Ublo développe un logiciel de gestion locative visant à simplifier et à automatiser l’ensemble de la gestion du patrimoine par le gestionnaire, ainsi que faciliter les interactions entre le bailleur, le locataire et les prestataires de services

Ublo

Redesigning Twitter with uBlock Origin

You have to sign up and sign in to with a Google account. Granary.pro The problem was that the popup window requesting access to your Google account was blocked by uBlock Origin when you clicked the “Sign up free with Google” button. In Granary.pro, we used the following declaration in homepage source to use GA, and this part was blocked by uBlock Origin. <script src=” ”></script> /assets/js/google-analytics.js Since google-analytics.js is just a wrapping of the declaration needed to use GA to read the source clearly, (function(i,s,o,g,r,a,m){i[‘GoogleAnalyticsObject’]=r;i[r]=i[r]||function(){(i[r].q=i[r].q||[]).push(arguments)},i[r].l=1*new Date();a=s.createElement(o),m=s.getElementsByTagName(o)[0];a.async=1;a.src=g;m.parentNode.insertBefore(a,m)})(window,document,’script’,’ ','ga'); https://www.google-analytics.com/analytics.js ga(‘create’, ‘UA-91234420–1’, ‘auto’); If the above declaration is directly declared in homepage source, it will be fixed the problem that Google’s third party authentication pop-up window is blocked by uBlock Origin. is how hackers start their afternoons. We’re a part of the family. We are now and happy to opportunities. Hacker Noon @AMI accepting submissions discuss advertising & sponsorship To learn more, , , or simply, read our about page like/message us on Facebook tweet/DM @HackerNoon. If you enjoyed this story, we recommend reading our and . Until next time, don’t take the realities of the world for granted! latest tech stories trending tech stories

Fixed a problem where uBlock Origin was blocking Google’s third-party authentication pop-up window

Since the official rollout of Google AI Overview, Google search results have prioritized AI-generated content scraped from various websites and forums, which may contain incorrect, off-topic, or misleading information due to the mixed opinions frequently found on these platforms. Google has also expressed concerns about these issues, stating that content generated for certain queries will undergo a manual review and sensitive topics will be disabled. However, we all know they aren't going away, and moderation could pose another challenge. So, if you’ve had enough AI-generated content and want to revert to the previous web results, continue reading the article to discover various ways to remove the AI Overview from Google search results in the Chrome browser. Method 1: Turn Off Google AI Overview Using Extensions The first and easiest way to disable AI Overview is to use the Chrome extension, which basically finds the HTML div element of the AI Overview region and uses a CSS display tag to hide it from the screen. There are plenty of Chrome extensions that can do the job; here are a few recommended ones. Hide Google AI Overviews: This extension is only designed to remove AI-generated Overviews from search results (my opinion: "easy-to-use", "lightweight"). Bye, Bye Google AI: This extension can do more than the previous one; besides hiding AI-generated Overviews, it can remove sponsored links, shopping blocks, video blocks, discussions, forums, and the "People Also Ask" section (my opinion: "recommended", "easy-to-use", "multiple features"). Ublock Origin: It's basically an adblock extension, but advanced users can use it to create filters for AI Overviews to hide them from the search results (my opinion: "only for advanced users"). I've been using the "Bye, Bye Google AI" extension, and after installation, you can simply click on the extension logo from the toolbar and select "Options", which will redirect you to the following screen. Here, you just need to select what you want to hide; for example, to hide AI Overviews, simply select the "Hide AI Overviews" option, and then click the "Save" button to apply the changes. That's it! You can now browse the internet without the AI Overviews in your way. Method 2: Turn Off Google AI Overview Using the UDM-14 Search Engine Trick If you have trust issues with Chrome extensions or don't want to use one, don't worry; with this UDM-14 search engine trick, you can easily ignore the AI Overviews from the search results. To begin, open the "Chrome" browser, click the three dots in the top right corner to open the "menu", select "Settings" (likely located towards the end), then navigate to "Search engine" in the left pane, and click "Manage search engines and site search." You can access the specified section directly by entering "chrome://settings/searchEngines" in the URL box. Find the "Site Search" section, and then click on the "Add" button next to it, which will open the following prompt where you need to enter "No Google AI Overview" in the Name field, "https://www.google.com/" in the Shortcut field, and "{google:baseURL}/search?udm=14&q=%s" in the URL box, then click "Add." Click the three dots beside the newly created entry, and choose "Make default." That’s it! You can now enter your query in the Chrome URL box to get web results without an AI Overview, People Also Ask, etc. However, one issue with this method is that if you search your query directly on the Google.com page, it may still show AI Overviews. So, to achieve a permanent solution, follow the next method, which basically disables the AI Overview for your Google account. Method 3: Turn Off Google AI Overview for Your Account Before we continue, let me clarify that this method will only be effective if you are using the Chrome browser and signed in with your own Google account, as we will disable the AI Overview for our Google account in this process. Currently, you have the option to turn off AI Overviews, but it may (or may not) be removed in the future. Despite this, some users still report seeing AI Overviews in search results, but you can still give it a try, as it worked flawlessly for me. To start, open the "Chrome" browser, and ensure you're signed in with your Google account. Then, navigate to this Google Labs page, and disable the "Turn this experiment on or off" option. You're all set! Take a moment, and try searching queries on Google without encountering the AI Overview. If it persists, or the above option disappears, Google may have removed it. The only remaining methods to disable AI Overview in search results are those mentioned earlier. Bonus Tip! Turn Off Google AI Overview on Mobile Turning off the AI Overview in the Chrome browser on mobile devices can be quite tricky, as aside from the third method mentioned in this article (which is also uncertain to work in the future), neither of the other two methods will work. So, you can either manually switch to the Web each time you perform a search or opt for different search engines like DuckDuckGo, Yahoo!, Bing, or Yandex. However, some of these search engines are starting to roll out AI-powered features, and others may soon join the competition. The best way to get rid of AI Overview from search results on mobile is by using the trick from tenbluelinks; it’s straightforward. Just open “Chrome” browser on your mobile, visit tenbluelinks.org, let the page load, and then, without closing it, open another tab and search for anything. Step 1 Step 2 Next, tap the three dots in the top right corner to open the "menu", select "Settings", then choose "Google Web" under the "Recently visited" section in the "Search engine" settings. Step 3 Step 4 That’s it! Now, every time you search for a query in the Chrome URL box, it will display the search results on the Web. However, if someone searches the query on Google.com, an AI Overview will again appear. Wrap Up Turning off the AI Overview in the Chrome browser is a challenging task, and the method may stop working over time, except for the extension if the developer insists on keeping it regularly updated. If you are a regular user who simply wants the AI Overview to disappear, you can try the method mentioned in this article. If it doesn’t work, let us know, or alternatively, you can opt for alternative browsers like Brave, Firefox, DuckDuckGo, etc. Since the official rollout of Google AI Overview , Google search results have prioritized AI-generated content scraped from various websites and forums, which may contain incorrect, off-topic, or misleading information due to the mixed opinions frequently found on these platforms. Google AI Overview Google has also expressed concerns about these issues, stating that content generated for certain queries will undergo a manual review and sensitive topics will be disabled. However, we all know they aren't going away, and moderation could pose another challenge. So, if you’ve had enough AI-generated content and want to revert to the previous web results, continue reading the article to discover various ways to remove the AI Overview from Google search results in the Chrome browser. AI-generated content Method 1: Turn Off Google AI Overview Using Extensions The first and easiest way to disable AI Overview is to use the Chrome extension, which basically finds the HTML div element of the AI Overview region and uses a CSS display tag to hide it from the screen. HTML div element CSS display tag There are plenty of Chrome extensions that can do the job; here are a few recommended ones. Hide Google AI Overviews: This extension is only designed to remove AI-generated Overviews from search results (my opinion: "easy-to-use", "lightweight"). Hide Google AI Overviews : This extension is only designed to remove AI-generated Overviews from search results (my opinion: " easy-to-use ", " lightweight "). Hide Google AI Overviews easy-to-use lightweight Bye, Bye Google AI: This extension can do more than the previous one; besides hiding AI-generated Overviews, it can remove sponsored links, shopping blocks, video blocks, discussions, forums, and the "People Also Ask" section (my opinion: "recommended", "easy-to-use", "multiple features"). Bye, Bye Google AI : This extension can do more than the previous one; besides hiding AI-generated Overviews, it can remove sponsored links, shopping blocks, video blocks, discussions, forums, and the "People Also Ask" section (my opinion: " recommended ", " easy-to-use ", " multiple features "). Bye, Bye Google AI recommended easy-to-use multiple features Ublock Origin: It's basically an adblock extension, but advanced users can use it to create filters for AI Overviews to hide them from the search results (my opinion: "only for advanced users"). Ublock Origin : It's basically an adblock extension, but advanced users can use it to create filters for AI Overviews to hide them from the search results (my opinion: " only for advanced users "). Ublock Origin only for advanced users I've been using the " Bye, Bye Google AI " extension, and after installation, you can simply click on the extension logo from the toolbar and select " Options ", which will redirect you to the following screen. Bye, Bye Google AI Options Here, you just need to select what you want to hide; for example, to hide AI Overviews, simply select the " Hide AI Overviews " option, and then click the " Save " button to apply the changes. Hide AI Overviews Save That's it! You can now browse the internet without the AI Overviews in your way. Method 2: Turn Off Google AI Overview Using the UDM-14 Search Engine Trick If you have trust issues with Chrome extensions or don't want to use one, don't worry; with this UDM-14 search engine trick, you can easily ignore the AI Overviews from the search results. To begin, open the " Chrome " browser, click the three dots in the top right corner to open the " menu ", select " Settings " (likely located towards the end), then navigate to " Search engine " in the left pane, and click " Manage search engines and site search. " Chrome menu Settings Search engine Manage search engines and site search. You can access the specified section directly by entering "chrome://settings/searchEngines" in the URL box. You can access the specified section directly by entering " chrome://settings/searchEngines " in the URL box. chrome://settings/searchEngines Find the " Site Search " section, and then click on the " Add " button next to it, which will open the following prompt where you need to enter " No Google AI Overview " in the Name field, " https://www.google.com/ " in the Shortcut field, and " {google:baseURL}/search?udm=14&q=%s " in the URL box, then click " Add. " Site Search Add No Google AI Overview Name https://www.google.com/ Shortcut {google:baseURL}/search?udm=14&q=%s URL Add. Click the three dots beside the newly created entry, and choose " Make default. " Make default. That’s it! You can now enter your query in the Chrome URL box to get web results without an AI Overview, People Also Ask, etc. However, one issue with this method is that if you search your query directly on the Google.com page, it may still show AI Overviews. So, to achieve a permanent solution, follow the next method, which basically disables the AI Overview for your Google account. Method 3: Turn Off Google AI Overview for Your Account Before we continue, let me clarify that this method will only be effective if you are using the Chrome browser and signed in with your own Google account, as we will disable the AI Overview for our Google account in this process. Currently, you have the option to turn off AI Overviews, but it may (or may not) be removed in the future. Despite this, some users still report seeing AI Overviews in search results, but you can still give it a try, as it worked flawlessly for me. To start, open the " Chrome " browser, and ensure you're signed in with your Google account. Then, navigate to this Google Labs page , and disable the " Turn this experiment on or off " option. Chrome Google Labs page Turn this experiment on or off You're all set! Take a moment, and try searching queries on Google without encountering the AI Overview. If it persists, or the above option disappears, Google may have removed it. The only remaining methods to disable AI Overview in search results are those mentioned earlier. Bonus Tip! Turn Off Google AI Overview on Mobile Turning off the AI Overview in the Chrome browser on mobile devices can be quite tricky, as aside from the third method mentioned in this article (which is also uncertain to work in the future), neither of the other two methods will work. So, you can either manually switch to the Web each time you perform a search or opt for different search engines like DuckDuckGo, Yahoo!, Bing, or Yandex. However, some of these search engines are starting to roll out AI-powered features, and others may soon join the competition. Web The best way to get rid of AI Overview from search results on mobile is by using the trick from tenbluelinks; it’s straightforward. Just open “ Chrome ” browser on your mobile, visit tenbluelinks.org , let the page load, and then, without closing it, open another tab and search for anything. Chrome tenbluelinks.org Step 1 Step 1 Step 2 Step 2 Next, tap the three dots in the top right corner to open the " menu ", select " Settings ", then choose " Google Web " under the " Recently visited " section in the " Search engine " settings. menu Settings Google Web Recently visited Search engine Step 3 Step 3 Step 4 Step 4 That’s it! Now, every time you search for a query in the Chrome URL box, it will display the search results on the Web . However, if someone searches the query on Google.com, an AI Overview will again appear. Web Wrap Up Turning off the AI Overview in the Chrome browser is a challenging task, and the method may stop working over time, except for the extension if the developer insists on keeping it regularly updated. If you are a regular user who simply wants the AI Overview to disappear, you can try the method mentioned in this article. If it doesn’t work, let us know, or alternatively, you can opt for alternative browsers like Brave , Firefox , DuckDuckGo , etc. Brave Firefox DuckDuckGo

Turn Off Google AI Overview From Search Results in Chrome

This paper is available on arxiv under CC0 1.0 DEED license. Authors: (1) Salim Chouaki, LIX, CNRS, Inria, Ecole Polytechnique, Institut Polytechnique de Paris; (2) Oana Goga, LIX, CNRS, Inria, Ecole Polytechnique, Institut Polytechnique de Paris; (3) Hamed Haddadi, Imperial College London, Brave Software; (4) Peter Snyder, Brave Software. Table of Links Abstract and Introduction Background Measurement Methodology Results Limitations Related Work Conclusion, Acknowledgments, and References Appendix 3 MEASUREMENT METHODOLOGY We develop a measurement methodology to capture network flows when clicking on an ad from a search engine results page. Using multiple crawlers, we simulate a large number of search engine queries in order to collect a sample of information flows per search engine. For each request, we collect the cookies created, the locally stored values, and the web request sent by the browser. In addition, we rely on several open-source datasets to detect web requests to online trackers. We consider five main search engines: Google[1], Bing[2], DuckDuckGo[3], StartPage[4], and Qwant[5]. We use Google and Bing as baselines to compare with the other three, which claim to have higher privacy standards and protective measures in place. 3.1 Crawling system Each crawling iteration begins at a search engine’s main page, where our system will type a query and access the search engine results page. Next, it chooses one of the displayed ads to click on to access its destination website. Then, the navigation path passes through zero or more redirectors before landing on the ad’s destination website. The redirectors are invisible to the user but can be identified through an analysis of network requests initiated by the browser. Each of these redirectors can read the query parameters added by the search engine or other intermediaries and store them locally or send them to other third parties. The system records all first-party and third-party cookies, local storage values, and web requests at each step. We run each iteration in a new browser instance to ensure no stale data is cached from previous iterations. Depending on the search engine, ads are either part of the main page or are loaded through an iframe. We use scrapping techniques to detect them and rely on several HTML elements’ attributes. For instance, all ads on StartPage are inside an HTML element titled "Sponsored Links". Moreover, we use hyperlink values to detect Google ads since they all link to "www.googleadservices.com/*". Our system prioritizes ads with landing domains it has not visited yet, aiming to maximize the number of different destination websites. Each time a crawler clicks on an ad, our system adds the domain of its landing URL to the list of visited websites. In the subsequent iterations, the crawler first extracts the landing domains of all the displayed ads. The landing domains are included within the HTML objects of the advertisements on all search engines. The crawler then gives preference to click on ads leading to domains that have not been encountered in the list of visited websites. We reproduced these steps for 500 search queries on the five search engines. We randomly choose them from Google Trends [21] and movie titles from MovieLens [6]. All iterations were performed in "accept" cookies mode. Table 1 represents the number of different search queries we typed, the number of different destination pages we landed on, and the number of different domain paths we collected for each search engine. We implemented our system using Puppeteer [7] to automate visiting search engines’ websites, typing search queries, detecting and clicking on one of the displayed ads, and waiting for 15 seconds on the ad’s destination website. We reproduce these steps multiple times from the same IP address for each search engine. To reduce the chance of being identified as bots, we use puppeteer-extra-plugin-stealth [8]. This plugin applies various techniques to make the detection of headless Puppeteer crawlers by websites harder. Puppeteer allows us to record cookies and local storage for each request. However, it does not guarantee that it can attach request handlers to a web page before it sends any requests [33]. Hence, detecting and collecting web requests only using Puppeteer might cause losing some of them. We use a Chrome extension alongside Puppeteer crawlers to record web requests during all the crawling time. We do not observe a significant difference between web requests recorded by crawlers and web requests recorded by the extension. In median, the crawlers recorded 97% of the requests recorded by the extension. The code of the crawling system and the dataset are available at https://github.com/CHOUAKIsalim/Search_Engines_Privacy. 3.2 Detection techniques We use URL filtering to detect web requests to online trackers. We use filter rules from two open-source lists: EasyList [4] and EasyPrivacy [5]. EasyList is the most popular list to detect and remove adverts from webpages and forms the basis of many combination and supplementary filter lists [19]. EasyPrivacy is a supplementary filter list that detects and removes all forms of tracking from the internet, including tracking scripts and information collectors [19]. These filter lists are used by extensions that aim to remove unwanted content from the internet, like AdBlock and uBlock. We combined and parsed these lists using adblock-rs [1] and obtained 86 488 filtering rules. Detection of trackers: In addition, we use the Disconnect Entity List [2] to get the entities of online tracker domains. It is a dictionary where keys represent entities such as Google, Microsoft, and Facebook, and values represent the web domains that belong to each entity. Hence, to get the entity of a tracker, we iterate over all values and search to what entity is the tracker domain associated with. This list contains 1 449 entities and 3 371 related web domains. We classify an instance as bounce tracking when an advertisement’s destination link is altered to pass through one or more redirectors. To construct the redirection sequence, we trace the series of URLs the browser navigates through after clicking an ad and prior to reaching the advertisement’s intended landing page. We further validate the redirection sequence by examining the HTTP response headers, precisely the ’Location’ and ’status code’ headers. These headers divulge the redirection process, as the ’Location’ header contains the new redirection URL, and status codes such as ’301 Moved Permanently,’ ’302 Found,’ ’307 Temporary Redirect,’ and ’308 Permanent Redirect’ indicate the occurrence of redirection [17]. Detection of bounce tracking: To detect UID smuggling, we need to differentiate between query parameters that represent user identifiers and non-tracking Detection of UID smuggling and user identifiers: query parameters such as session identifiers, dates, and timestamps. We consider all query parameters, localStorage, and cookie values. We call them tokens. There are 6 971 unique tokens in our dataset. We perform the following filtering, which is similar to the one performed by Randall et al. [33]: (i) Each iteration is executed in a new browser instance; hence, user identifiers should not be shared across browser instances. We discard tokens that are the same across all or a subset of browser instances. (ii) For each browser instance and search query, we analyze the tokens resulting from the URLs of all ads that appear on the results page (which are usually in the form of googleadservices.com/..../aclk?..cid=CAESbeD2ZWCwqFv3e2k_....). We discard tokens with different values for the different ad URLs as they likely correspond to ad identifiers. (iii) To detect session identifiers, we store the profile of each iteration in a separate directory and execute an extra iteration per browser instance one day later to see which values of cookies/parameters change. We discard tokens with different values in the two iterations as they are more likely session identifiers. (iv) Similar to [33], we use programmatic heuristics to discard particular values. We discard tokens that appear to be timestamps (values between June and December 2022 in seconds and milliseconds), tokens that appear to be URLs, tokens that constitute one or more English words ([20]), and tokens that are seven characters long or less. After using these filters, we are left with 1 942 tokens. We manually investigated them and observed a non-negligible number of false positives. Hence, we manually filtered the remaining tokens and removed those composed of any combination of natural language words, coordinates, or acronyms. In the end, we are left with 1 258 user-identifying tokens, which we consider to be user identifiers. [1] https://www.google.com/ [2] https://www.bing.com/ [3] https://duckduckgo.com/ [4] https://www.startpage.com [5] https://www.qwant.com/

Understanding the Privacy Risks of Popular Search Engine Advertising Systems:Measurement Methodology

In web development, staying ahead with the best tools is crucial for enhancing productivity, simplifying workflows, and delivering top-notch projects. Especially as this tech progresses at a rapid rate… While there are tons of entertainment, marketing and , there are also tons of great resources for anyone more in tune with the technical side of the web. productivity apps for Google Chrome So I’ve gone through and picked out some of the best Chrome extensions for developers in 2024 and beyond. Some of these you might already know about, some might be new to you. Many of these are either freemium or come with a free trial. So you can start using them and see if it works for you and then upgrade to the premium version later. So let’s check out some of these cool dev tools for Chrome. Marker.io Revolutionizing the way developers handle bug reporting and feedback, Marker.io is a game changer for devs who want to iron out those glitches before it's too late. Gone are the days of disjointed workflows and cumbersome bug-tracking methods. With Marker.io, you can effortlessly capture issues, annotate them for clarity, and directly integrate them into your project management tools. This seamless integration bridges the gap between identifying and solving problems, streamlining the development process, and enhancing team collaboration. BrowserStack BrowserStack is a beacon for ensuring cross-browser and cross-device compatibility, a challenge every web developer faces. By offering a platform for real-time testing, BrowserStack offers access to an extensive range of browsers and devices right there from your desktop. Using BrowserStack ensures your web applications perform flawlessly, delivering a consistent user experience. As a developer, knowing that your projects will stand up to the diverse ways users will interact with your content is crucial to a successful (and glitch free) launch. Save yourself a bunch of headaches here…. If you’re looking for a cool dev tool for Chrome that brings confidence to your launches, you need a this one in the tool kit. Cyber Ghost VPN We all know what a VPN is. But for web developers, a Chrome VPN extension such as CyberGhost is indispensable for secure and anonymous web browsing. A good VPN allows developers to test geo-specific features, access content restricted in certain regions, and ensure the privacy and security of their online activities. A reliable VPN extension in Chrome ensures developers can safely connect to various web services and APIs, simulate different user locations, and protect their internet connection from potential threats. Fake Filler Fake Filler is the ultimate time-saver for developers engaged in repetitive testing activities. This extension intelligently fills out forms with dummy data, allowing you to bypass the tedium of manual entry. It's not just about speed; it's about creating a more realistic testing environment by populating forms with credible, test-ready information. Fake Filler enables developers to focus on what truly matters—perfecting their projects' functionality and user experience. Loom You might have seen Loom used for webinars or sharing course information. But it's also super useful for developers too. In fact, Loom brings a new dimension to sharing and collaboration among development teams and clients. With the ability to create concise, informative video recordings, Loom eliminates misunderstandings and provides a clear visual context to discussions. Whether detailing a bug or walking through a feature, using Loom enhances communication, making remote collaboration more effective and personal. What's more, it also saves you having to jump on yet another meeting that could have been an email (or in this case, a Loom). LT Debug LT Debug transforms your browser into a powerful debugging workstation. With features like modifying HTTP headers and simulating network conditions, LT Debug equips developers with the tools to uncover and address issues directly from the browser. This is great for gaining insights into how web applications behave under various conditions. And of course, this testing ensures robustness and reliability in the face of real-world challenges. Something that you know that app will need to be ready for… Web Developer Checklist Ths tool from Toptal is like having a vigilant mentor that ensures no critical aspect of web development is overlooked. From SEO to mobile responsiveness, this extension scrutinizes your web pages against best practices, highlighting areas for improvement. Web Developer Checklist is invaluable for maintaining high standards and ensuring your projects are complete and polished. And plus, when you’re juggling 85 things at the same time, it’s a really useful way to make sure nothing slips through the gaps. Wappalyzer Wappalyzer is your insight tool into the building blocks of any website. Wappalyzer offers a peek behind the curtain by identifying the technologies used, revealing the CMS, server software, and JavaScript libraries powering sites. This knowledge satisfies curiosity and serves as a learning tool and a competitive intelligence resource, helping you stay abreast of industry trends and choices. ModHeader Another super handy debugging tool, ModHeader offers some great flexibility in testing and debugging web applications. By allowing you to modify request and response headers, ModHeader enables you to mimic various states and scenarios without the need to alter backend code. It's a tool that is designed to improve experimentation and innovation, pushing the boundaries of what's possible in web development. Requestly One more for the debug set. Requestly is a Swiss Army knife for modifying network requests and responses, empowering developers to test, debug, and optimize web applications efficiently. Whether redirecting URLs, mocking APIs, or streamlining front-end development processes, Requestly provides a comprehensive set of features that cater to a wide range of development needs. This one is great for controlling the web environment, enabling developers to tailor their work to their testing requirements. WAVE WAVE goes beyond mere compliance, advocating for a web accessible to all. By evaluating web content for accessibility issues, WAVE helps developers meet legal requirements. It embraces a more inclusive approach to web design. It's a tool that champions universal access, ensuring that web projects are usable by everyone, including those with disabilities. Lighthouse A really useful open source tool, Lighthouse is like a beacon guiding developers toward excellence in web performance, accessibility, and SEO. By providing comprehensive audits and actionable feedback, Lighthouse helps developers optimize their sites, ensuring they are fast, accessible, and search engine friendly. An essential tool for modern web development, where performance and user experience are paramount. JSONView JSONView brings clarity to the often murky waters of JSON data. Using JSONView makes it easy to inspect, debug, and understand API responses by formatting and highlighting JSON directly in the browser. As most devs know, getting a clear view of your work as you go can really help to smooth out the process later on. A great tool for turning raw data into insight, facilitating a smoother development process when working with web services. Clear Session Too many settings and cookies making things more complex than you need? Clear Session is your digital reset button, offering a quick way to clear browsing data for a fresh start. Whether it's testing user flows from scratch or ensuring that cached data doesn't interfere with development work, Clear Session provides a one-click solution to common challenges faced by developers. When it comes to maintaining a clean slate, where each test is as reliable and accurate as the first, this is a super useful dev Chrome extension. VisBug Ever wished you could just click and fix things right there in the browser? Well, thats what VisBug is for! VisBug empowers developers to fine-tune web designs directly in the browser. It's like having a set of design superpowers, allowing you to adjust layouts, experiment with colors, and tweak typography on the fly. This great Chrome extension for developers bridges the gap between design and development, facilitating real-time collaboration and iterative design improvements. Grepper Hunting for code snippets doesn’t need to be time consuming or tedious. Grepper is your shortcut to coding solutions, integrating seamlessly with search results to provide immediate access to a wealth of code snippets and programming wisdom. It accelerates the problem-solving process, offering developers a quick way to find answers and learn from the collective knowledge of the programming community. uBlock Origin Do you love ads? Yeah who does, right…? uBlock Origin is more than an ad blocker. It's a guardian of the developer's online environment. By eliminating distractions and potential malware threats, uBlock Origin ensures a safer and more focused browsing experience, allowing developers to concentrate on their work without interruption. Vimium With the headline ‘The Hackers Browser’, Vimium brings the efficiency of Vim keyboard shortcuts to the web browser, enhancing productivity for developers accustomed to the speed and precision of Vim. Super handy dev extension for minimizing reliance on the mouse, streamlining navigation, and making web browsing a more keyboard-centric experience. OctoTree OctoTree enhances the GitHub experience, providing an organized, tree-like view of repositories. This makes code exploration and review more intuitive and efficient, especially in large projects. OctoTree is the tool that makes GitHub navigation a breeze, saving time and enhancing code comprehension. Dark Reader Do you enjoy the visual strain of long coding sessions? Well, if you don’t, you’re in luck.  With its dark mode for every website, Dark Reader creates a comfortable development environment, reducing eye strain, and making the web a more visually appealing place for those who prefer darker aesthetics. And as it reduces the strain on the eyes and makes those migraines a little less inevitable, this is definitely an essential Chrome extension for any software developer or coder spending hours looking at their screen. LanguageTool We can’t all be proofreaders as well as devs. So LanguageTool ensures that your web content is technically sound and linguistically polished. By checking grammar and style in real-time, LanguageTool helps developers present their projects in the best possible linguistic light, enhancing readability and professionalism. Save yourself the embarrassment of spotting an obvious error later and download LanguageTool. So there you have it, my pick of the best Chrome extensions for in 2024 (so far). I think there’s something for everybody in here, so enjoy! web developers

20 Chrome Extensions for Web Developers 2024

Overview Digital fingerprinting is a technique used to identify users across different websites based on their unique device and browser characteristics. These characteristics - fingerprint parameters, can include various software, hardware (CPU, RAM, GPU, media devices - cameras, mics, speakers), location, time zone, IP, screen size/resolution, browser/OS languages, network, internet provider-related and other attributes. The combination of these parameters creates a unique identifier - fingerprint, that can be used to track a user's online activity. Fingerprints play a crucial role in online security, enabling services to identify and authenticate unique users. They also make it possible for users to trick such systems to stay anonymous online. However, if you can manipulate your fingerprints, you can run tens or hundreds or more different accounts to pretend that they are unique, authentic users. While this may sound cool, it has serious implications as it can make it possible to create an army of bots that can spread spam and fakes all over the internet, potentially resulting in fraudulent actions. Note: Obviously, I won’t discuss here how you can do "bad" things; you must always be careful, stay away from the “dark side,” and avoid committing illegal actions. This article is about the technology behind this, so use the information wisely. This is the first (and maybe not the last) article in this domain, so it will be more like an overview. The content offers an intro to the topic. There are dozens of tools and ways to detect, collect, and spoof fingerprints, and there are many different parameters and technologies that can reveal or hide your real identity or the fact that you're spoofing fingerprints (meaning you're not an authentic user). Parameters in Digital Fingerprints Let's consider some of them, some examples of obvious, simple, or well-known params, some that are rarer, less-know, and difficult to spoof. this string provides information about the user's browser, operating system, and device. User-Agent: it reveals the user's network and geo-location. Services use IP addresses for security and to prevent malicious activities. If you use one account from different IPs or many different accounts from the same IP, some services may view this activity (in combination with other params) as suspicious and use some level of bot protection against you. This can also be triggered if you use IPs that are already used or in some kind of banned list (proxies). IP: Information about installed plugins and extensions can be used to create a unique fingerprint - it helps in identifying users based on their browser's additional functionalities. Browser Plugins and Extensions: different users often have different display characteristics. Screen Resolution and Color Depth: they are important factors in fingerprinting - if you have random values, e.g., Japan timezone Norwegian language this is a bit unusual. Timezone and Language Settings: it involves rendering hidden graphics in the user's browser to gather information about the graphics hardware. Quite a tricky one because if you spoof your hardware info, then you can’t have the proper canvas value - you can’t render it on your different real hardware. Canvas: it exploits the unique capabilities and limitations of the user's graphics hardware in rendering 3D graphics - additional information about the user's device. WebGL Fingerprinting: the list of fonts installed on a user's system can be used as a fingerprinting parameter. This information is accessible through JavaScript. The list of fonts has to be realistic - so e.g. you can’t have Win fonts on macOS or you can’t have just 1 or 2 fonts, this is a very suspicious indicator. Fonts: it allows websites to determine the device's battery level and charging status, the combination of battery attributes can be used for fingerprinting. Battery status API: websites can use the web audio API to generate unique audio fingerprints by analyzing the audio processing characteristics of the device. Audio Fingerprinting: This information includes details about the software and hardware components of the device, such as the graphics card, network adapter, and operating system. This adds to the uniqueness of the fingerprint. Hardware Concurrency: This information includes details about the network connection, such as the IP address, ISP, and DNS server. Network Information: some users may use some software that listens to specific ports which also might be useful for some specific cases. Open and used ports: Navigating the Web incognito Digital fingerprint manipulation is a difficult task that demands a proactive approach to avoid detection. The are lots of strategies and tools to hide your identity (fingerprints) or pretend that you are someone else. Use privacy-focused browsers Opting for privacy-focused browsers, such as Brave, Ghostery, Tor, Octo Browser, or Vivaldi with enhanced privacy settings, provides a fundamental defense against common fingerprinting techniques. These browsers prioritize user privacy and incorporate features designed to hide your real fingerprints, making it harder to track your activities. For example, the Tor Browser, grounded in principles of anonymity, routes internet traffic through the Tor network. This strategic routing obscures the user's identity by bouncing connections through a series of volunteer-operated servers, enhancing overall online anonymity. Browser Extensions Privacy-centric browser extensions, including AdBlock, uBlock Origin, Privacy Badger, or CanvasBlocker, could be active defenses against tracking scripts, cookies, and fingerprinting attempts. These tools operate in the background, protecting and preserving user anonymity. VPN and Proxies The use of VPNs or proxy services adds an additional layer of protection by masking the user's real IPs (location, timezone, language, etc) and encrypting internet traffic. This is not only used to change your fingerprints but also to provide a more anonymous online presence and a higher security level. Motivations behind fingerprint spoofing Understanding the Whys Individuals concerned about personal privacy and the growing digital surveillance often spoof fingerprints to shield themselves from relentless online tracking. Privacy: Spoofing fingerprints prove useful for circumventing geo-restrictions, allowing users to access content restricted to specific regions. VPN and proxy services play a crucial role here by not only hiding the user's identity but also providing access to servers in different geographic locations. Geo-restriction: Avoiding targeted advertising and online profiling serves as a compelling motive for individuals to manipulate their digital fingerprints. Some tools can block 3rd-party tracking scripts and cookies, disrupting the profiling process. Ads: Web scraping, multi-accounting, e-commerce, bounty&airdrop, bonus-hunting, social networks bots, and affiliate marketing are often sources of income or bases for medium businesses. Digital agencies, individuals, and influencers engaged in these activities may require fingerprint spoofing to navigate through complicated bot detection systems. Avoiding detection becomes vital for some services, ensuring that legitimate activities are not mistakenly flagged or restricted (though quite often, such activities and accounts are not really legit but pretend to be so). Some of the most popular tools are Multilogin, X-Browser, Octo Browser, AdsPower, Incogniton, Scrapy, Surfsky, Web Scraper.io, ScrappingBee, etc. Strategic needs in the digital arena, bot detection, and protection systems: Collecting Users' Fingerprints Websites use JS (obviously) to harvest details about users to construct comprehensive digital portraits. This involves probing screen resolution, device orientation, mouse movements, keystroke dynamics, etc. Sophisticated fingerprinting scripts enumerate a wide range of browser and hardware attributes. JavaScript: Persistent cookies and data stored in local storage work to track users across sessions and platforms. Techniques include leveraging browser cookies and storing unique identifiers for user tracking. Depending on your purposes you need to know when you need an "empty" browser with unique fingerprints or when you need to trick a service showing that you have particular cookies and the same fingerprints. Cookies and local storage: The inclusion of 3rd-party scripts for analytics and advertising embeds invisible trackers often used to adjust systems behavior for a specific user based on collected fingerprints. You can use the aforementioned tools and approaches to selectively block or trick such scripts to get the needed behavior. 3rd-party scripts: Understanding Your Online Identity Panopticlick (EFF), Pixelscan, deviceinfo.me, and BrowserLeaks show your browser's fingerprint parameters such as User-Agent, canvas fingerprinting, fonts, etc. These checkers provide insights into the uniqueness and stability of your digital fingerprint across different browsing sessions. Online checkers: they allow users to inspect network requests, cookies, and other fingerprinting parameters, fostering a deeper understanding of their digital imprint and how websites detect bots and unique legit users and collect fingerprints. Examining the Network and Application tabs in browsers provides a real-time view of the data exchanged between the browser, websites, and servers. Browser developer tools: Here are some examples of how you can get some info about users' fingerprints in the browser. GEO: navigator.geolocation.getCurrentPosition(function(position) { var userLocation = position.coords; }); Microphone: navigator.mediaDevices.enumerateDevices() .then(function(devices) { var microphones = devices.filter(device => device.kind === 'audioinput'); }); Camera: navigator.mediaDevices.enumerateDevices() .then(function(devices) { var cameras = devices.filter(device => device.kind === 'videoinput'); }); Speakers: navigator.mediaDevices.enumerateDevices() .then(function(devices) { var speakers = devices.filter(device => device.kind === 'audiooutput'); }); Audio: var audioContext = new (window.AudioContext || window.webkitAudioContext)(); var oscillator = audioContext.createOscillator(); var analyser = audioContext.createAnalyser(); oscillator.connect(analyser); analyser.connect(audioContext.destination); GPU: var canvas = document.createElement('canvas'); var gl = canvas.getContext('webgl') || canvas.getContext('experimental-webgl'); var renderer = gl.getParameter(gl.RENDERER); console.log(renderer); Fonts: var fonts = []; var fontList = document.fonts.forEach(function(font) { fonts.push(font.family); }); console.log(fonts); Canvas (hashing): var canvas = document.createElement('canvas'); var context = canvas.getContext('2d'); var dataURL = canvas.toDataURL(); var canvasHash = MurmurHash3(dataURL); console.log(canvasHash); RAM and CPU: function getCPUInfo() { return navigator.hardwareConcurrency || 0; } function getDeviceMemory() { return navigator.deviceMemory || 0; } var cpuInfo = getCPUInfo(); var deviceMemory = getDeviceMemory(); console.log(`CPU Cores: ${cpuInfo}`); console.log(`Device Memory (GB): ${deviceMemory}`); Bot Detection Systems: Defending Against Automation A couple of examples of such systems: It is a global leader in bot detection and mitigation. It provides a proactive and precise way to verify that legitimate human users are accessing your website, mobile app, and APIs. Distil Networks uses a combination of techniques to detect bots. It studies a range of variables such as cursor movement, click patterns, and web browsing patterns across other websites. It uses , which checks all visitors against hundreds of different characteristics, focusing on their behavior. Distil Networks defends against web scraping, competitive data mining, account takeovers, transaction fraud, unauthorized vulnerability scans, spam, click fraud, denial of service, and API abuse. It can automatically block 99.9% of malicious traffic without impacting legitimate users. It also offers Distil Bot Defense for Web and API, which protect your website and API servers respectively. Distil Networks: Bot Detection: device fingerprints and Are You a Human technology It actively pulls additional data from the browser to identify devices with precision. When a browser request comes in, Distil interrogates the headers to see if the visitor is lying about their identity. This unique identifier can be used to fully or partially identify individual devices even when cookies cannot be read or stored in the browser, the client IP address is hidden, or one switches to another browser on the same device. It uses machine learning to detect biometric patterns in mouse activity and scrolling, as well as looking at browsers, devices, and other factors for clues. It can detect many simple or medium complexity bots that run JS from a web page. Resource Protection: It's a comprehensive cybersecurity platform that integrates fingerprint-based identification to discern legitimate users from potential threats. Utilizing advanced behavioral analysis and anomaly detection, Imperva builds profiles based on a combination of factors, including IP reputation, user-agent, different fingerprint params, and behavioral characteristics. This allows the system to detect suspicious activities indicative of bot traffic and mitigate potential threats effectively. Imperva: It's a prominent content delivery and cloud service provider that incorporates robust bot detection mechanisms within its security offerings. Leveraging a combination of fingerprint-based detection, behavior analysis, and machine learning, Akamai identifies and mitigates various bots. Akamai's global network allows for real-time threat intelligence, enabling proactive defense against evolving bot tactics. Akamai: It's a widely used content delivery network and security service that employs a multifaceted approach to bot detection. Cloudflare distinguishes between human users and bots by analyzing parameters such as IP reputation, user-agent characteristics, and behavioral patterns. The platform also utilizes threat intelligence and community-driven insights to stay ahead in the battle against emerging bot threats. Cloudflare uses to profile SSL/TLS clients and block potential bot requests. It also uses to apply rules and route traffic based on HTTP request information. is used to identify specific files and prevent data loss. These techniques help in detecting not real users. Cloudflare: JA3 Fingerprinting HTTP Filtering Data Fingerprinting Role of Bot Detection Systems: They play a pivotal role in enhancing bot detection capabilities. With servers strategically positioned around the globe, they can leverage geographical insights and real-time threat intelligence to identify and mitigate bot traffic effectively. The platform's WAF and bot managers contribute to a comprehensive defense against automated "users.” In this ongoing cat-and-mouse game, Bot Detection Systems continue to evolve, leveraging advanced technologies to stay ahead of fingerprint spoofing tech. The collaboration between security providers, businesses, and the wider online community remains crucial in defense against the tactics of automated threats but also, in a way, used against users' privacy, anonymity, and experience online, bringing intrusive ads and sophisticated user tracking tools that are only beneficial for businesses not for users. However, privacy protection, fingerprint hiding and spoofing, and ads and trackers blocking tools are also developing to evade even the most sophisticated user tracking systems. Websites' additional verification steps If a fingerprint appears suspicious, such as frequent changes or unusual combinations of data points, the website may trigger additional verification steps. Suspicious behavior: Websites may present users with captcha challenges to verify their identity. This involves solving puzzles or identifying distorted text, tasks that are difficult to perform for primitive bots. Captcha: Websites may request users to verify their mobile phone numbers to establish a stronger connection between a unique identity and a real-world entity. This can help prevent fraudulent activities. Mobile verification: the idea is the same as with mobile phones, but you need to submit your ID ID verification: Examples: Google doesn't require additional verification for new users with clear, consistent fingerprints. If a user's fingerprint changes frequently or resembles those used by known bots (or just already known for Google), Google may ask for a mobile phone number or ask to deal with a captcha. Financial websites often enforce stricter verification measures due to the sensitive nature of transactions. They may require users to provide additional personal information, verify their identity through secure channels, or pass more complex captcha challenges. Opinion: spoofing is better than hiding Hiding fingerprints can enhance privacy, security, and online anonymity, but spoofing them to appear as a unique, legitimate user offers even greater advantages. By blending in with the crowd and avoiding suspicion from systems that detect anti-detection tools, you can maintain credibility and trust. This approach allows you to enjoy the benefits of being perceived as a unique, legitimate user, minimizing the chance of facing additional protecting measures or obstacles. and, obviously, it helps in preventing leaking of your real data and identity. Also published . here

Intro to Digital Fingerprints: Understanding, Manipulating, and Defending Against Online Tracking

ডিজিটাল ফিঙ্গারপ্রিন্টের ভূমিকা: অনলাইন ট্র্যাকিংয়ের বিরুদ্ধে বোঝা, ম্যানিপুলেট এবং ডিফেন্ডিং

Einführung in digitale Fingerabdrücke: Online-Tracking verstehen, manipulieren und sich dagegen wehren

Introducción a las huellas digitales: comprensión, manipulación y defensa contra el seguimiento en línea

Introduction aux empreintes digitales : comprendre, manipuler et se défendre contre le suivi en ligne

डिजिटल फ़िंगरप्रिंट का परिचय: ऑनलाइन ट्रैकिंग को समझना, हेरफेर करना और उसके विरुद्ध बचाव करना

デジタル指紋の概要: オンライン追跡の理解、操作、および防御

디지털 지문 소개: 온라인 추적에 대한 이해, 조작 및 방어

Introdução às impressões digitais: compreensão, manipulação e defesa contra rastreamento on-line

Введение в цифровые отпечатки пальцев: понимание, манипулирование и защита от онлайн-слежения

Dijital Parmak İzlerine Giriş: Çevrimiçi Takibi Anlamak, Yönetmek ve Savunmak

Giới thiệu về Dấu vân tay kỹ thuật số: Hiểu, thao tác và bảo vệ chống lại việc theo dõi trực tuyến

数字指纹简介：理解、操纵和防御在线跟踪

A Taxonomy of Inclusiveness

অন্তর্ভুক্তির একটি শ্রেণীবিন্যাস

Eine Taxonomie der Inklusivität

Una taxonomía de la inclusión

Une taxonomie de l’inclusivité

समावेशिता का एक वर्गीकरण

包括性の分類法

포괄성의 분류

Uma taxonomia de inclusão

Таксономия инклюзивности

Kapsayıcılığın Taksonomisi

Phân loại tính toàn diện

包容性分类

What is wrong with Google There are a bunch of problems with “Google Search”, and if you google “why Google sucks”, you can get a glimpse of them. Here are some of the issues people are complaining about: Very specific searches do not return the results people hope for Endless ads instead of organic results, even for nuanced queries for no reason Blacklisting sites Lowering the ranking of sites that turn off ads Prioritizing large businesses over smaller ones that involve sensitive topics like immigration, abortion, etc Removing autocomplete results Fraud sites and doorways are ranked higher than original content Lack of privacy Let me break this down and list those of the reported issues that do not bother me. You probably do not need to care about them as well: Endless ads are easy to fix by installing “uBlock Origin”, which removes 99.99% of all ads on the Internet. You can also install Pi-Hole in your home and enjoy ad-free content on all devices, including your smart TV. Lack of privacy is easy to work around by using the private mode in your browser, but it might be inconvenient. Another option is to use a proxy, like StartPage, or even install your own self-hosted proxy, like SearX. Removing autocomplete results that involve certain topics. Just use your brain instead of Google’s suggestions. The rest are problems that you cannot work around and I encountered all of them as well: Specific queries return results to artificially boosted sites, e.g. American sites .gov Censorship, aka blacklisting sites for no legal reason Small sites with original content do not show up in Google results At the same time, big sites with scraped content are at the top Limited number of results without pagination as it used to be Finding search engines better than Google To find the best search engines, I will conduct two types of tests: Test for censorship, aka blacklisting. For this, I will search for “kiwifarms” whose original domain is and the current active one is . I expect to see either both of them or the current one at the top of the search results. The current one should be higher than the old one because it is the active one. kiwifarms.net kiwifarms.st Test for original content from a small site. For this, I will search for my article on this very blog. I will use the article’s header “ ” as a search. I expect my article to show up at the top. How to run Vaultwarden in Podman as a systemd service For both searches, the higher the expected result in the list, the better. Testing conditions Every request was made using a US VPN to make sure that search results were not affected by local laws. In the US, they have the First Amendment, which guarantees freedom of speech that you cannot get elsewhere. Definitely not in Europe, where I’m currently residing. I’ve run the tests in private browsing mode without signing in to avoid any personalization search engines might do on me. This ensures that results are not affected by my browsing history, the cookies I have stored, or my personal preferences. Why Google sucks The results of “Google Search” are so ridiculously wrong that I couldn’t help but write about them separately. Let’s list issues for the “How to run Vaultwarden in Podman as a systemd service” search: The very first result is some Chinese scraped-content site on a subdomain. You can see that the title is different because they scraped a copy of my article from Hackernoon where it has a different title. The next nine results are completely irrelevant to the specific query I ran. The 11th result is a Hackernoon tweet about my post published on Hackernoon. The 19th result is another big scraped-content site in Russian. At least they auto-translated it, so it’s original content to some degree. They also kept a backlink to my blog. There are a total of 28 results, and both my original article and the Hackernoon copy are nowhere to be found. Yes, you got it right—Google ranks Hackernoon so low that it doesn’t even return it to me. Instead, it returns some scraped-content sites. Let’s see how badly Google is censoring the “kiwifarms” search: At the top, I see anything, but not what I’m looking for. WP, Wokepedia, even TikTok. kiwifarms.st is in 44th place. Who will scroll that low? Search engines competing with Google is a search engine created by Brave Browser’s team. They claim that it’s the most complete, independent, and private search engine. Unlike many other search engines, Brave claims to have a fully independent search index. They also claim not to filter, downrank, or censor search results. I will demonstrate that it’s not true. Brave Search is a search engine by Microsoft. They admit to censoring and downranking sites if they violate “Microsoft’s policies or core values.” I could skip it at all, but I decided to still test it for completeness. You will see that they indeed censor and downrank. Bing uses Bing’s search engine under the hood, with all of its downsides. Yahoo is not a search engine per se, but can be used to search by site name. I also wanted to demonstrate that it censors results, which you wouldn’t expect from a service calling itself “archive”. Web Archive is another archiving solution that can also be used to search by site name. Unlike the Web Archive, it does not censor the results. In other words, it behaves accordingly. Archive Today is a decentralized search engine powered by blockchain technology. Anyone can run a Presearch node and be rewarded with PRE crypto tokens. They claim they are community-driven and censorship-resistant, “similar to Wikipedia”. The reference to Wikipedia (recently called Wokepedia) indicates that they either don’t know what they are talking about or intentionally mislead people. Presearch is a search engine that claims to value privacy above all. Its search results are largely sourced from Bing, which has its downsides (downranking and censorship). DuckDuckGo is a metasearch engine “that indexes various other search engines”. It uses the Tor network to enable anonymous search and not track users. No tracking cookies, no logging of IPs, and no other identifying information. Torry is one of the oldest search engines, developed in Russia. It has had its own fully independent index from the very start. Initially, it was only for the Russian language, but it’s been a long time since it covered the whole web. Yandex Test results For the first test, I searched for “kiwifarms” and was expecting to see at the top. kiwifarms.st HERE GOES THE TABLE For the second test, I searched for “How to run Vaultwarden in Podman as a systemd service” and expected to see my post on at the top. atabakoff.com HERE GOES THE TABLE Best search engines 2023 The overall best search engine is . It performed better than any other engine in both tests. It was quite surprising to me because it used to be subpar compared to Google. Yandex The first test showed both kiwifarms.net and kiwifarms.st, respectively, in the first and second positions. The only other one that placed both of them in the same positions is Archive.is, which is not even a search engine. I still included it in the list because one might use it to search by a site name. The rest of the search engines didn’t even list kiwifarms.st on the first page. For the second test, Yandex was the only one that put my post in first place. Both Web Archive and Archive.is are not applicable here. The rest of the engines performed quite well, placing my post in second place. Except for Presearch which put it in 6th place. Google was the worst and didn’t show my site at all. I would not use Bing and all search engines that source from it because it admits to censoring its results. Those that rely on Bing are: Yahoo DuckDuckGo It also makes sense to exclude Brave Search because I demonstrated that they lied about not censoring or downranking results. Presearch seems to be simply not that great at ranking sites. The only option left is Yandex, which showed excellent ranking performance and a lack of censorship. I have switched to Yandex as my default search engine and will see how it goes. Hopefully, it will not disappoint me, since there are no options left. Also published . here

What to Do If You Don't Like Google Search

আপনি যদি গুগল সার্চ পছন্দ না করেন তাহলে কি করবেন

Was tun, wenn Ihnen die Google-Suche nicht gefällt?

Qué hacer si no te gusta la búsqueda de Google

Que faire si vous n'aimez pas la recherche Google

अगर आपको Google सर्च पसंद नहीं है तो क्या करें?

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