Archive for the ‘Biometrics’ Category
October 25, 2018
I just returned from the four-day Money 20/20 event in Las Vegas. The show covers the overlap of Money and Technology including FinTech, Payment, Ecommerce and more. It had tens of thousands of attendees, over 3,500 companies, and 400 startups and lots of starpower including Richard Branson, Shaquille O’Neil, Akon, and yours truly speaking on a biometrics panel.
I walked the show floor to find the latest news in embedded biometrics and to better understand the choice between embedded and cloud based biometrics in the fintech/money space. I was impressed by how biometrics has moved into the mainstream conversation. Before mentioning the other companies I talked to, I’ll kick off with Sensory, my company.
Sensory’s focus on AI and biometrics has always been on the embedded side. We believe in data privacy and we think the best way to accomplish that is through keeping in the hands and control of the user. On a less promotional front there is also a strategic reason we focus on embedded, and that’s because the industry giants are really good at cloud based and unconstrained AI tasks, and they often give it away for free, so we are focused on a place where the Googles and Amazons of the world can be our customers and not just our competitors. On the last day of Money 20/20, Sensory introduced TrulySecure 4.0, a fusion of face and voice biometrics with improved accuracy, speed, and support for 3D.
BioConnect sponsored one of the excellent lunches at the show. I spoke to Rob Douglas, Founder and CEO of BioConnect who said, “We are on the quest for rightful identity and what we offer is a market leading mobile biometric authentication solution for the enterprise. We provide a building block like a piece of LEGO that you can apply into all the infrastructure of an Enterprise to upgrade from passwords and key fobs to a world where you have higher assurance when you are conducting digital or physical transactions.” BioConnect has been in business for eight years and has 1,600 customers and at Money 20/20, the Bank of Montreal announced a partnership with BioConnect and IBM.
BioConnect has a strong belief in face authentication, but also works with other biometrics including voice, eye, fingerprint, and behavioral. According to Douglas, “We believe in both cloud and client and we support the FIDO approach, but there are use cases where the transport of the biometrics through a cloud-based infrastructure can make a lot of sense.”
The FIDO Alliance had a large area with alliance members touting their wares. FIDO (fast identity online) is “the World’s Largest Ecosystem for Standards-Based, Interoperable Authentication.” I spoke to Andrew Shikiar, the CMO of the FIDO Alliance. Local authentication with biometrics is key to the FIDO approach. “Whether you are storing passwords or biometrics, a central repository will be targeted, and will be breached to be used in nefarious ways.” When I asked Shikiar about the desire to share biometrics across platforms he said, “That’s typical of the type of use case that our technical working groups are working to address, while leveraging the FIDO standards”
Conor White, President Americas at Daon described Daon as “a human authentication company that provides technologies to allow customers to create and manage digital identities of their users in a way that’s advantageous in a risk and security perspective.” At the show they announced a partnership to expand from their base in mobile into the contact center.
Daon provides support to a wide cross section of biometrics and provides embedded solutions through the FIDO standard but can support cloud based biometrics when desired. Daon is seeing more customers getting comfortable with going from on premise to cloud based implementations but in the vast majority of cases, the biometrics still resides on the device even if the service is run in the cloud. White sits on the board of the FIDO alliance and sees the FIDO standard with embedded biometrics gaining ground.
Veritran is a software company based in Buenos Aires and developing innovative and secure digital banking platforms for the Latin American markets. They process over 4 billion banking transactions each year, and they are now expanding from Banking into other Enterprise markets and geographies beyond Latin America. At Mobile World Congress in February, they announced a new platform for secure application development, and at Money 20/20 ,they demonstrated some of the apps developed on this platform.
Like other companies, Veritran offers a mix of biometric modalities and in talking with Veritran’s CEO Marcelo Gonzales, I learned a very interesting reason as to why they prefer embedded biometrics instead of processing in the cloud. The Latin American customers buy prepaid plans with limited data. To keep their costs down, they must keep their data usage down, and with the biometrics stored and processed on the device, transactions can occur with minimal data costs.
There were a lot of other companies at Mobile 20/20. As a quick summary I would say a few important things stood out. Biometrics are definitely taking off as we all understand the problems with passwords. A variety of biometric modalities are offered but there does seem to be a preference and movement toward face authentication that can run cross platform without specialized hardware. Most vendors offer a choice between having the biometric data stored and processed on the device or in the cloud, but with the FIDO Alliance behind embedded and the clear advantages for security and privacy, the embedded usage case seems to be winning out.
September 28, 2017
Finovate is one of those shows where you get up on stage and give a short intro and live demo. They are selective in who they allow to present and many applicants are rejected. Sensory demonstrated some really cutting-, perhaps bleeding-, edge stuff by combining animated talking avatars, with text-to-speech, lip movement synchronization, natural language speech recognition and face and voice biometrics. I don’t know of any company ever combining so many AI technologies into a single product or demo!
Speech recognition has a long history of failing on stage, and one of the ways Sensory has always differentiated itself, is that our demos always work! And all our AI technologies worked here too! Even with bright backlighting, our TrulySecure face recognition was so fast and accurate some missed it. With the microphones and echo’s in the large room, our TrulyNatural speech recognition was perfect! That said, we did have a user-error… before Jeff and I got on stage he put his demo phone in DND mode, which cut our audio output – but quickly recovered from that mishap.
September 15, 2017
On the same day that Apple rolled out the iPhone X on the coolest stage of the coolest corporate campus in the world, Sensory gave a demo of an interactive talking and listening avatar that uses a biometric ID to know who’s talking to it. In Trump metrics, the event I attended had a few more attendees than Apple.
Interestingly, Sensory’s face ID worked flawlessly, and Apple’s failed. Sensory used a traditional camera using convolutional neural networks with deep learning anti-spoofing models. Apple used a 3D camera.
There are many theories about what happened with FaceID at Apple. Let’s discuss what failure even means and the effects of 2D versus 3D cameras. There are basically three classes of failure: accuracy, spoofability, and user experience. It’s important to understand the differences between them.
It’s easy to reach one in a million or one in a billion FAs by making it FR all of the time. For example, a rock will never respond to the wrong person… it also won’t respond to the right person! This is where Apple failed. They might have had amazing false accepts rates, but they hit two false rejects on stage!
I believe that there is too much emphasis placed on FA. The presumption is random users trying to break in, and 1 in 50,000 seems fine. The break-in issue typically relates to spoofability, which needs to be thought of in a different way – it’s not a random face, it’s a fake face of you.
Every biometric that gets introduces gets spoofed. Gummy bears, cameras, glue, and tape were all used to spoof fingerprints. Photos, masks, and videos have been used to spoof faces.
To prevent this, Sensory built anti-spoof models that weaken the probability of spoofing. 3D cameras also make it easier to reduce spoofs, and Apple moved in the right direction here. But the real solution is to layer biometrics, using additional layers when more security is needed.
Apple misfires on UX?
Apple set the FA so high on FaceID that it hurt the consumer experience by rejecting too much, which is what we saw on stage. But there’s more to it in the tradeoffs.
The easiest way to prevent spoofing is to get the user to do unnatural things, live and randomly. Blinking was a less intrusive version that Google and others have tried, but a photo with the eyes cut out could spoof it.
Having people turn their face, widen their nostrils, or look in varying directions might help prevent spoofing, but also hurt the user experience. The trick is to get more intrusive only when the security needs demand it. Training the device is also part if the user experience.
June 26, 2017
Setting aside the question of whether rogue robots will create a dystopian future, there is one area that artificial intelligence (AI) in movies all seem to coalesce on: biometrics will take over for keys and passwords. There are over 200 movies that show the use of biometrics – here’s a list of 184 of them, and here’s a compilation of clips from several dozen movies.
Whether its fingerprint, voiceprint, iris, retina, face, or other biometrics, there always seems to be some sort of physical scanner in Hollywood depictions of biometrics in action. They have to hold their face or hand up to a device and the device often shines a laser and makes a noise. When they speak, a pass phrase like, “My voice is my password,” is typically required. In other words, the biometrics aren’t particularly fast or easy. The devices don’t just know who people are; they need to be queried and some sort of physical analysis needs to happen after the query.
That’s not how it’s going to play out. In fact, it’s not going to be one biometric that gets a person entrance. It will be a layering of biometrics. They won’t all happen right when you want to open a door. Some will follow you around, maintaining an ongoing assessment of who you are. Other biometrics will be seamlessly assessed from cameras or other sensors in your environment, and still other biometric elements can be added by pinging your phone and asking the phone’s opinion on who you are.
One thing Hollywood got right, though, is how spoof-able biometrics tend to be, whether it’s by removing body parts, taking pictures or videos, or capturing a fingerprint with glue or gummy bears. In one scene in the movie The 6th Day, Adam Gibson, played by Arnold Schwarzenegger, is prevented from entering a restricted area when a scanner rejects his thumbprint. When a security guard approaches asking if he can help, Schwarzenegger holds the guard at gunpoint and says, “Yeah, you can stick your thumb in that.” The guard complies, which gains Schwarzenegger access. Spoofing isn’t necessarily easy – biometric vendors try to make it hard – but most single biometrics are spoof-able, and the movies we watch certainly convey that.
We will see more of these biometric implementations with a mixture of face, voice, and behavioral biometrics combined with hand, eye, or other scans that are seamlessly taken and associated with a given person. This approach substantially increases the difficulty in spoofing, yet it can be done in a completely un-intrusive manner without wasting time. Of course, in a movie it would look like people gain access without doing anything special, and that may take away from some of the “cool factor” in watching biometrics work.
June 8, 2017
Since the beginning, Sensory has been a pioneer in advancing AI technologies for consumer electronics. Not only did Sensory implement the first commercially successful speech recognition chip, but we also were first to bring biometrics to low cost chips, and speech recognition to Bluetooth devices. Perhaps what I am most proud of though, more than a decade ago Sensory introduced its TrulyHandsfree technology and showed the world that wakeup words could really work in real devices, getting around the false accept and false reject, and power consumption issues that had plagued the industry. No longer did speech recognition devices require button presses…and it caught on quickly!
Let me go on boasting because I think Sensory has a few more claims to fame… Do you think Apple developed the first “Hey Siri” wake word? Did Google develop the first “OK Google” wake word? What about “Hey Cortana”? I believe Sensory developed these initial wake words, some as demos and some shipped in real products (like the Motorola MotoX smartphone and certain glasses). Even third-party Alexa and Cortana products today are running Sensory technology to wake up the Alexa cloud service.
Sensory’s roots are in neural nets and machine learning. I know everyone does that today, but it was quite out of favor when Sensory used machine learning to create a neural net speech recognition system in the 1990’s and 2000’s. Today everyone and their brother is doing deep learning (yeah that’s tongue in cheek because my brother is doing it too! (http://www.cs.colorado.edu/~mozer/index.php). And a lot of these deep learning companies are huge multi-billion-dollar business or extremely well-funded startups.
So, can Sensory stay ahead now and continuing pioneering innovation in AI now that everyone is using machine learning and doing AI? Of course, the answer is yes!
Sensory is now doing computer vision with convolutional neural nets. We are coming out with deep learning noise models to improve speech recognition performance and accuracy, and are working on small TTS systems using deep learning approaches that help them sound lifelike. And of course, we have efforts in biometrics and natural language that also use deep learning.
We are starting to combine a lot of technologies together to show that embedded systems can be quite powerful. And because we have been around longer and thought through most of these implementations years before others, we have a nice portfolio of over 3 dozen patents covering these embedded AI implementations. Hand in hand with Sensory’s improvements in AI software, companies like ARM, NVidia, Intel, Qualcomm and others are investing and improving upon neural net chips that can perform parallel processing for specialized AI functions, so the world will continue seeing better and better AI offerings on “the edge”.
Curious about the kind of on-device AI we can create when combining a bunch of our technologies together? So were we! That’s why we created this demo that showcases Sensory’s natural language speech recognition, chatbots, text-to-speech, avatar lip-sync and animation technologies. It’s our goal to integrate biometrics and computer vision into this demo in the months ahead:
Let me know what you think of that! If you are a potential customer and we sign an NDA, we would be happy to send you an APK of this demo so you can try it yourself! For more information about this exciting demo, please check out the formal announcement we made: http://www.prnewswire.com/news-releases/sensory-brings-chatbot-and-avatar-technology-to-consumer-devices-and-apps-300470592.html
May 17, 2017
A key measure of any biometric system is the inherent accuracy of the matching algorithm. Earlier attempts at face recognition were based on traditional computer vision (CV) techniques. The first attempts involved measuring key distances on the face and comparing those across images, from which the idea of the number of “facial features” associated with an algorithm was born. This method turned out to be very brittle however, especially as the pose angle or expression varied. The next class of algorithms involved parsing the face into a grid, and analyzing each section of the grid individually via standard CV techniques, such as frequency analysis, wavelet transforms, local binary patterns (LBP), etc. Up until recently, these constituted the state of the art in face recognition. Voice recognition has a similar history in the use of traditional signal processing techniques.
Sensory’s TrulySecure uses a deep learning approach in our face and voice recognition algorithms. Deep learning (a subset of machine learning) is a modern variant of artificial neural networks, which Sensory has been using since the very beginning in 1994, and thus we have extensive experience in this area. In just the last few years, deep learning has become the primary technology for many CV applications, and especially face recognition. There have been recent announcements in the news by Google, Facebook, and others on face recognition systems they have developed that outperform humans. This is based on analyzing a data set such as Labeled Faces in the Wild, which has images captured over a very wide ranging set of conditions, especially larger angles and distances from the face. We’ve trained our network for the authentication case, which has a more limited range of conditions, using our large data set collected via AppLock and other methods. This allows us to perform better than those algorithms would do for this application, while also keeping our size and processing power requirements under control (the Google and Facebook deep learning implementations are run on arrays of servers).
One consequence of the deep learning approach is that we don’t use a number of points on the face per se. The salient features of a face are compressed down to a set of coefficients, but they do not directly correspond to physical locations or measurements of the face. Rather these “features” are discovered by the algorithm during the training phase – the model is optimized to reduce face images to a set of coefficients that efficiently separate faces of a particular individual from faces of all others. This is a much more robust way of assessing the face than the traditional methods, and that is why we decided to utilize deep learning opposed to CV algorithms for face recognition.
Sensory has also developed a great deal of expertise in making these deep learning approaches work in limited memory or processing power environments (e.g., mobile devices). This combination creates a significant barrier for any competitor to try to switch to a deep learning paradigm. Optimizing neural networks for constrained environments has been part of Sensory’s DNA since the very beginning.
One of the most critical elements to creating a successful deep learning based algorithm such as the ones used in TrulySecure is the availability of a large and realistic data set. Sensory has been amassing data from a wide array of real world conditions and devices for the past several years, which has made it possible to train and independently test the TrulySecure system to a high statistical significance, even at extremely low FARs.
It is important to understand how Sensory’s TrulySecure fuses the face and voice biometrics when both are available. We implement two different combination strategies in our technology. In both cases, we compute a combined score that fuses face and voice information (when both are present). Convenience mode allows the use of either face or voice or the combined score to authenticate. TrulySecure mode requires both face and voice to match individually.
More specifically, Convenience mode checks for one of face, voice, or the combined score to pass the current security level setting. It assumes a willingness by the user to present both biometrics if necessary to achieve authentication, though in most cases, they will only need to present one. For example, when face alone does not succeed, the user would then try saying the passphrase. In this mode the system is extremely robust to environmental conditions, such as relying on voice instead of face when the lighting is very low. TrulySecure mode, on the other hand, requires that both face and voice meet a minimum match requirement, and that the combined score passes the current security level setting.
TrulySecure utilizes adaptive enrollment to improve FRR with virtually no change in FAR. Sensory’s Adaptive Enrollment technology can quickly enhance a user profile from the initial single enrollment and dramatically improve the detection rate, and is able to do this seamlessly during normal use. Adaptive enrollment can produce a rapid reduction in the false rejection rate. In testing, after just 2 adaptations, we have seen almost a 40% reduction in FRR. After 6 failed authentication attempts, we see more than 60% reduction. This improvement in FRR comes with virtually no change in FAR. Additionally, adaptive enrollment alleviates the false rejects associated with users wearing sunglasses, hats, or trying to authenticate in low-light, during rapid motion, challenging angles, with changing expressions and changing facial hair.
Guest post by Michael Farino
October 6, 2016
It’s always nice when Sensory wins an award. 2016 has been a special year for Sensory because we won more awards than any other year in our 23 year history!!
Check it out:
Sensory Earns Multiple Coveted Awards in 2016
Sensory Inc., a Silicon Valley company that pioneered the hands-free voice wakeup word approach, today, announced it has won over half a dozen awards in 2016 across its product-line, including awards for products, technologies, and people, covering deep learning, biometric authentication and voice recognition.
The awards presented to Sensory include the following:
CTIA Super Mobility 2016™, the largest wireless event in America, announced more than 70 finalists for its 10th annual CTIA Emerging Technology (E-Tech) Awards. Sensory was nominated in the category of Mobile Security and Privacy for its TrulySecure™ technology, along with Nokia, Samsung, SAP, and others. Sensory was presented with the First Place award for the category in a ceremony on September 2016 at the CTIA Las Vegas event.
Speech Technology magazine, the leading provider of speech technology news and analysis, had its 10th annual Speech Industry Awards to recognize the creativity and notable achievements of key influencers (Luminaries), major innovators (Star Performers), and impressive deployments (Implementation Awards). The editors of Speech Technology magazine selected 2016 award winners based on their industry contributions during the past 12 months. Sensory’s CEO, Todd Mozer, was awarded with a Luminary Award, making it his second time winning the prestigious award. Sensory as a company was awarded the Star Performer award along with IBM, Amazon and others.
Two well-known industry analyst firms issued reports highlighting Sensory’s industry contributions for its TrulyHandsfree product and customer leadership, offering awards for innovations, customer deployment, and strategic leadership.
“Sensory has an incredibly talented team of speech recognition and biometrics experts dedicated to advancing the state-of-the-art of each respective field. We are pleased that our TrulyHandsfree, TrulySecure and TrulyNatural product lines are being recognized in so many categories, across the various industries in which we do business,” said Todd Mozer, CEO of Sensory. “I am also thrilled that Sensory’s research and innovations in the deep learning space has been noticed, generating our company prestigious accolades and management recognition.”
September 9, 2016
We are pleased to announce that Sensory’s TrulySecure technology has earned first place in this year’s CTIA E-Tech Awards. We believe that this recognition serves as a testament to Sensory’s devotion to developing the best embedded speech recognition and biometric security technologies available.
For those of you unfamiliar with TrulySecure – TrulySecure is the result of more than 20 years of Sensory’s industry leading and award-winning experience in the biometric space. The TrulySecure SDK allows application developers concerned about both security and convenience to quickly and easily deploy a multimodal voice and vision authentication solution for mobile phones, tablets, and PCs. TrulySecure is highly secure, environment robust, and user friendly – offering better protection and greater convenience than passwords, PINs, fingerprint readers and other biometric scanners. TrulySecure offers the industry’s best accuracy at recognizing the right user, while keeping unauthorized users out. Sensory’s advanced deep learning neural networks are fine tuned to provide verified users with instant access to protected apps and services, without the all too common false rejections of the right user associated with other biometric authentication methods. TrulySecure features a quick and easy enrollment process – capturing voice and face simultaneously in a few seconds. Authentication is on-device and almost instantaneous.
TrulySecure provides maximum security against unauthorized attempts by mobile identity thieves from breaking into a protected mobile device, while ensuring the most accurate verification rates for the actual user. Compared to published data by Apple, the iPhone’s thumbprint reader offers about in 1:50K chance of a false accept of the wrong user, and the probability of the wrong user getting into the device gets higher when the user enrolls more than one finger. With TrulySecure, face and voice biometrics individually offer a baseline 1:50k false accept rate, but can each be made more secure depending on the security needs of the developer. When both face and voice biometrics are required for user authentication, TrulySecure is virtually impenetrable by anybody but the actual user. As a baseline, TrulySecure’s face+voice authentication offers a baseline of 1:100k False Accept Rate, but can be dialed in to offer as much as a 1:1Million False Accept Rate depending on security needs.
TrulySecure is robust to environmental challenges such as low light or high noise – it works in real-life situations that render lesser offerings useless. The proprietary speaker verification, face recognition, and biometric fusion algorithms leverage Sensory’s deep strength in speech processing, computer vision, and machine learning to continually make the user experience faster, more accurate, and more secure. The more the user uses TrulySecure, the more secure it gets.
TrulySecure offers ease-of-mind specifications: no special hardware is required – the solution uses standard microphones and cameras universally installed on today’s phones, tablets and PCs. All processing and encryption is done on-device, so personal data remains secure – no personally identifiable data is sent to the cloud. TrulySecure was also the first biometric fusion technology to be FIDO UAF Certified.
While we are truly honored to be the recipient of this prestigious award, we won’t rest on our laurels. Our engineers are already working on the next generation of TrulySecure, further improving accuracy and security, as well as refining the already excellent user experience.
Guest blog by Michael Farino
July 19, 2016
Cybersecurity was an important topic at Mobile World Congress Shanghai. I was invited to join a panel with cybersecurity experts from Intel, Huawei, NEC, Nokia, and Ericsson with commentary by a McKinsey analyst. Peter O’Neil, a biometrics industry expert and CEO of FindBiometrics, led the panel. Interestingly, Peter was given a late invitation to lead a Keynote discussion on biometrics (in addition to our pane) when the GSMA decided to put more emphasis on biometrics in response to the broad interest in improving cybersecurity.
I’m about to tell you the painful irony in all this. But first, to get into China I needed a Chinese business visa, and a business visa requires an invitation from a Chinese organization. I was offered an invitation from the GSMA and they had a very effective system for filling out an online form and submitting it to them, all in the process of registering as a speaker. This quickly produced a formal invitation that I could use for my VISA application.
On July 7th I received an email that began as follows:
Dear Mobile World Congress Shanghai Attendee:
The GSMA today confirmed that an individual or individuals made unauthorized access to a database system managed by a third-party supplier for Mobile World Congress Shanghai. The system has now been secured and the supplier has provided the GSMA access to its system to conduct a thorough analysis of the incident.
The system that was accessed contained information on Mobile World Congress Shanghai 2016 attendees, including name, company, mobile number, email address and password used for registration and, for those attendees that requested a visa invitation letter from the GSMA, their passport details.
It was really that last line about passport details that upset me. The other information on me is fairly easy to find, but my passport details? I did some Internet searching and called the US Department of State, and I concluded that lost or stolen passports need to be reported immediately, but stolen information from them is only optional to report. So maybe it’s not a big deal. I’m still not sure.
But what if my biometric data had been used as online ID and had been compromised?
Biometrics offers a more convenient and more secure solution than passwords. However as a result of their uniqueness and intrinsic nature to an individual, biometrics are much more sensitive and (except for voice passwords) are not easy to change. For example, we only have two eyes, so if one’s retinal scan (or periocular region, or iris, etc.) is compromised, then we only get one more try. With face we only have one, with fingers 10, etc. This difficulty in changing the biometric leads to a need for “liveness testing” to make sure it isn’t a stolen biometric without a real person behind it. But advances in spoofing approaches (rubber fingers, etc.) force liveness tests to impede the natural convenience of biometrics with unnatural behaviors following random requests.
There’s no real easy solution, but placing the biometric on device is certainly a step in the right direction by keeping it out of the cloud or accessible servers and in a less accessible zone, such as a trusted execution environment (TEE) within a chip on the device the user has (e.g. smart phone).
The FIDO Alliance (Fast ID Online) Alliance, has been gaining much momentum. FIDO has laid out standards for a user authentication framework (UAF) for passwordless security that, as part of the FIDO spec, requires the biometric to be stored on-device. On-device authentication and FIDO works well for verifying a person (confirming one from one). Performing identification (one out of many) can be done on device for small numbers, like differentiating between family members, but it becomes impractical for things like passport control without a passport where a camera looks at you and just knows who you are out of billions of people.
Security itself comes from something we have (like a passport), something we know (like a PIN/password or a key questions answer), and something we are (the biometric in us).
So, I think passports will be around for a while, but maybe they will become a software app on my mobile phone that provides the have, are, and know. I’d like my Chinese visa there too!
May 6, 2016
Rich Nass and Barbara Quinlan from Open Systems Media visited Sensory on their “IoT Roadshow”.
IoT is a very interesting area. About 10 years ago we saw voice controlled IoT on the way, and we started calling the market SCIDs – Speech Controlled Internet Devices. I like IoT better, it’s certainly a more popular name for the segment! ;-)
I started our meeting off by talking about Sensory’s three products – TrulyHandsfree Voice Control, TrulySecure Authentication, and TrulyNatural large vocabulary embedded speech recognition.
Although TrulyHandsfree is best known for its “always on” capabilities, ideal for listening for key phrases (like OK Google, Hey Cortana, and Alexa), it can be used a ton of other ways. One of them is for hands-free photo taking, so no selfie stick is required. To demonstrate, I put my camera on the table and took pictures of Barbara and Rich. (Normally I might have joined the pictures, but their healthy hair, naturally good looks, and formal attire was too outclassing for my participation).
There’s a lot of hype about IoT and Wearables and I’m a big believer in both. That said, I think Amazon’s Echo is the perfect example of a revolutionary product that showcases the use of speech recognition in the IoT space and am looking forward to some innovative uses of speech in Wearables!
Here’s the article they wrote on their visit to Sensory and an impromptu video showing TrulyNatural performing on-device navigation, as well as a demo of TrulySecure via our AppLock Face/Voice Recognition app.
Rich Nass, Embedded Computing Brand Director
If you’re an IoT device that requires hands-free operation, check out Sensory, just like I did while I was OpenSystems Media’s IoT Roadshow. Sensory’s technology worked flawlessly running through the demo, as you can see in the video. We ran through two different products, one for input and one for security.