:

Other people on the forum remained silent when it came to solving the problem, but one user actually explained what’s causing it:

I’m experiencing the same issue with a company proxy McAfee Web Gateway and a Windows 10 client, after the abovementioned update. I’ve traced the connection and discovered that the problem is related to Google Chrome not completing the 3-way handshake of NTLM authentication (in particular, step 3)

The issue is very weird considering that, from a comparison between MS Edge and Chrome, step 1 and 2 are the same. Then Edge completes the procedure with the authentication message (step 3) and Chrome stops the sequence returning to the user ERR_INVALID_AUTH_CREDENTIALS. It looks like there is something in the KB code that breaks the NTLM authentication.

Windows 10 users also report that KB3194496 kills the Ethernet connection. The OS usually displays the error message “Ethernet Doesn’t Have A Valid IP Configuration”, and none of the workarounds available on the almighty Internet really work. Thank you, Selatious for the tip.

KB3194496 killed my Ethernet connection. The odd thin when it first happened I had outlook and working but no browsers. Did a Win diagnostic fix and lost complete connectivity. Was running off the router so connected directly to the modem with no luck. Win informed me that ‘Ethernet Doesn’t Have A Valid IP Configuration’ I worked on every possible solution for a solid day with no luck. […]

Using a friend’s wireless laptop, I hunted for solutions online, none of which solved the my Ethernet connection. None worked. As a last resort before I went out a purchased a WiFi card or dongle, I did a system restore to before the KB3194496 cumulative update.

That’s all for our article about the KB3194496 issues in Windows 10. This update is far less troublesome than the latest Windows 10 build, but that’s normal, since cumulative updates are stable releases, or at least they should be.

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