This Startup Uses Artificial Intelligence To Get Around CAPTCHAs

NEW YORK (Reuters) - A technology start-up said on Monday that it had come up with software that works like a human brain in one key way: it can crack CAPTCHAs, the strings of tilted, squiggly letters that websites employ to make users "prove you are human," as Yahoo! and others put it.

San Francisco-based Vicarious developed the algorithm not for any nefarious purpose and not even to sell, said co-founder D. Scott Phoenix.

Instead, he said in a phone interview, "We wanted to show we could take the first step toward a machine that works like a human brain, and that we are the best place in the world to do artificial intelligence research."

The company has not submitted a paper describing its methodology to an academic journal, which makes it difficult for outside experts to evaluate the claim. Vicarious offers a demonstration of its technology at http://vicarious.com, showing its algorithm breaking CAPTCHAs from Google and eBay's PayPal, among others, but at least one expert was not impressed.

"CAPTCHAs have been around since 2000, and since 2003 there have been stories every six months claiming that computers can break them," said computer scientist Luis von Ahn of Carnegie Mellon University, a co-developer of CAPTCHAs and founder of tech start-up reCAPTCHA, which he sold to Google in 2009. "Even if it happens with letters, CAPTCHAs will use something else, like pictures" that only humans can identify against a distorting background.

CAPTCHA stands for Completely Automated Public Turing test to tell Computers and Humans Apart. They are based on the standard set in 1950 by British mathematician Alan Turing in 1950: a machine can be deemed intelligent only if its performance is indistinguishable from a person's.

CAPTCHAs serve that function: in order to sign up for free email, post comments, buy tickets or other online activities, more than 100,000 websites require users to prove they are human by deciphering the squiggly letters, which are often blurred, smeared and cluttered with dots and lines.

In practice, someone trying to break CAPTCHAs in order to do what a site is trying to deter - sign up for umpteen email accounts, for instance - can easily hire someone to accomplish that. "Most CAPTCHAs now are broken by paying people in Bangladesh to do it manually," said computer scientist Greg Mori of Simon Fraser University in British Columbia, an expert on machine learning and computer vision. "For 50 cents an hour, you can get someone to break seven per minute."

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Developing software to break CAPTCHAs would in theory speed that up exponentially. Vicarious said its algorithm achieves success rates of 90 to 97 percent, depending on the difficulty of the CAPTCHA; a CAPTCHA scheme is considered broken if a machine can break just 1 percent of the ones it generates.

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This Startup Uses Artificial Intelligence To Get Around CAPTCHAs

New Artificial Intelligence Cracks CAPTCHAs

Image Caption: The Vicarious Team. From left to right: D. Scott Phoenix, Wolfgang Lehrach, Ken Kansky (top), CC Laan, Dileep George, Bhaskara Marthi. Credit: Adam David Cohen

April Flowers for redOrbit.com Your Universe Online

There have been movies and books around for quite a while depicting Artificial Intelligence (AI) software and machines that become self aware. Perhaps the most famous was The Terminator movie franchise, but it is by no means the only example. Until today, there seemed to be little hope of that ever happening. Vicarious, a California startup company that develops AI software, has announced that the algorithms used by its software can now reliably solve modern CAPTCHAs, including Googles reCAPTCHA. Googles reCAPTCHA is the worlds most widely used test of a machines ability to act human.

CAPTCHAs (Completely Automated Public Turing test to tell Computers and Humans Apart) are those little boxes with random phrases or words or numbers at the bottom of a web pages login. Until now,the ability to use them correctly proved you were a human logging in, not a computer set to spam the company, because they are specifically designed to be easy for humans and hard for computer programs.

Modern CAPTCHAs provide a representative snapshot of many of the problems encountered in generic visual perception: large variation among instances of objects, segmentation that requires understanding of the objects, and contextual disambiguation, said Vicarious researchers.

Our strategy is to solve CAPTCHAs using algorithms that are instances of a general framework for solving problems found in human perception and reasoning. This allows us to transfer our learning from solving CAPTCHAs to more general problems, like vision.

If, according to a Stanford University study, an algorithm is able to reach a precision of at least one percent, a CAPTCHA scheme is considered broken by the machine. Vicarious AI uses core insights from machine learning and neuroscience to achieve a success rate of up to 90 percent on modern CAPTCHAs from Google, Yahoo, PayPal, Captcha.com and others, rending text-based CAPTCHAs ineffective as a Turing Test.

A Turing Test is an assessment of a machines ability to exhibit intelligent behavior equal to, or indistinguishable from, that of a human. Alan Turing introduced the idea in a paper titled Computing Machinery and Intelligence published in 1950. The original purpose of the Turing test was to determine whether a computer is able to fool a human interrogator into believing that it is also human, however, a newer standard interpretation is used today. The standard interpretation asks whether a computer is able to imitate a human. That is where Vicarious AI comes in.

Recent AI systems like IBMs Watson and deep neural networks rely on brute force: connecting massive computing power to massive datasets. This is the first time this distinctively human act of perception has been achieved, and it uses relatively minuscule amounts of data and computing power. The Vicarious algorithms achieve a level of effectiveness and efficiency much closer to actual human brains, said Vicarious co-founder D. Scott Phoenix.

The Vicarious RCN is not the first to break CAPTCHAs, but it is the first to do it reliably and with such a high success rate. Early efforts to create CAPTCHAs were poorly designed and easy to solve, using Optical Character Recognition (OCR) or standard machine learning methods. Modern CAPTCHAs, like Googles reCAPTCHA, are designed so well that these approaches have a zero percent accuracy. Single CAPTCHAs have been broken on a rare basis by researchers exploiting bugs or idiosyncrasies in the generation process; however, such simple programs dont attempt to understand the image. The errors they exploit are easily patched by fixing the CAPTCHA generator.

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New Artificial Intelligence Cracks CAPTCHAs

Artificial intelligence startup claims to have cracked CAPTCHA

In an attempt to take the first step towards building a machine that works like a human brain, technology startup Vicarious claims to have created software with an artificial intelligence sophisticated enough to crack the Completely Automated Public Turing test to tell Computers and Humans Apart (CAPTCHA).

CAPTCHAs are short strings of text, numbers or symbols that are often used by websites as a means of authentication alongside a username and password. Invented by students at Carnegie Mellon University, it is a basic type of "challenge-response test," designed to determine whether or not the user is real or an automated bot.

Vicarious' co-founder, D. Scott Phoenix, said that the AI wasn't created for any malevolent or financial reasons; the San Francisco-based company wanted to prove to the world that it was possible and that "we are the best place in the world to do artificial intelligence research".

Vicarious providesa demonstration of its method on its website, which boasts cracking the CAPTCHAs of Google, eBay and Paypal, but doesn't go into significant detail as to how this was achieved.

Luis von Ahn, associate professor of computer science at Carnegie Mellon University and one of the developers of CAPTCHA, was less than impressed. He reminded Vicarious that CAPTCHA has been in use since 2000, and since 2003 there have been stories every six months with similar claims. One website provides 28 examples of apparent CAPTCHA hacks. According to Ahn, whilst text-based CAPTCHAs might be breakable, digitally distorted images can currently only be comprehended by humans.

Nonetheless Vicarious stands by its assertion that by leveraging core insights from machine learning and neuroscience, its AI achieves success rates of cracking up to 90 percent of modern CAPTCHAs. A CAPTCHA scheme is considered broken if an algorithm is able to reach a precision of at least one percent.

Vicarious's proclaims, "Solving CAPTCHA is the first public demonstration of the capabilities of Vicarious' Recursive Cortical Network (RCN) technology. Although still many years away, the commercial applications of RCN will have broad implications for robotics, medical image analysis, image and video search, and many other fields."

Similar AIs are currently in development, such as IBM's Watson. However, unlike Watson -- which uses a brute force approach by connecting massive computing power to massive datasets in an attempt to achieve similar AI goals -- Vicarious uses a "distinctively human act of perception", boasting that its algorithm requires miniscule amounts of data and computing power.

Dileep George, Vicarious' other co-founder, says the AI system is trained by showing it a series of letters and images: "It needs just a few examples of letters to learn about them. Previous work would require in the order 10,000 examples of a letter even to understand minor variations."

The company has many high-profile supporters, such as Facebook co-founder Dustin Moskovitz who said, "We should be careful not to underestimate the significance of Vicarious crossing this milestone," adding, "this is an exciting time for artificial intelligence research, and they are at the forefront of building the first truly intelligent machines." Other supporters and investors (which have helped Vicarious achieve over 9 million in funding) include Jaan Tallinn, founding engineer of Skype and, before that, Kazaa and Adam D'Angelo, co-founder of the online knowledge market Quora.

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Artificial intelligence startup claims to have cracked CAPTCHA

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World's First Bio-Robot Runs on i-Free Artificial Intelligence Technology

ST. PETERSBURG, RUSSIA and LOS ANGELES, CA--(Marketwired - Oct 24, 2013) - i-Free, a Russian innovation company, provided the Artificial Intelligence (AI) technology used in the world's first bionic man, a bio-robot named Frank, created by the UK's Shadow Robot Co. Thanks to i-Free's Artificial Intelligence, the robot recognizes human speech and can easily converse with people. Frank can conduct meaningful conversations, and even has a sense of humor.

The Bionic Man is a revolutionary project that showcases the latest achievements in bionics and prosthetics. Frank was assembled with bionic parts replacing those parts and systems of the human body that are already in use in humans: limbs, skin, bones, and some, but not all, internal organs.

The bionic man understands human speech and is able to talk, thanks to the Artificial Intelligence technology donated to the project by i-Free. All verbal commands and requests that Frank receives are processed remotely on i-Free's platform; the robot's responses are formed in the same way, and each incoming request takes only a split second to process.

i-Free has backed AI research and development for many years, viewing the topic as a priority for technology investment. The company hosts AINL (Artificial Intelligence and Natural Language), a desktop and field research conference, and is committed to embedding AI in its products and services. The technology is used extensively in i-Free's family of mobile personal assistant applications, including "Voice Assistant in Russian" and "VoiceMaid".

In 2011, i-Free acquired AI technology from inventor Vladimir Veselov, and enhanced the technology to the point that, in 2012, it won first prize in the Turing 100 AI Machines competition.

Shadow Robot Co, the creator of the bio-robot, asked i-Free to donate its Artificial Intelligence technology to the project, and i-Free agreed.

"AI ideas and projects have always appealed to us here at i-Free -- we have a strong commitment to exploring new fields where Artificial Intelligence products can make life easier for people," said Egor Naumov, AI development leader at i-Free. "The importance of the world's first bionic man cannot be overestimated. It's a real breakthrough, a revolution in modern medical science. We are delighted that Frank's creators chose our Artificial Intelligence solution for their project."

The model for the first bionic man is Bertolt Meyer, a social psychologist from Germany who was born without a hand and uses a bionic prosthesis. The bionic man's co-creator, Meyer also hosts the documentary The Incredible Bionic Man, which was aired on the Smithsonian Channel on October 20, 2013. The film chronicles the entire process of assembling the world's first functioning bionic human body.

More information about the bionic man can be found on the Smithsonian channel website.

About i-Free i-Free is a Russian innovation company that has operated in the CIS since 2001 and internationally since 2006. The company develops and implements cutting-edge solutions in mobile and NFC technology, electronic finance, digital content distribution, electronic payments and micropayments, applications for smartphones and new network devices, digital products for the B2C market, and B2B projects in mobile marketing.

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World's First Bio-Robot Runs on i-Free Artificial Intelligence Technology

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