OpenAI’s Operator vs CAPTCHAs: Who’s Winning?

🚨 Breaking news: OpenAI has launched Operator, an AI-powered agent that can use its own browser to perform tasks for you. Currently, it’s available only to Pro users in the U.S., but it’s coming globally soon. 🌍 Cool, right? But hold up—are we sure websites won’t push back? 🤔 Will current anti-bot tech like IP bans, browser fingerprints, TLS fingerprints, and, of course, CAPTCHAs keep up with OpenAI’s new tool? So, who’s really winning in this battle between complex automated bots and anti-bot defenses? Read on to find out! 🔥 LLM Models and Online Data: A Rocky Relationship When LLM models first hit the market, it was nothing short of a revolution. The way we approach everyday tasks at work changed forever, the stock market reacted with excitement 🚀, and everyone jumped on the AI train (even if there wasn’t real AI behind most online products yet). As always, the initial hype eventually faded, and some important questions started to arise. You don’t need to be a machine learning engineer or a Kaggle grandmaster (BTW, we can find us there too! 😉) to know that LLMs don’t run on magic 🧙—they need tons of data to be trained. So, where does all that data come from? Easy answer: The Web! 🌍 The Web is the biggest source of data on the planet, so it’s no surprise companies like OpenAI scraped the Internet for years to collect the data needed to train their groundbreaking tech. And as long as web scraping is done ethically, there's nothing wrong with that 🤷. Pro tip: Take a deep dive into that topic by reading our article on how to stay ethical and legal in the age of AI web scraping. But here’s the catch: Most site owners aren’t thrilled about AI companies using their data! 😠 After all, data equals money 💰. It's been several years since The Economist published the article "The world's most valuable resource is no longer oil, but data." So, honestly, there’s no need to explain that any further. In short, giving away your data for free is basically the same as handing out cash 💸. No wonder site owners—especially big companies—aren’t exactly thrilled about that. 😅 Now that the landscape is evolving and new AI operators and tools are entering the scene, websites may start to get really unhappy about it. 😬 AI Operators vs Websites: The Next Phase of This Troubled Relationship In its article on how Operator works, OpenAI shared: “Operator is powered by a new model called Computer-Using Agent (CUA). Combining GPT-4’s vision capabilities with advanced reasoning through reinforcement learning, CUA is trained to interact with graphical user interfaces (GUIs)—the buttons, menus, and text fields people see on a screen.” It’s clear that, while AI companies like OpenAI have previously built scraping bots to gather data from popular sources to train their models, they’re now giving users a tool that can “magically” interact with and navigate websites. That’s both exciting and scary! 😱 See OpenAI's Operator in action in the presentation video: https://www.youtube.com/watch?v=gYqs-wUKZsM&embedable=true Again, from the official presentation article: “Operator can “see” (through screenshots) and “interact” (using all the actions a mouse and keyboard allow) with a browser, enabling it to take action on the web without requiring custom API integrations. If it encounters challenges or makes mistakes, Operator can leverage its reasoning capabilities to self-correct. When it gets stuck and needs assistance, it simply hands control back to the user, ensuring a smooth and collaborative experience.” That’s incredibly promising, but it also raises some serious concerns. 🤔 What if users start abusing Operator for malicious purposes? We’ve all had enough of bots (like those spammy comments flooding YouTube), and this could quickly spiral into a major problem. ⚠️ Assuming OpenAI manages to prevent Operator from performing harmful or unwanted actions—just like they've worked to keep ChatGPT from answering dangerous questions—can we really be sure that most websites will welcome this kind of new, automated, AI-powered interaction? 🤖 How AI Operators Work Before diving into the big question we left open, let’s first clarify what kind of interactions we’re dealing with. At the end of the day, if these new AI operators aren’t as effective as we think, why should we even bother protecting against them in the first place? 👀 Anti-bot is no joke. Companies like Cloudflare—a WAF (Web Application Firewall) provider leader, known for its strong anti-bot solutions—spend millions of dollars every year on research and development to stay ahead. 🤑 Currently, only U.S. users paying $200 a month for the highest subscription tier of ChatGPT Pro can access OpenAI’s Operator, so not everyone has had the chance to test it out. But for those who have? The results are impressive! 🤯 Early users and tech reviewers found OpenAI’s amazing at automating everyday tasks like: Ordering food (yes, it can even automatically make decisions like choosing what restaurants to order from 🍔) Replying to users on some social media platforms Completing small online tasks such as filling out surveys for rewards How is that possible? Operator opens a mini browser window and completes tasks based on your text prompts—just like a regular user would: https://www.youtube.com/watch?v=CSE77wAdDLg&embedable=true Sure, the product is still in the “research preview” stage and isn’t perfect. Occasionally, you’ll need to give it a nudge or rescue it from a loop of failed attempts. While some Reddit users have voiced complaints—especially given the high price point—there’s no denying that this technology is already extraordinary even at this stage. Watch it book a flight, for example! ➡️ The real question now: Will websites welcome AI-powered automation, or will they fight back? And if they do, how? ⚔️ How Websites Are Fighting Back Against AI Anti-bot and anti-scraping solutions are nothing new—many sites have been using them for years to protect against automated scripts scraping data and interacting with their pages. 🚫 If you’re curious about these methods, check out our webinar on advanced anti-bot techniques: https://www.youtube.com/watch?v=RArxdFeijd4&embedable=true As you might already know—especially if you’ve followed our series on advanced web scraping—we’re talking about: Rate limiters: Tools that restrict the number of requests from a user in a given time to prevent overload. They work by banning IPs. TLS Fingerprinting: A method that tracks the unique characteristics of a browser’s encrypted connection to identify bots. Explore the role of TLS fingerprinting in web scraping. Browser Fingerprinting: A technique for detecting unique device or browser attributes to spot automated tools. These initial defenses focus on blocking requests from automated tools (like AI operators) before they even get a chance to access the site 🛡️. If those defenses fail, other techniques come into play. Some examples? User behavior analysis, JavaScript challenges, and CAPTCHAs! CAPTCHAs are particularly effective because they’re designed to be easy for humans to solve, but tough for bots to crack. But with AI getting smarter and starting to think more like humans, recognizing bots is becoming harder. This is why some wild ideas, like using video games as CAPTCHAs, are being tossed around. 🎮 But the real question is—are CAPTCHAs the ultimate solution against AI operators? Let’s dive in and find out! 💡 Solving CAPTCHAs: Can AI Operators Really Beat the System? TL;DR: Nope, not really… 🙅♂️ Since OpenAI Operator hit the market for testing, users have been pushing it to complete tasks that involve CAPTCHAs—logging into social media, filling out forms, and more. But as noted in OpenAI’s Computer-Using Agent presentation page, human intervention is still required: “While it handles most steps automatically, CUA seeks user confirmation for sensitive actions, such as entering login details or responding to CAPTCHA forms.” Sure, sometimes the AI’s reasoning engine might sneak past a CAPTCHA 🥷, but more often than not, it fails miserably—with results that are both hilarious and frustrating. When put to the test on Reddit, Google Maps, Amazon, and G2, it repeatedly gets shut down by anti-bot protections. Watching AI operators crash and burn against CAPTCHAs has become a viral trend. Videos of these AI tools fumbling their way through login attempts are flooding Reddit and X: https://x.com/kevinroose/status/1882885941033095271?embedable=true Other tech reviewers confirm the same frustration: OpenAI Operator gets blocked by most CAPTCHAs. On one hand, this is reassuring—CAPTCHAs are doing their job and stopping automated bots from wreaking havoc. On the other hand, we’re in a cat-and-mouse game 🐁 🐈. Anti-bot tech and AI operators will keep evolving, taking turns being one step ahead. The real losers? Regular users! More sites will likely implement CAPTCHAs, making browsing more painful for everyone. And let’s be honest—we all hate CAPTCHAs. 😩 This battle doesn’t just affect AI operators—ethical web scrapers are also getting caught in the crossfire. As sites ramp up anti-bot measures, legitimate scraping scripts will be unfairly blocked, making data extraction harder for researchers, businesses, and developers. Luckily, there’s a better way to interact with sites programmatically without dealing with CAPTCHAs and other anti-bot nightmares: Scraping Browser! The Real Winner? Bright Data’s Scraping Browser! OpenAI Operator automates regular browsers just like other browser automation tools. But here’s the thing—most anti-bot technologies, including CAPTCHAs, don’t appear because of the automation itself. They show up due to how the browser is configured! Most browser automation libraries set up browsers in ways that expose them as automated, completely defeating the purpose of using a “regular” browser. That’s where anti-bot systems step in and block access. 🚫 Instead of focusing on whether AI can bypass CAPTCHAs, the real game-changer is using the right browser—one optimized for scraping and automation. That’s exactly where Bright Data’s Scraping Browser comes in, packed with: Reliable TLS fingerprints to avoid detection Unlimited scalability for large-scale data extraction Built-in IP rotation powered by a 72-million IP proxy network Automatic retries to handle failed requests CAPTCHA-solving superpowers that outperform AI operators 🧠 No surprise here—Scraping Browser’s built-in CAPTCHA Solver is far more effective than OpenAI’s Operator. Why? Because it’s backed by years of development from the same team that handled the recent SEO data outages in minutes. ⚡ Bright Data’s CAPTCHA solver has proven successful against: reCAPTCHA ✔️ (yep, the one OpenAI Operator couldn’t solve in the tweet above) hCaptcha ✔️ px_captcha ✔️ SimpleCaptcha ✔️ GeeTest CAPTCHA ✔️ ...and many more! Not only does it reduce the chances of CAPTCHAs appearing, but when they do show up, it solves them effortlessly. 🔥 Scraping Browser works with all major browser automation frameworks—including Playwright, Puppeteer, and Selenium. So whether you want full programmatic control or even to add AI logic on top, you’re covered. See Bright Data’s Scraping Browser in action: https://www.youtube.com/watch?v=4y-i5XKxa7I&embedable=true So… should we keep forcing AI to solve CAPTCHAs, or just use a tool that works? The choice is obvious. Scraping Browser FTW. 🏆 Final Thoughts OpenAI’s Operator is here to revolutionize web interaction—but it’s not all-powerful. While impressive, it still struggles against CAPTCHAs and gets blocked. Avoid the hassle with Scraping Browser, featuring a built-in CAPTCHA Solver for seamless automation. Embark on our quest to democratize the Web, ensuring it remains accessible for all, everywhere, even through automated scripts! Until next time, keep exploring the Internet freely and without CAPTCHAs! 🚨 Breaking news : OpenAI has launched Operator , an AI-powered agent that can use its own browser to perform tasks for you. Currently, it’s available only to Pro users in the U.S., but it’s coming globally soon. 🌍 🚨 Breaking news OpenAI has launched Operator Cool, right? But hold up—are we sure websites won’t push back? 🤔 Will current anti-bot tech like IP bans, browser fingerprints, TLS fingerprints, and, of course, CAPTCHAs keep up with OpenAI’s new tool? anti-bot tech So, who’s really winning in this battle between complex automated bots and anti-bot defenses? Read on to find out! 🔥 LLM Models and Online Data: A Rocky Relationship When LLM models first hit the market, it was nothing short of a revolution. The way we approach everyday tasks at work changed forever, the stock market reacted with excitement 🚀, and everyone jumped on the AI train (even if there wasn’t real AI behind most online products yet). real As always, the initial hype eventually faded, and some important questions started to arise. You don’t need to be a machine learning engineer or a Kaggle grandmaster (BTW, we can find us there too ! 😉) to know that LLMs don’t run on magic 🧙— they need tons of data to be trained . we can find us there too they need tons of data tons of data to be trained So, where does all that data come from? Easy answer: The Web! 🌍 The Web! The Web is the biggest source of data on the planet, so it’s no surprise companies like OpenAI scraped the Internet for years to collect the data needed to train their groundbreaking tech. And as long as web scraping is done ethically, there's nothing wrong with that 🤷. OpenAI scraped the Internet for years Pro tip : Take a deep dive into that topic by reading our article on how to stay ethical and legal in the age of AI web scraping . Pro tip how to stay ethical and legal in the age of AI web scraping But here’s the catch: Most site owners aren’t thrilled about AI companies using their data! 😠 Most site owners aren’t thrilled about AI companies using their data! After all, data equals money 💰. It's been several years since The Economist published the article " The world's most valuable resource is no longer oil, but data ." So, honestly, there’s no need to explain that any further. The Economist The world's most valuable resource is no longer oil, but data In short, giving away your data for free is basically the same as handing out cash 💸. No wonder site owners—especially big companies—aren’t exactly thrilled about that. 😅 Now that the landscape is evolving and new AI operators and tools are entering the scene, websites may start to get really unhappy about it. 😬 really AI Operators vs Websites: The Next Phase of This Troubled Relationship In its article on how Operator works , OpenAI shared: how Operator works “Operator is powered by a new model called Computer-Using Agent (CUA). Combining GPT-4’s vision capabilities with advanced reasoning through reinforcement learning, CUA is trained to interact with graphical user interfaces (GUIs)—the buttons, menus, and text fields people see on a screen.” “Operator is powered by a new model called Computer-Using Agent (CUA). Combining GPT-4’s vision capabilities with advanced reasoning through reinforcement learning, CUA is trained to interact with graphical user interfaces (GUIs)—the buttons, menus, and text fields people see on a screen.” Computer-Using Agent It’s clear that, while AI companies like OpenAI have previously built scraping bots to gather data from popular sources to train their models, they’re now giving users a tool that can “magically” interact with and navigate websites. That’s both exciting and scary! 😱 See OpenAI's Operator in action in the presentation video: https://www.youtube.com/watch?v=gYqs-wUKZsM&embedable=true https://www.youtube.com/watch?v=gYqs-wUKZsM&embedable=true Again, from the official presentation article: “Operator can “see” (through screenshots) and “interact” (using all the actions a mouse and keyboard allow) with a browser, enabling it to take action on the web without requiring custom API integrations. If it encounters challenges or makes mistakes, Operator can leverage its reasoning capabilities to self-correct. When it gets stuck and needs assistance, it simply hands control back to the user, ensuring a smooth and collaborative experience.” “Operator can “see” (through screenshots) and “interact” (using all the actions a mouse and keyboard allow) with a browser, enabling it to take action on the web without requiring custom API integrations. If it encounters challenges or makes mistakes, Operator can leverage its reasoning capabilities to self-correct. When it gets stuck and needs assistance, it simply hands control back to the user, ensuring a smooth and collaborative experience.” That’s incredibly promising, but it also raises some serious concerns. 🤔 What if users start abusing Operator for malicious purposes? We’ve all had enough of bots (like those spammy comments flooding YouTube), and this could quickly spiral into a major problem. ⚠️ Assuming OpenAI manages to prevent Operator from performing harmful or unwanted actions—just like they've worked to keep ChatGPT from answering dangerous questions—can we really be sure that most websites will welcome this kind of new, automated, AI-powered interaction? 🤖 How AI Operators Work Before diving into the big question we left open, let’s first clarify what kind of interactions we’re dealing with. At the end of the day, if these new AI operators aren’t as effective as we think, why should we even bother protecting against them in the first place? 👀 Anti-bot is no joke. Companies like Cloudflare—a WAF ( Web Application Firewall ) provider leader, known for its strong anti-bot solutions— spend millions of dollars every year on research and development to stay ahead . 🤑 Web Application Firewall spend millions of dollars every year on research and development to stay ahead Currently, only U.S. users paying $200 a month for the highest subscription tier of ChatGPT Pro can access OpenAI’s Operator , so not everyone has had the chance to test it out. But for those who have? The results are impressive! 🤯 only U.S. users paying $200 a month for the highest subscription tier of ChatGPT Pro can access OpenAI’s Operator Early users and tech reviewers found OpenAI’s amazing at automating everyday tasks like: tech reviewers Ordering food (yes, it can even automatically make decisions like choosing what restaurants to order from 🍔) Replying to users on some social media platforms Completing small online tasks such as filling out surveys for rewards Ordering food (yes, it can even automatically make decisions like choosing what restaurants to order from 🍔) Replying to users on some social media platforms Completing small online tasks such as filling out surveys for rewards How is that possible? Operator opens a mini browser window and completes tasks based on your text prompts—just like a regular user would: https://www.youtube.com/watch?v=CSE77wAdDLg&embedable=true https://www.youtube.com/watch?v=CSE77wAdDLg&embedable=true Sure, the product is still in the “research preview” stage and isn’t perfect. Occasionally, you’ll need to give it a nudge or rescue it from a loop of failed attempts. While some Reddit users have voiced complaints —especially given the high price point—there’s no denying that this technology is already extraordinary even at this stage. Watch it book a flight , for example! some Reddit users have voiced complaints extraordinary Watch it book a flight ➡️ The real question now: Will websites welcome AI-powered automation, or will they fight back? And if they do, how? ⚔️ How Websites Are Fighting Back Against AI Anti-bot and anti-scraping solutions are nothing new—many sites have been using them for years to protect against automated scripts scraping data and interacting with their pages. 🚫 Anti-bot and anti-scraping solutions If you’re curious about these methods, check out our webinar on advanced anti-bot techniques: https://www.youtube.com/watch?v=RArxdFeijd4&embedable=true https://www.youtube.com/watch?v=RArxdFeijd4&embedable=true As you might already know—especially if you’ve followed our series on advanced web scraping —we’re talking about: series on advanced web scraping Rate limiters: Tools that restrict the number of requests from a user in a given time to prevent overload. They work by banning IPs. TLS Fingerprinting: A method that tracks the unique characteristics of a browser’s encrypted connection to identify bots. Explore the role of TLS fingerprinting in web scraping. Browser Fingerprinting: A technique for detecting unique device or browser attributes to spot automated tools. Rate limiters: Tools that restrict the number of requests from a user in a given time to prevent overload. They work by banning IPs. Rate limiters : Tools that restrict the number of requests from a user in a given time to prevent overload. They work by banning IPs . Rate limiters banning IPs TLS Fingerprinting: A method that tracks the unique characteristics of a browser’s encrypted connection to identify bots. Explore the role of TLS fingerprinting in web scraping. TLS Fingerprinting : A method that tracks the unique characteristics of a browser’s encrypted connection to identify bots. Explore the role of TLS fingerprinting in web scraping . TLS Fingerprinting TLS fingerprinting in web scraping Browser Fingerprinting: A technique for detecting unique device or browser attributes to spot automated tools. Browser Fingerprinting : A technique for detecting unique device or browser attributes to spot automated tools. Browser Fingerprinting These initial defenses focus on blocking requests from automated tools (like AI operators) before they even get a chance to access the site 🛡️. If those defenses fail, other techniques come into play. Some examples? User behavior analysis, JavaScript challenges, and CAPTCHAs! User behavior analysis, JavaScript challenges , and CAPTCHAs! JavaScript challenges CAPTCHAs are particularly effective because they’re designed to be easy for humans to solve, but tough for bots to crack. But with AI getting smarter and starting to think more like humans, recognizing bots is becoming harder. This is why some wild ideas, like using video games as CAPTCHAs , are being tossed around. 🎮 using video games as CAPTCHAs But the real question is—are CAPTCHAs the ultimate solution against AI operators? Let’s dive in and find out! 💡 Solving CAPTCHAs: Can AI Operators Really Beat the System? TL;DR : Nope, not really… 🙅♂️ TL;DR Since OpenAI Operator hit the market for testing, users have been pushing it to complete tasks that involve CAPTCHAs—logging into social media, filling out forms, and more. But as noted in OpenAI’s Computer-Using Agent presentation page , human intervention is still required: Computer-Using Agent presentation page “While it handles most steps automatically, CUA seeks user confirmation for sensitive actions, such as entering login details or responding to CAPTCHA forms.” “While it handles most steps automatically, CUA seeks user confirmation for sensitive actions, such as entering login details or responding to CAPTCHA forms.” Sure, sometimes the AI’s reasoning engine might sneak past a CAPTCHA 🥷, but more often than not, it fails miserably —with results that are both hilarious and frustrating. When put to the test on Reddit, Google Maps, Amazon, and G2 , it repeatedly gets shut down by anti-bot protections. it fails miserably Reddit, Google Maps, Amazon, and G2 Watching AI operators crash and burn against CAPTCHAs has become a viral trend. Videos of these AI tools fumbling their way through login attempts are flooding Reddit and X: https://x.com/kevinroose/status/1882885941033095271?embedable=true https://x.com/kevinroose/status/1882885941033095271?embedable=true Other tech reviewers confirm the same frustration: OpenAI Operator gets blocked by most CAPTCHAs . Other tech reviewers OpenAI Operator gets blocked by most CAPTCHAs On one hand, this is reassuring—CAPTCHAs are doing their job and stopping automated bots from wreaking havoc. On the other hand, we’re in a cat-and-mouse game 🐁 🐈. Anti-bot tech and AI operators will keep evolving, taking turns being one step ahead. we’re in a cat-and-mouse game The real losers? Regular users! More sites will likely implement CAPTCHAs, making browsing more painful for everyone. And let’s be honest—we all hate CAPTCHAs. 😩 This battle doesn’t just affect AI operators—ethical web scrapers are also getting caught in the crossfire. As sites ramp up anti-bot measures, legitimate scraping scripts will be unfairly blocked, making data extraction harder for researchers, businesses, and developers . making data extraction harder for researchers, businesses, and developers Luckily, there’s a better way to interact with sites programmatically without dealing with CAPTCHAs and other anti-bot nightmares: Scraping Browser ! without Scraping Browser The Real Winner? Bright Data’s Scraping Browser! OpenAI Operator automates regular browsers just like other browser automation tools. But here’s the thing—most anti-bot technologies, including CAPTCHAs, don’t appear because of the automation itself. They show up due to how the browser is configured ! because due to how the browser is configured Most browser automation libraries set up browsers in ways that expose them as automated, completely defeating the purpose of using a “regular” browser. That’s where anti-bot systems step in and block access. 🚫 Instead of focusing on whether AI can bypass CAPTCHAs, the real game-changer is using the right browser—one optimized for scraping and automation . That’s exactly where Bright Data’s Scraping Browser comes in, packed with: optimized for scraping and automation Bright Data’s Scraping Browser Reliable TLS fingerprints to avoid detection Unlimited scalability for large-scale data extraction Built-in IP rotation powered by a 72-million IP proxy network Automatic retries to handle failed requests CAPTCHA-solving superpowers that outperform AI operators 🧠 Reliable TLS fingerprints to avoid detection Reliable TLS fingerprints to avoid detection Reliable TLS fingerprints Unlimited scalability for large-scale data extraction Unlimited scalability for large-scale data extraction Unlimited scalability Built-in IP rotation powered by a 72-million IP proxy network Built-in IP rotation powered by a 72-million IP proxy network Built-in IP rotation Automatic retries to handle failed requests Automatic retries to handle failed requests Automatic retries CAPTCHA-solving superpowers that outperform AI operators 🧠 CAPTCHA-solving superpowers that outperform AI operators 🧠 CAPTCHA-solving superpowers No surprise here— Scraping Browser’s built-in CAPTCHA Solver is far more effective than OpenAI’s Operator. Why? Because it’s backed by years of development from the same team that handled the recent SEO data outages in minutes . ⚡ Scraping Browser’s built-in CAPTCHA Solver recent SEO data outages in minutes Bright Data’s CAPTCHA solver has proven successful against: reCAPTCHA ✔️ (yep, the one OpenAI Operator couldn’t solve in the tweet above) hCaptcha ✔️ px_captcha ✔️ SimpleCaptcha ✔️ GeeTest CAPTCHA ✔️ ...and many more! reCAPTCHA ✔️ (yep, the one OpenAI Operator couldn’t solve in the tweet above) hCaptcha ✔️ px_captcha ✔️ SimpleCaptcha ✔️ GeeTest CAPTCHA ✔️ ...and many more! Not only does it reduce the chances of CAPTCHAs appearing , but when they do show up, it solves them effortlessly . 🔥 reduce the chances of CAPTCHAs appearing solves them effortlessly Scraping Browser works with all major browser automation frameworks—including Playwright, Puppeteer, and Selenium. So whether you want full programmatic control or even to add AI logic on top , you’re covered. even to add AI logic on top See Bright Data’s Scraping Browser in action: https://www.youtube.com/watch?v=4y-i5XKxa7I&embedable=true https://www.youtube.com/watch?v=4y-i5XKxa7I&embedable=true So… should we keep forcing AI to solve CAPTCHAs, or just use a tool that works? The choice is obvious. Scraping Browser FTW. 🏆 Scraping Browser FTW. Final Thoughts OpenAI’s Operator is here to revolutionize web interaction—but it’s not all-powerful. While impressive, it still struggles against CAPTCHAs and gets blocked. Avoid the hassle with Scraping Browser, featuring a built-in CAPTCHA Solver for seamless automation. Embark on our quest to democratize the Web, ensuring it remains accessible for all, everywhere, even through automated scripts! Until next time, keep exploring the Internet freely and without CAPTCHAs!