Facial Recognition System Report Highlights The Competitive Scenario With Impact Of Drivers And Challenges 2026 – Bandera County Courier

The Report onFacial Recognition System Market2018-2026sheds light on theimportant developments impacting and increasingthe growth of the Facial Recognition System Market including itsrestraints, drivers and prospects. The Facial Recognition System Market report proposes complete synopsis of the market, covering several characteristics such asproduct definition, market breakdown based on several constraints, supply chain analysis, and the fundamental Key Players outlook.

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Facial Recognition System Market report covers types, applications, Vendors, production, consumption, sales, revenue, market share, gross margin, cost, gross, market share, CAGR, imports & exports, and market influencing factors.

Major Key Players of Facial Recognition System Market Report:

3M, Animetrics, Aware, Inc., Ayonix Corporation, Cognitec Systems, Daon, Gemalto NV, Herta Security, IDEMIA, KeyLemon S.A., NEC Corporation, Neurotechnology, NVISO SA., Panasonic i-PRO Sensing Solutions Co., Ltd., and Techno Brain

Facial Recognition System Market also provides Opportunities, Risk, and Driving Forcewhich showscurrent and future market condition, to get a full detailed list, view our report.

Regions of Facial Recognition System Market:

North America(USA, Canada, Mexico) Europe(Germany, UK, France, Italy, Russia, etc.) Asia-Pacific(China, Japan, Korea, India, Southeast Asia, etc.) South America(Brazil, Argentina, Columbia, etc) Middle East & Africa(Saudi Arabia, UAE, Egypt, South Africa, etc.)

Facial Recognition System Market Report provides additional information like Sales Channel, Distributors, Traders and Dealers, Sales Channel, Direct Marketing, Indirect Marketing, Marketing Channel Future Trend, Distributors, Traders and Dealers, Research Findings and Conclusion, Appendix, Methodology, Analyst Introduction, Data Source Describe Facial Recognition System Market sales channel, distributors, traders, dealers, appendix and data source.

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In the end, the report makes some important proposals for a new project of Facial Recognition System Industry before evaluating its feasibility. Overall, the report provides an in-depth insight of global Facial Recognition System industry covering all important parameters.

Facial Recognition SystemDriver Facial Recognition SystemChallenge Facial Recognition SystemTrends

Key Questions Answered in Facial Recognition System Market Report:

What will the marketgrowth rate, Overview, and Analysis by Type of Facial Recognition System Marketin 2026? What are thekey factors driving, AnalysisbyApplicationsandCountriesGlobal Facial Recognition System Market? What areDynamics, This Overview IncludesAnalysis of Scope, andprice analysis of top Vendors Profilesof Facial Recognition System? Who areOpportunities, Risk and Driving Forceof Facial Recognition System Market? KnowsUpstream Raw Materials SourcingandDownstream Buyers Who are theopportunities and threats faced by the vendorsinFacial Recognition System? Business Overview by Type, Applications,Gross Margin,and Market Share What are the Facial Recognition System Marketopportunities,market risk and market overviewof theFacial Recognition System Market?

TOC of Facial Recognition System MarketReport Covered:Opportunity in the market, Market research methodology, Market landscape, Market segmentation by type, Geographical Segmentation, Market drivers, Market challenges, Market trends, Facial Recognition System Market Vendors landscape, List of Exhibits.

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Facial Recognition System Report Highlights The Competitive Scenario With Impact Of Drivers And Challenges 2026 - Bandera County Courier

Global Face and Voice Biometrics Market expected to grow USD XX.X million by 2025- 3M Cogent (USA), NEC Corporation of America (USA), AcSys Biometrics…

Global Face and Voice Biometrics Market 2020-2025

The report covers complete analysis of the Global Face and Voice Biometrics Market on the basis of regional and global level. The report comprises several drivers and restraints of the Global Face and Voice Biometrics Market. Likewise, it covers the complete segmentation analysis such as type, application, and region. This report provides Face and Voice Biometrics Market key Manufactures, industry chain analysis, competitive insights, and macroeconomic analysis. Global Face and Voice Biometrics Market reportprovides the latest forecast market data, industry trends, and technological innovations. The in-depth view of Global Face and Voice Biometrics Market industry on the basis of market size, market growth, opportunities, and development plans offered by the report analysis. The forecast information, SWOT analysis, and feasibility study are the energetic aspects studied in this report. Along with that PESTEL analysis is also considered to be another major aspect in the market study.

Top Players Included In This Report:3M Cogent (USA)NEC Corporation of America (USA)AcSys Biometrics Corp. (Canada)AGNITiO S.L. (Spain)Cognitec Systems GmbH (Germany)Nuance Communications, Inc. (USA)Eurotech S.P.A (Italy)Ivrnet Inc. (Canada)Kimaldi Electronics, S.L. (Spain)National Security Resources (USA)Neurotechnology (Lithuania)PSP Security Co. Ltd (Hong Kong)SAFRAN Group (France)Sensible Vision (USA)Sensory, Inc. (USA)Suprema, Inc. (Korea)VoiceTrust eServices, Inc. (Canada)VoiceVault, Inc. (USA)

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For the study of the Face and Voice Biometrics Market is very important the past statistics. So, the Global Face and Voice Biometrics Market gives the in-depth analysis of the past records along with the predicted future data. One of the most important aspects focused in this study is the regional analysis. Regional breakdown of markets helps in thorough analysis of the market in terms of future predictions, business opportunities and revenue generation potential of the market. For Face and Voice Biometrics Market report, the important regions highlighted are Middle East, South America, Asia, North America and Europe. Another important aspect of every market research report is the study of the key players or manufacturers driving the market forward. This study can benefit investors and business owners in many ways. In order to make business predictions and fetch good results, business models, strategies, growth, innovations and every information about manufacturers that can help are studied by it. Making right business decisions is an undeniable measure that needs to be taken for market growth. There are manufacturers, vendors and consumers in every that defines that market. These marketers become the subject to study for every stakeholder and market researcher.

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Types Covered In This Report:Face BiometricsVoice Biometrics

Applications Covered In This Report:Banking, Financial Services & Insurance (BFSI)Government & Law EnforcementMilitary & DefenseHealthcareCommercialIT & TelecomOthers

This report on Face and Voice Biometrics Market also has the market analyzed on the basis of end user applications and type. End user application analysis can also help understand consumer behavior. Its important to study product application to predict a products life cycle. Segment type is also an important aspect of any market research study. Reports are product based, they also includes information on sales channel, distributors, traders and dealers. This helps in efficient planning and execution of supply chain management as it drastically affects the overall operations of any business. Thus, a market research report can be called a comprehensive guide that helps in better marketing and management of businesses.

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Few Points From TOC:1 Scope of the Report2 Executive Summary3 Global Face and Voice Biometrics by Players4 Face and Voice Biometrics by RegionsContinued

About Us:With unfailing market gauging skills, Orbis Market Reports has been excelling in curating tailored business intelligence data across industry verticals. Constantly thriving to expand our skill development, our strength lies in dedicated intellectuals with dynamic problem solving intent, ever willing to mold boundaries to scale heights in market interpretation.

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Global Face and Voice Biometrics Market expected to grow USD XX.X million by 2025- 3M Cogent (USA), NEC Corporation of America (USA), AcSys Biometrics...

Mind-reading technology is everyone’s next big security nightmare. – Techiexpert.com – TechiExpert.com

For lots of decades, scientists have worked on decoding the secrets of the brain. No matter whether via tracking of peaks and troughs of electrical activity with the help of electroencephalography or even examining the structure of the brand with the help of computerized tomography and MRI scans, neuroimaging has also helped us to be gleaned at a greater understanding of the inner working of the mind.

Now, finally, thanks to the rapid development of the AI and Machine Learning of reading thoughts brain imaging, we are much closer to the ever to unlocking new methods of communication with the so-called by the name as mind-reading technology. There are lots of mind-reading technology ppt available over the web. Well, everyone has a query in mind, that how to block mind-reading technology 2020?

With the help of the government mind-reading technology, brain-computer interfaces, scientists can read an individual mind by opening a pathway for the communication between the brain and computer. According to the report, an AI industry fellow at the University of the Essex who studies the BCI technology could even lead to a significant catalyst for the changes in the lives of the people who are now not able to communicate. There are lots of mind-reading device for sale available into the market.

Action that should be taken now to make sure the powerful corporations, governments, and hackers cannot exploit the people with the help of a BCI when the technology becomes much more sophisticated.

By integrating and analyzing the BCI technology with the smart home devices, for example, we could, as of now, only give day those who are fully paralyzed with a locked-in syndrome a renewed sense of freedom and independence. But even in the face of these latest potential life-changing benefits, the ethical implications of the latest mind-reading technology are immense.

David Moses invented the mind-reading machine.

Well, everyone has a point in mind that how does wireless mind-reading technology work?

Well, go through it and know more.

Getting in your head

Both the private and public groups have thrown money at the research projects and are now in a bid to get nascent of the mind-reading industry off the ground. In the year 2018 alone, the US government mind-reading technology invested around $400 million in the development of the neurotechnology with the help of its BRAIN initiative, while in the year 2017, the US Defense Advanced Research Projects Agency funnelled $65 million into the development of the neural implants. Moreover, the European Commission has even put the $1 billion towards a ten years program that also aims to model the entire human brain reading games which are known by the name as the Human brain reading test. Well, there are lots of mind-reading device for sale available.

Companies nowadays are also working to push the limits of BCI Technology. In the year 2017, an article which is published by the science journal, with a team of neuroscientists, machine intelligence engineers, and ethics called by the name as Morningside Group, estimated that for the profit entities were already spending around $100 million per year on the development of neurotechnology. Allied Market Research, meanwhile, has also predicted the global market for the BCI that will reach as much as $1.46 billion by the end of 2020.

Facebook, which is also one of the prominent companies as of now experimenting with the mind-reading technology 2019. At an annual developer conference in the year 2019, Regina Dugan, then the head of the Facebook division for the new hardware projects, building around 8, said the users would one day be able to type on the platform with the help of their minds. It sounds much more impossible, but its closer than you may realize, Dugan said.

Moreover, brain-reading device and the Dugan left the Facebook after 18 months and building eight was dismantled at the end of the year 2018, Facebook founder Mark Zuckerberg recently has also reiterated his interest in the BCI technology at the time of an interview with the Jonathan Zittrain, a professor of the international law at the Harvard Law School. Zuckerberg had also previously called by the name of telepathy technology the ultimate communication technology. Some other prominent names exploring the BCI includes the Elon Musk and the Japanese Car maker Nissan. The former is also working on a secretive project called by the name as Neuralink, which seeks to make the humans symbiotic, with the IA with an implant in the brain, while the latter revealed the plans for its mind to the vehicle, technology in mind-reading computer technology 2020. There are lots of wireless mind-reading technology 2019.

Apart from these though-provoking plans, Matran Fernandez even pointed out several flaws and hurdles to the commercial development of the BCI, principally the cost. Moreover, most of the research being conducted into the BCI is even currently confined to laboratories because the necessary equipment is so much expensive. But even if this latest technology wads cheap enough for the production of the mass market. It also believes that the proprietary underlying brain-reading device as still not up to scratch. In practice the headsets that we have seen that will be much more cheap enough for anyone, I am taking around $100 that would make bee even affordable enough to buy for the personal use, they are not good enough, this is also due to the fact that each and every brain is different, and the minds of those with the conditions like the locked-in syndrome that have an added layer of complexity.

Matran-Fernandez told The New Economy: I think that the latest technology is getting there, and the algorithms are much more getting there. Its just a matter of fact that putting it all together and finding someone willing to work on that part and even make it open-access.

While most of the industry must tackle these practical concerns to boost up the widespread adoption of the latest mind-reading technology, severe ethical concerns about the newest practice continue to threaten its viability. For now, BCI technology remains relatively rudimentary, and it could even be decades before it comes advanced with every day to day life. But the Morningside group has also argued to that action which should be taken now to make sure powerful corporations, government, and hackers cannot be influenced or also exploit people with the help of a BCI when the technology becomes much more sophisticated.

The group warned that we are on a path to a globe in which it will be to decode the people mental processes, and directly manipulate the brain mechanism underlying their emotions, intentions, and decisions, where the individual could communicate with some other only by thinking and were also mental and physical abilities are greatly enhanced. In some of the scenarios, the group believes the existing ethical guidelines on human testing and research, which is mainly the declaration of the Helsinki and the Belmont Report, would be much more insufficient.

The matter of security and privacy is further complicated by the unique fragility of the human mind. In some cases where the people received a deep brain stimulation with the help of an electrode implant, for example, participants reported that feeling a loss of agency and identity towards. As researchers, Laterine Pratt and Eran Klein pointed out in an article which is penned for the neural conversation data is just like other forms of the personal data because it is intimately connected to the mind and who were take ourselves to be.

Matran Fernandez moreover is not particularly concerned about some of the issues of security and privacy and identity just yet. As she revealed, no mind-reading activity takes place, instead of off the process, which is even likely to door of an auditorium when an orchestra is playing. In Matran Fernandez, analogy, the band is the brain with the help of a different instrument, which makes up the various neural activities. From the outside, you can hear in general the music she said, that it even going to be distorted that you dont listen to it as if you are sitting inside, you cannot distinguish the different instruments.

It is similar for thee researches with the help of a BCI technology. If two categories are created with a yes or no answer, then, for example, researchers can study the brain response to each option and distinguish between the two, but they cannot pinpoint what a participant is actually thinking about.

Moreover, mind-reading technology prompts some of the numerous ethical debates; there are some of the promising practical uses for the BCIs, especially in the healthcare sector, where it has already had a degree of success. A consortium of leading scientists called by the name as BrainGate, for instance, is using the technology of BCI to help provide with the neurological diseases, injuries, or lost limbs regain movement the ability to communicate.

In a one-off, the group case studies, paralyzed individuals with the sensors implanted in their brains were able to type around eight words per minute on the tablets and smartphones. In another proof of concept demonstration, BrainGate showed how people with Chronic tetraplegia resulting from the injuries of the spinal cord regain the limb movement, with the help of technology of BCI.

A separate group of the researchers at Columbia University moreover was recently able to construct the synthetic speech with the help of a brain-reading test device called by the name as a vocoder, which was deciphered what people wanted to say with the brain activity alone. With some research, it is even hoped the BCI devices will also allow people to control wheelchairs, paralyzed limbs, and robotic prosthetic, as well as enabling those with the help of a severe locked-in syndrome to communicate.

So, in today scenario, the very first step is being made into some of these areas of research. As we develop a much better understanding of the brain, there is an excellent potential for further improvements in medicine and healthcare. While some of the researchers must read carefully with the ethical dilemmas, these technologies pose the adoption of mind that is reading technology in the entire society that appears to be a question of when not if.

Imagine if not being able to speak your mind, not even to ask for a glass of water. Now the scientist has revealed the technology that could one day speak it for you.

Some of the researchers at the Columbia University in New York have dropped with a vocoder, that could eventually decipher purely from the activity of the brain, what a person to ay and channel it with the help of a speech synthesizer. The primary aim is to give with an artificial voice of the patients who, with the injury or disease, have lost their own. The research is at an extremely early stage, but according to the project leader Nima with the right technology, these peoples thoughts could be decoded and understood by any of the listeners.

The latest technology might one day be right, but there is no such guarantee that user intent will stay begin. While on the other brain-computer interfaces are mainly designed to help the sick, they have the potential to be misused on the healthy. As the interest also lies in the mind-reading technologies expand, we should even turn our own grey matter to be overlooked the ethical issue of neural privacy.

The research of Columbia is one of the various projects that aim to uncover how internal thought becomes an action. Early attempts focused on using the latest technology power of thinking to move a cursor across the computer screen. In the year 2018, the scientist in the Beijing progressed to the further down the mind-reading road, they were able to tell, at a vert faster pace that would be looking at only by analyzing the neural signals.

All work works on the same principle; every human utterance perception and action has its beginnings in the essay crossfire of the brain signals. The goal of a BCI is to detect the high signs, decode the with the help of the latest algorithms, and then even send some of the relevant commands to a device that acts on the patients behalf. The proxy might also be an artificial voice or just like a prosthetic limb.

Some of the current projects which target the patients with conditions such as the neurological and paralysis disease. The same techniques, moreover, provide with the means of invading someones mind and breaching the final frontier of personal privacy.

Imagine such power in the hands of the unscrupulous, Advertisers might not even spot the potential for mind-reading technology to gauge the consumer disgust and delight, all the better to snare the valuable commodity of attention. An employer may also wish to measure the dissent and compliance among the company faithful more accurately.

We should not even dismiss such types of dystopian projections as fanciful: some of the latest technology has an unfortunate habit of the unintended serving causes. Courses in the neuromarketing, which uses the techniques from the neuroscience to deduce the consumer preferences, that already exists. Some of the employers are surgically inserting the RFIDS chips, the technology which is being used in the contactless payment cards, in their main understandings. The clips even allow the employees to access the building and computers, but they also could permit the unprecedented granularity in the workspace surveillance.

Eran Klein, who is a philosopher and neurologists, and Katherine Pratt, a graduate from the University of Washington, are moving those who have surrounded the alarm. In the year 2018, wireless mind-reading technology was so much famous among scientists to develop. As some of the people even argued that the ethical issue raised by the BBCI deserved special attention.

One main focus of concern is a well-studied electroencephalography signal called by the name of P300. This aha spike, distinct for each person, is even generated when the brain registers something which is wrong paying attention to, such as familiar with the face in a crowd, a discordant note in a piece of music, or a PIN number, once the anomaly is revealed and unveiled, then it takes around 300millisesconds for the brain to notice it at high level, hence the name of the signal. It forms the basis of the brain fingerprinting, a highly contentious technique that purports to identify, for example, no matter whether a suspect recognizes a weapon or a crime scene.

While mind-perusing innovations might be awkward for the present, requiring the utilization of cerebrum filtering machines or wire-perplexed tops, just as express assent, things can change. Cutting edge gadgets may procure the limit with regards to secretive location. Who might wager against the ascent of neuroscamming?

Neural security may turn into an advantage to be exchanged, similarly that we surrender advanced protection to utilize online administrations. In a future undermined via mechanization, it could likewise turn into the expense of keeping a vocation. Reports developed a year ago that a few representatives in China had their feelings and mindsets checked utilizing mind-perusing head protectors.

Such is the binary outcomes of mind PC interfaces: an opening that enables destitute patients to associate with the outside world can turn into a peephole for voyeurs looking the other way.

A developing number of organizations enormous and little are creating what could be all in all named cerebrum PC interfaces, or gadgets that can interpret the electrical flag in individuals minds into perceivable words and now activities.

Those resultant words can also be displayed on a screen or electronically synthesized and voiced, and the actions which can also be quickly taken by a prosthetic limb, that is so attached to the person whose thoughts are mostly being read, or be taken b a robot that may or may not much is more physically connected to anything at all.

The dangers, of course, are apparent, but not so far, the people who have also enjoyed access to such types of advanced technologies have not exactly covered themselves in the piece of glory.

The entry point into the light for the BCI was always going to be the military, but that does not count because that is still being restricted to people who are very much under the direct oversight of the natural forces of the entire darkness who think that they can do anything they want and get an away with it.

No one, as of now, exactly know how long the BCI technology has exited, nor all the various forms it might even take. Are they all like glasses or helmets? Or are there some of the BCI system which does not require any of the physical hardware to be worn or even otherwise implanted on the person part?

In any of the above cases listed, there are, as of now, at least two ways in which the latest technology is entering the public domain quickly.

One of those ways is still with the help of the military, which is used in the prosthetics, manufactured limbs that are even connected to and controlled by the brain. Such types of prostheses are clearly helpful to those who have already lost the various theatres of war around the globe, low intensity, or otherwise.

Some other way is with the commercial enterprises of various sizes at various stages of their development cycle, although the most active are universities often working with the technology leaders in the healthcare sector.

Facebook and Microsoft are the most well-known companies that are developing such type of technology into the market, although it dies not to look like their usual mindless, boring, getting to know you chit chat, or in keeping with their products.

Facebook is also working on the how-to block mind-reading technology that is said to be financing a project which even leads by a former John Hopkins neuroscientist who helped develop a mind-controlled prosthetic arm.

The social networking giant company with a user base to rival the total population of the world has a secretive business unit called by the name as Building 8, rather like the Google X, where they try out the things called as moonshots, exciting ideas which involve the advanced latest technologies which may or may not have a commercial application.

According to the report, Facebook has also hired former executives from the Defense Advanced Research Projects to manage the buildings 8.

Microsoft is, of course, a prominent inventor on Facebook. The windows company has already invested $240 million for a mere 1.6% stake in the year 2007, which already implied that the value of Facebook was $15 billion, something that may have shocked a lot of those people at the same point in time.

Now, the market capitalization of Facebook is around $400 billion.

In spite of the fact that there are the two organizations that are not thought to work firmly together, both Microsoft and Facebook are creating computer-generated reality headsets, which would be perfect vessels for whatever wizardry or devilry relying upon your perspective is contained inside the product. At the end of the day, VR headsets are BCIs of sorts.

The quickening improvements in the field of human-made consciousness will unavoidably unite with those headsets inside the following decade or two, and the exponential development in worldwide processing force and memory stockpiling, just as ever-more excellent video recording quality will begin to bode well, by one way or another.

BCIs will very likely turn into an open piece of regular day to day existence for everybody, not merely early adopters of innovation.

One anticipates most likely worth referencing in this setting is OpenBCI, which, as the name suggests, is an open discussion where individuals intrigued by the innovation can work together on improvement.

In the interim, to pursue on from a week ages article, You never need to type anything ever, Stanford University has built up a BCI which empowered a client to type in excess of six words per minute without contacting a console.

The guineas pigs were three individuals who experience the ill effects of incapacities, which keep them from some physical exercises, including composting.

The researchers associated with the Stanford try just talked about the BCI which seems to include embedding a PC contribute the cerebrum with regards to wellbeing applications.

These high performing BCI algorithms use in the human clinical demonstrations that the potential for this class of latest technology to restore communication to people with the paralysis, according to the report revealed. We are even working on approaching the speed at which you can type text on your cellphone.

The device is also preset with a federal warning, a health warning of sorts, caution that the investigational device. You are limited to the Federal law to experimental use.

Most of the people have in mind that who invented mind-reading the machine, but it looks like much more apparent where this could be going, especially if the technology can be made to type at the 50 to 150 words a minute: how much would you even pay for a device or gadget which could save you from typing anything?

Accurate, you could use it with a wide range of applications already available on the web and merely if you want some of the dictation services, but the potential for this technology is much more than that.

And the amount of computing power which is required to deal with that potential is currently incalculable, but it is certainly beyond the big data.

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Mind-reading technology is everyone's next big security nightmare. - Techiexpert.com - TechiExpert.com

Neurotechnology Market Professional Survey and In-Depth Analysis Research Report Foresight to 2017 2025 – Redhill Local Councillors

Business Intelligence Report on the Neurotechnology Market

PMR, in a recently published market study, offers valuable insights related to the overall dynamics of the Neurotechnology Market in the current scenario. Further, the report assesses the future prospects of the Neurotechnology by analyzing the various market elements including the current trends, opportunities, restraints, and market drivers.

As per the report, the Neurotechnology Market is set to grow at a CAGR of ~XX% over the forecast period 2017 2025 and exceed a value of ~US$ XX by the end of 2029. The report suggests that significant progress in technology, growing investments towards R&D projects, and increasing awareness related to curbing industrial waste are some of the primary factors that are expected to drive the growth of the Neurotechnology Market during the assessment period.

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Some of the market participants in the global neurotechnology market are General Electric Company, Siemens Healthcare Private Limited, Koninklijke Philips N.V., Toshiba Medical Systems Corporation, Shimadzu Corporation, Hitachi Medical Corporation, Elekta AB, Tristan Technologies, Inc., allengers, Natus Medical Incorporated, and Magstim. The market of neurotechnology has witnessed consolidation among the key players such as collaboration, partnership, patent transfer, increasing research and development activities, product introduction, mergers and acquisition, and joint ventures among the international as well as domestic players are the distinctive trend of competition in the neurotechnology market.

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Neurotechnology Market Professional Survey and In-Depth Analysis Research Report Foresight to 2017 2025 - Redhill Local Councillors

Elon Musk promises to have the Neuralink brain chip in a human this year – Inceptive Mind

The device that allows the human brain to connect to a computer could be implanted in a person for the first time later this year, announced the founder of Neuralink neurotechnology company, the tycoon Elon Musk.

Last year, Musks Neuralink introduced a special microchip and flexible fiber electrodes that should allow the human brain to connect to computers or machines. At the same time, he announced that the electrodes in question would like to be implanted with a laser in the future because it is more suitable than a mechanical drill for making holes in the skull.

This crazy project of Elon Musk and his startup seems to be going well. Elon Musk said on Twitter that the Neuralink is working on an awesome new version of the companys signature device. Clearly better than Utah Array, he said contentedly.

Musk claimed that (the new version) just needs to be unequivocally better than Utah Array, which is already in some humans & has severe drawbacks. Utah Array is an existing interface designed to record neural activity in the brain.

Neuralinks ambitions are really great! The main purpose of the device is to compensate for entire sections of the brain lost due to a stroke, accident, or congenital disease.

Of course, it is not yet clear what the updated concept looks like and whether it will work at all. SpaceX and Tesla chief, however, is full of optimism and enthusiasm. The potential is truly transformational for restoring brain & motor functions, he said in his tweet on Monday.

If the arrival of the first tests on the human brain is encouraging, the road is long until the actual implantation of Neuralink. In another tweet, he says: First, we need to make it super safe & easy to use, then determine the greatest utility vs. risk. From initially working to volume production & implantation is a long road.

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Elon Musk promises to have the Neuralink brain chip in a human this year - Inceptive Mind

Facial Recognition System Market Drivers is Responsible to for Increasing Market Share, Forecast to 2026 – Instant Tech News

The report offers a exclusive research investigation of theFacial Recognition System Marketwith nitty gritty data of Product Types, Key Players Such as A (3M, Animetrics, Aware, Inc., Ayonix Corporation, Cognitec Systems, Daon, Gemalto NV, Herta Security, IDEMIA, KeyLemon S.A., NEC Corporation, Neurotechnology, NVISO SA., Panasonic i-PRO Sensing Solutions Co., Ltd., and Techno Brain). This excellent statistical surveying and examination report give a ground-breaking study that prepares showcase players to wind up mindful of concealed development openings, assume responsibility for the aggressive scene, center around high-development fragments, and to do substantially more.

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The report gives a 6-year gauge (2019-2026) surveyed dependent on how the Facial Recognition System Market is anticipated to develop in significant areas like USA, Europe, Japan, China, India, Southeast Asia, South America, South Africa and Others with Global Outlook and incorporates Clear Market definitions, groupings, producing forms, cost structures, improvement strategies and plans. The realities and information are attractive in the report utilizing outlines, diagrams, pie graphs, and other pictorial portrayals as for its Current Trends, Dynamics, and Business Scope and Key Statistics.

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How is this Report On Facial Recognition System Market Useful?

In order to comprehend the knowledge and insights received from this report, some figures and presentations are also included apart from the data. These are in the form of charts, graphs, tables, etc. Rather than reading the raw data, reading through tools is easier and more conclusions can be drawn looking at these explaining diagrams.

This report also provides hands-on ready-to-access analytical data provided by industry professionals. They can understand various vital trends, drivers, and challenges in the Facial Recognition System Market industry. This report will provide a detailed assessment of majorly the major players, regions considered, and applications.Our competitor profiling comprises the validation of distribution channels and products and services offered by and Cloud Backup financial performance of companies operating in the market 2019. We also give Porters Five Forces, PESTLE, and SWOT analysis to identify the competitive threat and study other aspects of the Facial Recognition System Market.

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Facial Recognition System Market Drivers is Responsible to for Increasing Market Share, Forecast to 2026 - Instant Tech News

Learn About NeuroTechnology Treatment Options for Hearing …

NeuroTechnology comes in several shapes and sizes, including some invisible options for maximum discreteness. The hearing health care provider will review your treatment options based on your specific hearing loss and hearing needs. Regardless of which treatment option is right for you, whether youre out to dinner with friends, hitting the beach, meeting with clients, or hiking, youll be able to hear what matters most with todays hearing loss technology.

Invisible Treatment Options: Once placed in your ear, its hassle-free so that you may even forget youre wearing the device! And thats the point. Hearing loss shouldnt hold you back, and neither should your hearing solution. Features in todays invisible technology options include:

Mini Receiver In The Ear Options: Groundbreaking NeuroTechnology is fast and precise enough to analyze and follow the dynamics of the entire auditory environment, and differentiate between speech and background noise. Advances in miniaturization of technology have led to the breakthrough of new NeuroTechnology proven to support brain function, including working memory, selective attention and processing speed (The Hearing Review: Dr. Desjardin, University of Texas, El Paso). These new devices have 3 features designed specifically to maintain the brains innate ability to hear in all different listening situations:

In addition, some options include Bluetooth and Internet compatible options that enable:

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Learn About NeuroTechnology Treatment Options for Hearing ...

Social Credit Market by Physical and Cyber Infrastructure (Sensors, Cameras, Biometrics, Computer Vision), Software (Machine Learning, Data Analytics,…

NEW YORK, Feb. 10, 2020 /PRNewswire/ --

Overview:

Social credit systems represent the ability to identify (mostly people but also some "things") and track activities for purposes of grading behaviors and applying "social credit" scoring. A given grading/scoring methodology depends largely on social credit system objectives and metrics. However, most systems will have socially acceptable behavior at their core. This presents both a challenge and an opportunity as a combination of government, companies, and society as a whole must determine "good", "bad", and "marginal" behavior within the social credit market.

Beginning as a trend largely orthogonal to public safety and homeland security concerns, the market for social credit system infrastructure will ultimately become a mainstream component of both business and public policy. This means that systems will ultimately be used for a variety of commerce and lifestyle related issues ranging from risk assessment (access to credit, financing fees, insurance, etc.) to accessibility within public places such as concerts, sporting events, and other assemblies. High social scoring individuals within the social credit market will be granted preferred access to both real and digital assets.

Social credit system infrastructure includes analog and digital surveillance, Internet enabled devices like smartphones, wearable devices, security systems sensor enabled physical objects, and surveillance devices that use biometrics and computer vision. Technologies include broadband wireless (WiFi, LTE, and 5G), IoT, AI algorithms and big data analytics platforms, processes, and procedures. While each of these systems has market value individually, and are deployed separately for various purposes, it is the convergence of these otherwise disparate technologies that will facilitate value within the social credit market. For example, combined AI and IoT systems will be leveraged to identify important events that require immediate action versus those that are merely archived.

It is important to note that there is great overlap between the technologies used for social credit systems and other solutions such as public safety, homeland security, and smart cities applications of many types including smart transportation (highways and surface streets, parking, autonomous vehicles, etc.), intelligent buildings, environmental monitoring (light, temperature, pressure, etc.). Many of these infrastructure elements are already planned for smart cities implementations and will therefore be multi-purposed including support of the social credit market.

In terms of physical infrastructure, social credit systems will rely upon various forms of equipment and platforms including sensors, biometrics, cameras and other optical devices, computer vision systems and other advanced computing platforms. Cyber infrastructure includes platforms, devices, and software to support data processing and correlation with identity information, which shall leverage AI, IoT, and advanced data analytics. The main purpose for all the aforementioned infrastructure elements is to capture data, which must be stored and acted upon as appropriate.

At the heart of social credit systems are large-scale data repositories that may store virtually any type of data that may be correlated to or associate with citizens and businesses in terms of both identity and behaviors. This includes raw observational data as well as listings (white, gray, red, and black) and meta-data to tie together data elements and allow for ease of information queries. Without the use of AI and big data technology, it would be problematic to implement social credit market systems in a meaningful way as massive amounts of disparate data must be correlated.

This report represents the only one of its type to assess market opportunities for infrastructure support of the social credit market. The report evaluates market drivers, use cases, and consequential impacts/implications (anticipated and likely unanticipated) for social credit market implementation and operation. Mind Commerce also evaluates some of the leading companies that are anticipated to drive social credit market evolution. This report includes detailed quantitative analysis driven by market needs with forecasting for all major infrastructure elements from 2019 to 2024.

Story continues

Select Report Findings:

Infrastructure to support social credit systems represents a nearly $13B global opportunity by 2024

Cameras and other optical equipment for social credit systems will reach almost $300M globally by 2024

Advanced computing will be used in conjunction with AI to provide nearly flawless identification and tracking

Various forms of biometrics will be used for identity verification as well as verifying presence/location of people

Starting as tangential to public safety and homeland security, the social credit market becomes mainstream by 2026

Select Report Benefits:

Infrastructure and services support forecasts for social credit market 2019 to 2024

Understand the government, business, and societal drivers for social credit systems

Identify opportunities for infrastructure and services support of the social credit market

Understand the overall and specific implications for implementing and operating social credit systems

Understand the use of blacklists, whitelists, and gray listing gradation system approach for social credit

Target Audience:

AI companies

IoT companies

Robotics companies

Data management vendors

Media (including social) companies

Governments and R&D organizations

Companies in Report:

ACTi

Alibaba

Amazon

Analog Devices

Apple

Aratek

Axis

Baidu

Bosch Security Systems

Broadcom Limited (Avago)

Canon

China Rapid Finance

Cisco

Deep Vision AI

Facebook

Google

Honeywell

IBM

Infineon Technologies

Knightscope

Logitech

NEC

Netradyne

Neurotechnology

NEXT Biometrics

NVidia Corporation

NXM Semiconductors

Omron Corporation

Panasonic

Points

Robert Bosch GmbH

Samsung

Sony

STMicroelectronics

Tencent

Texas Instruments

Toshiba

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Social Credit Market by Physical and Cyber Infrastructure (Sensors, Cameras, Biometrics, Computer Vision), Software (Machine Learning, Data Analytics,...

Non-fiction reviews: One Blade of Grass and three other titles – The Sydney Morning Herald

Yellow: A History of a ColorMichel PastoureauPrinceton University Press, $79

Credit:

Since surveys of basic colour preferences began in the 1880s, yellow has ranked last. This is not surprising given its long association in the West with cowardice and betrayal. Judas was often portrayed in paintings as wearing a yellow robe. The positive connotations of blonde are a rare exception to the colours bad rap. In classical antiquity, however, yellow bathed in the glow of golds prestige. But as the myths about gold reveal, the yellow metals status was ambiguous it symbolised power but also inspired greed, theft and destruction. As the pejorative associations of yellow gained ascendancy, the colour was pushed to the margins, reaching its lowest point with the yellow star imposed on the Jews by the Nazis. This lively, erudite history predicts that the colour is set for a comeback as underdogs such as the yellow vests make themselves seen and heard.

The NeuroGenerationTan LeAllen & Unwin, $32.99

Credit:

Tan Le had been working on brain-enhancement technology for more than a decade when she witnessed a Buddhist monk do the virtually impossible. The company she founded, which pioneered portable EEG brainwear, had helped a woman with locked-in syndrome use her thoughts to make a video game avatar fly, and a paralysed man drive a racing car with his mind. But this monk could control the fluctuations of electricity in different areas of his brain. His awe-inspiring demo revealed how much untapped power we hold. Les excitement about the future of neurotechnology is infectious, even if you find her enthusiasm for devices that could transform us into cyborgs a little confronting. Far from being gung-ho, however, she is well aware of the ethical pitfalls and is at pains to address the dangers such technology could pose.

Forgotten Corners: Essays in Search of an Islands SoulPete HayWalleah Press, $25

Credit:

We might smile if a writer were to go in search of Victorias or New South Wales soul, but find such a quest entirely acceptable when conducted by a Tasmanian. Perhaps only an island can be conceived of as possessing a singular, animating life force. The soul sought in these idiosyncratic essays, however, isnt an incorporeal entity separate from the body of the land but what Pete Hay describes as the islands biophysical qualities, from ancient geological processes to all the life forms that inhabit it. Most of these essays grapple in one way or another with how to comprehend Tasmanias wild places, whether through the lens of art, science or politics. And if this soul has an essence, it is to be found, Hay suggests, in the enchantment of its rainforests dripping with deep time.

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Non-fiction reviews: One Blade of Grass and three other titles - The Sydney Morning Herald

Face and Voice Biometrics Market Demand And Analysis of Key Players Research Forecasts 2019-2025 – Redhill Local Councillors

The Face and Voice Biometrics market report [5 Years Forecast 2020-2025] focuses on Major Leading Industry Players, providing info like market competitive situation, product scope, market overview, opportunities, driving force and market risks. Profile the top manufacturers of Face and Voice Biometrics, with sales, revenue and global market share of Face and Voice Biometrics are analyzed emphatically by landscape contrast and speak to info. Upstream raw materials and instrumentation and downstream demand analysis is additionally administrated. The Face and Voice Biometrics market business development trends and selling channels square measure analyzed. From a global perspective, It also represents overall industry size by analyzing qualitative insights and historical data.

The study encompasses profiles of major companies operating in the global Face and Voice Biometrics market. Key players profiled in the report includes : 3M Cogent (USA), NEC Corporation of America (USA), AcSys Biometrics Corp. (Canada), AGNITiO S.L. (Spain), Cognitec Systems GmbH (Germany), Nuance Communications, Inc. (USA), Eurotech S.P.A (Italy), Ivrnet Inc. (Canada), Kimaldi Electronics, S.L. (Spain), National Security Resources (USA), Neurotechnology (Lithuania), PSP Security Co. Ltd (Hong Kong), SAFRAN Group (France), Sensible Vision (USA), Sensory, Inc. (USA), Suprema, Inc. (Korea), VoiceTrust eServices, Inc. (Canada), VoiceVault, Inc. (USA) and among others.

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This Face and Voice Biometrics market report provides a comprehensive analysis of:Industry overview, cost structure analysis, technical data and competitive analysis, topmost players analysis, development trend analysis, overall market overview, regional market analysis, consumers analysis and marketing type analysis.

Scope of Face and Voice Biometrics Market:

The global Face and Voice Biometrics market is valued at million US$ in 2019 and will reach million US$ by the end of 2025, growing at a CAGR of during 2020-2025. The objectives of this study are to define, segment, and project the size of the Face and Voice Biometrics market based on company, product type, application and key regions.

This report studies the global market size of Face and Voice Biometrics in key regions like North America, Europe, Asia Pacific, Central & South America and Middle East & Africa, focuses on the consumption of Face and Voice Biometrics in these regions.

This research report categorizes the global Face and Voice Biometrics market by players/brands, region, type and application. This report also studies the global market status, competition landscape, market share, growth rate, future trends, market drivers, opportunities and challenges, sales channels, distributors, customers, research findings & conclusion, appendix & data source and Porters Five Forces Analysis.

The end users/applications and product categories analysis:

On the basis on the end users/applications,this report focuses on the status and outlook for major applications/end users, sales volume, market share and growth rate foreach application.

On the basis of product,this report displays the sales volume, revenue (Million USD), product price, market share and growth rate ofeach type.

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Face and Voice Biometrics Market The Regional analysis covers:

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Face and Voice Biometrics Market Demand And Analysis of Key Players Research Forecasts 2019-2025 - Redhill Local Councillors

Stryker (SYK) Q4 Earnings and Revenues Surpass Estimates – Yahoo Finance

Stryker Corporation SYK reported fourth-quarter 2019 adjusted earnings per share (EPS) of $2.49, which beat the Zacks Consensus Estimate by 1.2%. Further, the bottom line improved 14.2% year over year and exceeded the high end of managements guidance range.

The Michigan-based medical device company reported revenues of $4.13 billion, which outpaced the Zacks Consensus Estimate by 0.7%. Revenues improved 8.8% on a year-over-year basis and 9.4% at constant currency (cc).

2019 at a Glance

In 2019, the company reported revenues worth $14.88 billion, which beat the Zacks Consensus Estimate. On a year-over-year basis, the top line improved 9.4%.

Adjusted EPS for the year was $8.26, which beat the Zacks Consensus Estimate by 0.4%. The bottom line also increased 13% year over year.

Stryker Corporation Price, Consensus and EPS Surprise

Stryker Corporation Price, Consensus and EPS Surprise

Stryker Corporation price-consensus-eps-surprise-chart | Stryker Corporation Quote

Revenues by Geography

Revenues in United States came in at $3.04 billion, up 9.8% year over year. International sales were up 6.2% to $1.09 billion.

U.S. organic sales improved 8.2% and international organic sales came in at 7.6%. While solid performance across Orthopaedics, MedSurg and Neurotechnology segments drove growth in the United States, robust gains in emerging markets, Europe, Japan and Canada led to higher international organic sales.

Segmental Analysis

Orthopaedic: In the quarter under review, revenues in the segment totaled $1.47 billion, up 6.7% year over year. The segments revenues improved 7.3% at cc. The performance can be attributed to better results at the Knees, Hips and Other sub segments. The company continues to witness solid demand for Mako TKA (Total Knee Arthoplasty) platform or cementless knee and other 3D printed products.

MedSurg: This segment reported sales of $1.84 billion, up 6.8% year over year. Sales at the segment increased 7.4% at cc. Per management, the segment improved 6.8% organically in the reported quarter, led by strong Endoscopy, Instruments and Medical performances.

Neurotechnology & Spine: Sales in the segment amounted to $827 million, up 18% year over year and 18.2% at cc. Organically, the segment witnessed growth of 12.5%. Per management, the upside was driven by solid performance by the neurotech product lines.

Margins

In the fourth quarter, gross profit totaled $2.70 billion, up 10.1% from the year-ago quarter. Adjusted gross margin was 66.3%, up 60 bps.

Operating income totaled $944 million, up 35.2% from the prior-year quarter. Adjusted operating margin was 28.3%, up 80 bps.

Financial Update

Cash and cash equivalents came in at $4.34 billion, up 19.9% from the year-ago quarter.

Cash flow from operating activities as of Dec 31, 2019, came in at $2.19 billion, down 16.1% from the year-ago period.

2020 Outlook

Stryker expects 2020 organic net sales growth to be in the range of 6.5-7.5%.

On a full-year basis, adjusted EPS is expected in the band of $9.00 to $9.20. The Zacks Consensus Estimate is pegged at $9.03, within the companys guided range.

For first-quarter 2020, adjusted EPS is anticipated within $2.05 and $2.10. The Zacks Consensus Estimate stands at $2.05, within the companys projected range.

Wrapping Up

Stryker exited fourth-quarter 2019 on a strong note, with both earnings and revenues beating their respective consensus marks. The company continues to gain from its core MedSurg unit that put up a strong show in the reported quarter. Additionally, strength in flagship Mako platform continues to favor the company. Moreover, solid performance by the neurotech product lines drove the core Neurotechnology & Spine unit in the quarter under review. Solid international growth also buoys optimism. Expansion in operating margin is a positive while a strong outlook for 2020 is indicative of bright prospects.

However, pricing pressure continues to plague Stryker. Stiff competition in the MedTech space also remains a concern.

Zacks Rank

Stryker currently carries a Zacks Rank #3 (Hold).

Key Picks

Some better-ranked stocks in the broader medical space are SeaSpine Holdings Corporation SPNE, STERIS plc STE and DexCom, Inc. DXCM, all three carrying a Zacks Rank of 2 (Buy). You can see the complete list of todays Zacks #1 (Strong Buy) Rank stocks here.

The Zacks Consensus Estimate for SeaSpines fourth-quarter 2019 revenues is pegged at $43.6 million, suggesting growth of 14.7% from the prior-year reported figure. The same for loss per share is anticipated at 44 cents, indicating an improvement of 16.9% from the year-ago reported figure.

The Zacks Consensus Estimate for STERISs third-quarter fiscal 2020 revenues is pegged at $749.7 million, indicating an improvement of 7.7% from the year-earlier reported figure. The same for adjusted earnings per share stands at $1.43, indicating growth of 13.5% from the year-ago reported figure.

The Zacks Consensus Estimate for DexComs fourth-quarter 2019 revenues is pegged at $457 million, suggesting growth of 35.2% from the prior-year reported figure. The same for adjusted earnings per share stands at 72 cents, indicating an improvement 33.3% from the prior-year reported figure.

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Stryker (SYK) Q4 Earnings and Revenues Surpass Estimates - Yahoo Finance

Stryker Announces Q4/Full Year 2019 Financial Results and 2020 Outlook – Financialbuzz.com

Stryker is one of the worlds leading medical technology companies and,together with its customers, is driven to make healthcare better. The company offers innovative products and services inOrthopaedics, Medical and Surgical,and Neurotechnology and Spine that help improvepatient and hospital outcomes.

Stryker (NYSE: SYK) announced fourth quarter and full year 2019 financial results and 2020 guidance. For the fourth quarter, net sales reached USD 4.1 Billion an 8.8% increase as organic net sales increased by 8%. For the full year 2019, net sales amounted to USD 14.9 Billion, a 9.4% increase.

We had an excellent finish to 2019, achieving 8.1% full-year organic sales growth and 13% adjusted EPS gains.This marks our seventh consecutive year of accelerating organic sales growth and is a testament to our talent, culture and durable operating model, said Kevin Lobo, Chairman and Chief Executive Officer. The performance was balanced across businesses and geographies and positions us well for continued success.

Net earnings for the fourth quarter and full year reached USD 725 Million and USD 2.1 Billion, falling 64.9% and 41.4%. Net sales growth in 2020 is expected to range from 6.5% to 7.5% while adjusted net earnings per diluted share is expected to range from USD 9.00 to USD 9.20. For the first quarter of 2020, adjusted net earnings per diluted share is anticipated to range from USD 2.05 to USD 2.10.

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Stryker Announces Q4/Full Year 2019 Financial Results and 2020 Outlook - Financialbuzz.com

CES 2020: The symbiosis of human and machine – The Drum

Humans are the reproductive organs of technology.

- Kevin Kelly, What Technology Wants

...and if CES 2020 was anything to go by, humans across the globe have been hard at it, before giving birth to some extraordinary tech (as featured) in the Nevada desert.

Technology is a weird thing to celebrate. Actually, to celebrate technology is ultimately to celebrate humans and human ability. CES 2020 was the absolute in such a celebration, a holographic window into the magic we can build when we come together.

Of course, collaborations have always been the fuel of technological progress, and there have been incredible examples of this in previous years at CES, but this year the onus seemed to be on perhaps the greatest collaboration: the symbiosis of human and machine.

Such symbiosis enables human thoughts to play Duck Hunt and unpick visual number codes onscreen using a mind-blowing brain-computer interface from NextMind, where the future of neurotechnology is seemingly happening now.

Similarly, Virtual Touch means that touch is no longer required for interactive digital screens when using next-gen gesture control from V-Touch. A further example is next level AI-powered avatars in the form of Artificial Humans from the Samsung STARLabs Neon project, which were both impressive and slightly unnerving.

STAR Labs' CEO Pranav Mistry said Neons will integrate with our world and serve as new links to a better future, a world where 'humans are humans' and 'machines are humane', and suddenly the world felt a little like Black Mirror.

But perhaps the most exciting aspect of this expo was the clear agenda for taking this symbiosis, making it aesthetically pleasing and using it for good.

(It was a shame however that the event itself didnt have a similar ethos: I saw no recycling units, lots of single use plastic, no alternative power charge up sources, etc etc. With Elon Musks announcement perhaps a few low-tech-but-highly-usable recycling bins can also be rolled out?)

The purpose behind tech

There were too many examples of purpose-driven tech to mention every one, but some of the highlights were: the Vision AVTR - a beautiful visualisation of the Mercedes-Benz concept car dream of 2039 (launched by James Cameron himself at the start of the week) built by MB and the design team behind the Avatar movie. Theyve created a vehicle inspired by the relationship between humans, technology and the natural world - mirroring the same premise as the Pandora/Navi concept; the car only responds to the drivers heartbeat and breathing pattern, has recycled interiors, organic battery technology, a projection to replace the dashboard, and was essentially utterly magical.

Toyota launched plans for its hydrogen-powered Woven City; a living lab for understanding a true smart city and the requisite infrastructure and technologies needed to build a harmonious and sustainable human habitat. And this isnt just an abstract dream - earth will be broken on the site (at the foot of Mount Fuji) in 2021 - and applications for residency are open!

Honda and its innovation incubator (Xcelerator) showcased the Skelex ergo-skeleton, a mechanised wearable skeleton that provides support and structure to limbs (and gives an additional 4kg power per arm, so essentially gives you superhero powers).

Samsung, LG, and General Electric all showcased impressive examples of indoor LED farming solutions; setting out a firm vision of reducing food imports and thus carbon emissions in a future where we can grow our own produce in the home using aeroponics, hydroponics and soil.

And our world of OOH technology has an opportunity and an obligation to follow suit and be better for everyone. We need to imagine more ways, better ways to incorporate technologies into our public space infrastructure by collaborating with different disciplines to ensure more sustainable, more creative, and more useful outdoor advertising.

AR suggests multiple uses in this space, radar/lidar/sonar has a potential role to play, visual technologies such as volumetrics/eye sensing light field display/holographics can operate with a low cost energy solution, kinetic energy conversion and pollution eating algae should be commonplace, living formats are under-utilised, and so on and so forth. The opportunities are as endless as the possibilities.

But we can only get there with meaningful tech collaborations. And lots of big dreaming.

So, thanks CES, for the inspiration. And the jetlag. And the blisters. See you next time.

// Featured in this article

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CES 2020: The symbiosis of human and machine - The Drum

Facial Tracking Solution Market 2020 Will Touch a New Level in the Upcoming Year 2027 with Top Key Players: NEC, Aware, Gemalto, Ayonix Face…

A facial recognition system is a technology capable of identifying or verifying a person from a digital image or a video frame from a video source. There are multiple methods in which facial recognition systems work, but in general, they work by comparing selected facial features from given image with faces within a database.

Report Consultant has newly added expansion of informative data of the global Facial Tracking Solution market. This statistical surveying research report deals with the present scenario of the global market. It has been accumulated through a couple of research methodologies such as primary and secondary research. The global data has been observed through industry-specific analysis tools like SWOT and Porters five techniques.

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Top Key Players:

NEC, Aware, Gemalto, Ayonix Face Technologies, Cognitec Systems GmbH, NVISO SA, Daon, StereoVision Imaging, Techno Brain, Neurotechnology, Innovatrics, id3 Technologies, IDEMIA, Animetrics, MEGVII

Following key questions answered through this research report:

-What are the key players of the global Facial Tracking Solution market report?

-What will be the market size of the global market?

-What are the challenges and risks in front of the global market?

-What are the major key players in the global Facial Tracking Solution market?

-Who are the key vendors in the global market?

The global Facial Tracking Solution Market is segmented on the basis of regions into North America, South America, Europe, Asia Pacific, and Middle East & Africa. They also throw light on prominent players in the global market. Additionally, it presents a comparative study of key players operating in global regions.

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With the help of Porters Five Forces analysis, the report provides a detailed analysis of the various factors influencing the industry. The analysis also helps to understand the degree of competition prevalent in the market. Furthermore, the report analyzes the value chain and various drivers and restraints of the Facial Tracking Solution Market.

For the data information by region, company, type and application, 2019 is considered as the base year. Whenever data information was unavailable for the base year, the prior year has been considered.

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Facial Tracking Solution Market 2020 Will Touch a New Level in the Upcoming Year 2027 with Top Key Players: NEC, Aware, Gemalto, Ayonix Face...

Edited Transcript of SYK earnings conference call or presentation 28-Jan-20 9:30pm GMT – Yahoo Finance

Q4 2019 Stryker Corp Earnings Call

KALAMAZOO Jan 30, 2020 (Thomson StreetEvents) -- Edited Transcript of Stryker Corp earnings conference call or presentation Tuesday, January 28, 2020 at 9:30:00pm GMT

TEXT version of Transcript

================================================================================

Corporate Participants

================================================================================

* Glenn S. Boehnlein

Stryker Corporation - VP & CFO

* Katherine A. Owen

Stryker Corporation - VP of Strategy & IR

* Kevin A. Lobo

Stryker Corporation - Chairman & CEO

================================================================================

Conference Call Participants

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* Andrew William Stafford

Piper Sandler & Co., Research Division - Research Analyst

* Briana Michele Warschun

Jefferies LLC, Research Division - Equity Associate

* Craig William Bijou

Cantor Fitzgerald & Co., Research Division - Research Analyst

* David Ryan Lewis

Morgan Stanley, Research Division - MD

* Frederick Allen Wise

Stifel, Nicolaus & Company, Incorporated, Research Division - MD & Senior Equity Research Analyst

* Joshua Thomas Jennings

Cowen and Company, LLC, Research Division - MD & Senior Research Analyst

* Kaila Paige Krum

SunTrust Robinson Humphrey, Inc., Research Division - Research Analyst

* Kristen Marie Stewart

Barclays Bank PLC, Research Division - Research Analyst

* Kyle William Rose

Canaccord Genuity Corp., Research Division - Senior Analyst

* Lawrence H. Biegelsen

Wells Fargo Securities, LLC, Research Division - Senior Analyst

* Lawrence Soren Keusch

Raymond James & Associates, Inc., Research Division - MD

* Matthew Stephan Miksic

Crdit Suisse AG, Research Division - Senior Research Analyst

* Philip Chickering

Deutsche Bank AG, Research Division - Research Analyst

* Richard S. Newitter

SVB Leerink LLC, Research Division - MD of Medical Supplies & Devices and Senior Research Analyst

Story continues

* Robert Adam Hopkins

BofA Merrill Lynch, Research Division - MD of Equity Research

* Robert Justin Marcus

JP Morgan Chase & Co, Research Division - Analyst

* Ryan Benjamin Zimmerman

BTIG, LLC, Research Division - Director & Medical Technology Analyst

* Steven Michael Lichtman

Oppenheimer & Co. Inc., Research Division - MD and Senior Analyst

* Vijay Muniyappa Kumar

Evercore ISI Institutional Equities, Research Division - MD

* Xuyang Li

UBS Investment Bank, Research Division - Equity Research Analyst of Medical Supplies & Devices

================================================================================

Presentation

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Operator [1]

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Welcome to the fourth Quarter 2019 Stryker Earnings Call. My name is David, and I will be your operator for today's call. (Operator Instructions) This conference call is being recorded for replay purposes.

Before we begin, I would like to remind you that the discussions during this conference call will include forward-looking statements. Factors that could cause actual results to differ materially are discussed in the company's most recent filings with the SEC.

Also, the discussions will include certain non-GAAP financial measures. Reconciliations to the most directly comparable GAAP financial measures can be found in today's press release that is an exhibit to Stryker's current report on Form 8-K filed today with the SEC.

I will now turn the call over to Mr. Kevin Lobo, Chairman and Chief Executive Officer. You may proceed, sir.

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Kevin A. Lobo, Stryker Corporation - Chairman & CEO [2]

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Welcome to Stryker's Fourth Quarter Earnings Call. Joining me today are Glenn Boehnlein, Stryker's CFO; and Katherine Owen, VP of Strategy and Investor Relations. For today's call, I'll provide opening comments, followed by Katherine with an update on Mako. Glenn will then provide additional details regarding our quarterly results before we open the call to Q&A.

We finished 2019 on a particularly strong note, with Q4 organic sales growth of 8% despite notably difficult year-over-year comparisons. This performance helped propel full year organic revenue growth to 8.1%, topping the high end of our most recently raised target of 7.5% to 8%.

2019 marks the seventh consecutive year of delivering accelerating organic sales growth, which has consistently been at the high end of med tech. In 2013 and 2014, we grew in the 5s organically. '15 and '16, we grew in the 6s. And '17 and '18, it was in the 7s. Also, this past year marks our 40th consecutive year of sales growth since Stryker went public in 1979.

The performance in 2019 was balanced across divisions and geographies, reflecting the durability of our business model.

Turning to the results by our 3 segments. Q4 was led by over 12% organic sales growth for Neurotechnology and Spine, with our Neurotechnology businesses growing in the high teens. Orthopaedics posted a 7.3% organic sales increase in the quarter, powered by impressive double-digit growth in Knees. Our Orthopaedics performance continues to reflect meaningful share gains fueled by Mako and our 3D-printed implants. As Katherine will detail in her comments, Q4 delivered the strongest robot quarter since the launch of Mako. We finished the year with a healthy order book, demonstrating the commercial and clinical success of this highly differentiated technology. MedSurg was up roughly 7% organically in the quarter, as Endoscopy led the way, growing 10%. All other divisions achieved mid-single-digit gains despite challenging comparisons. MedSurg continues to be a strong and consistent grower year in and year out.

International organic growth was 7.6% in Q4 and, for the full year, matched the U.S. growth rate of 8.1%. Emerging markets led the way with strong double-digit gains in Q4 and the full year. While it has taken some time, 2019 was an excellent year in emerging markets, and we are well positioned to continue this momentum into the future. Europe once again registered full year organic sales gains in high single digits as we make progress towards achieving similar market share levels as we have in other developed market regions. This performance was well above the market and has significant runway as we continue to drive sales force specialization. Australia and New Zealand also had a strong Q4 across its portfolio.

In the past 7 years, we have strengthened our international businesses and have taken key steps to strengthen category leadership across our portfolio. The pending addition of Wright Medical later in 2020 will address our last meaningful category leadership gap: upper extremities.

We continue to make investments in our sales, marketing and R&D teams around the globe in order to support our goal of consistently growing at the high end of med tech. But with our focus on our Cost Transformation for Growth initiatives, we are also delivering leverage. Op margin expanded roughly 40 basis points in the year, which included absorbing approximately 30 bps of dilution related to acquisitions.

We exited 2019 with nearly $15 billion in global sales and have demonstrated the ability to continue to drive high growth despite our larger size. We have expanded our offering through internal investments and acquisitions and believe we are well positioned to achieve continued success for our customers, employees and shareholders. Looking at 2020, we are on track to continue to achieve strong organic sales growth and leveraged earnings.

In closing, the tremendous efforts of our 40,000 employees around the globe enabled us to once again achieve strong results and deliver on our promise to our customers and patients to make health care better.

With that, I will now turn the call over to Katherine.

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Katherine A. Owen, Stryker Corporation - VP of Strategy & IR [3]

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Thanks, Kevin. My update today will focus on Mako and the key data points that have allowed you to track our success in executing on our orthopaedic robotics strategy. In Q4, we sold 89 Mako robots globally versus 54 in the comparable quarter a year ago. This includes 63 in the U.S. in Q4. Globally, our installed base of robots is approximately 860, with close to 700 in the U.S. In January, we received Japanese approval for the Mako Partial Knee indication, adding to the indications for the Total Knee and Total Hip procedures. We now have 9 Mako robots in Japan and continue to believe this represents a significant market opportunity.

Looking at U.S. procedures. In Q4, Mako procedures increased nearly 50% to 36,600, bringing the full year total to over 114,000. Total Knee procedures posted a roughly 59% increase in Q4 to approximately 24,000, while full year Mako knee procedures increased roughly 66%, topping 75,000.

Demand for Mako is being driven by the myriad of unique benefits of our robotic technology, multiple reconstructive applications and the ability to perform a cementless knee. Mako SmartRobotics have enabled surgeons to achieve a "know more so as to cut less" approach to joint replacement, which is driving improved outcomes for patients. These capabilities are clearly helping to increase robotic utilization rates, which achieved strong double-digit growth, both year-over-year and sequentially. Lastly, it's worth noting that demand for our 3D printed cementless knees continued to climb, exiting the year at over 36% of our U.S. knee procedures. We also continue to see growing demand for the Mako hip application, underscored by over 40% growth in hip procedures on Mako in 2019.

Please note that going forward, we will no longer be providing quarterly Mako results. Since acquiring the company in early 2014, we have provided detailed Mako data for 23 consecutive quarters in order to allow investors to accurately track the performance of this differentiated robotic technology. As we are now 6 years since the acquisition and nearly 5 years since the initial launch of the Total Knee indication, we believe we have validated the strategic rationale and competitive advantage of Mako as witnessed by the roughly 600 basis points of U.S. knee market share that we have gained since 2013.

Going forward, we continue to expect to take meaningful market share in Knees, owing to Mako, along with our differentiated portfolio of knee products, including our 3D-printed implants. We will continue to report on a combined basis both manual and the Mako-implanted knees in our knee line, while robot sales will be reported in other orthopaedics to allow for accurate tracking of our Knee revenue. Looking at 2020, our Mako order book remains robust and supports our expectation for continued share gains in both Hips and Knees.

With that, I'll now turn the call over to Glenn.

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Glenn S. Boehnlein, Stryker Corporation - VP & CFO [4]

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Thanks, Katherine. Today, I will focus my comments on our fourth quarter financial results and the related drivers. Our detailed financial results have been provided in today's press release.

Our organic sales growth was 8% in the quarter. As a reminder, this quarter included the same number of selling days as Q4 2018. Pricing in the quarter was unfavorable, 0.6% from the prior year, while foreign currency had an unfavorable 0.6% impact on sales. For the quarter, U.S. sales continue to demonstrate strong momentum with organic growth of 8.2%, reflecting solid performance across our portfolio. International sales grew 7.6% organically, which was balanced across our international regions. Organic sales growth for the year was 8.1%, which was slightly above our most recently raised full year guidance of 7.5% to 8%. U.S. international organic growth was also 8.1%. 2019 had one additional selling day compared to 2018. And for the year, price had an unfavorable impact of 0.9% on sales.

Our adjusted quarterly EPS of $2.49 increased 14.2% from the prior year, reflecting strong drop-through on sales growth combined with good operating expense control. Our fourth quarter EPS was negatively impacted by $0.02 from foreign currency, which was in line with our expectations. Our full year EPS was $8.26 with growth of 13%, reflecting strong sales growth and disciplined leverage.

Now I will provide some highlights around our segment performance. Orthopaedics delivered constant currency and organic growth of 7.3%, including organic growth of 7.2% in the U.S., highlighted by U.S. Knee growth of 10.5%. This performance reflects strong demand for our Mako TKA knee platform, 3D-printed products, Trident II hip implants and continued ramping of our T2 Alpha Nailing System. Internationally, Orthopaedics delivered organic growth of 7.6%, which reflects strong performance in Australia, Canada and Europe.

MedSurg continued to have strong growth across all businesses in the quarter with constant currency growth of 7.4% and organic gains of 6.8%, which included an 8% increase in the U.S. Instruments had U.S. organic sales growth of 4.1%, reflecting a strong prior year comparable. Full year U.S. organic growth for Instruments was 10.2%. In the quarter, sales growth was driven by gains in waste management, Steri-Shield and smoke evacuation. Endoscopy delivered U.S. organic sales growth of 15.4%. Endoscopy had strong performances across many product lines, highlighted by double-digit growth in its video products, including the 1688 camera and accessories, insufflator, suction/irrigation and booms and lights businesses. The Medical division had U.S. organic growth of 5.7%, reflecting solid performance in its bed, including services and stretcher businesses. Internationally, MedSurg had organic sales growth of 2.4%, reflecting strong comparables across most geographies.

Neurotechnology and Spine had constant currency growth of 18.2% and organic growth of 12.5% as K2M anniversaried during the quarter. This growth reflects strong performance within our Neurotech product lines. Our U.S. Neurotech business posted organic growth of 16.5% for the quarter driven by strong demand for our hemorrhagic, ischemic stroke and our neuro-powered instruments products, including Sonopet iQ. During the quarter, we continue to be ahead of our K2M cost integration plan and begin to see good momentum related to our sales integration efforts. For the quarter, we delivered an increase in sequential quarterly growth and on a full year pro forma basis delivered low single-digit increase across our combined worldwide Spine business. Internationally, Neurotechnology and Spine had organic growth of 16.6%. This performance was driven by strong demand in Europe and emerging markets.

Now I will focus on operating highlights in the fourth quarter. Our adjusted gross margin of 66.3% was favorably -- was favorable, approximately 60 basis points from the prior year quarter. Compared to the prior year quarter, gross margin expansion was favorably impacted by acquisitions and foreign exchange, which were partially offset by price and business mix. For the full year, our adjusted gross margin of 65.9% was unfavorable, approximately 20 basis points from the prior year. Compared to the prior year, gross margin expansion was favorably impacted by acquisitions, which were offset by price, foreign exchange and business mix.

Adjusted R&D spending was 5.6% of sales, which was 10 basis points lower than prior year quarter. For the full year, adjusted R&D spending was 6.1% of sales. Our adjusted SG&A was 32.3% of sales, which was favorable to the prior year quarter by 10 basis points. For the full year, our adjusted SG&A was 33.5% of sales, which was favorable to the prior year by approximately 40 basis points. For both the quarter and the year, this reflects continued focus on operating expense improvements through our Cost Transformation for Growth program, including key projects focused on indirect purchasing and shared services. This is offset by the negative impact of acquisitions and continued planned investments in other CTG program efforts like our ERP project.

In summary, for the quarter, our adjusted operating margin was 28.3% of sales, which was 80 basis points favorable to the prior year quarter. Our full year operating margin of 26.3% was up 40 basis points favorable from the prior year, delivering on our commitment of 30 to 50 basis points op margin expansion. Our operating margin primarily reflects good leverage and continued operational savings offset by investments and acquisitions, the latter of which had approximately 30 basis points negative impact for the year.

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Edited Transcript of SYK earnings conference call or presentation 28-Jan-20 9:30pm GMT - Yahoo Finance

Fingerprint Biometrics in VAR Market |Global Industry Size, Analysis, Growth Factors, Key Companies, Regional Outlook, Future Insights Till 2026 -…

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Fingerprint Biometrics in VAR Market |Global Industry Size, Analysis, Growth Factors, Key Companies, Regional Outlook, Future Insights Till 2026 -...

United States Air Force Plans to "Aim High" Leveraging the Science of Neuroplasticity – PRNewswire

MIAMI, Jan. 22, 2020 /PRNewswire/ -- Pathwaves, a Miami-based digital therapeutics company, has been awarded a U.S. Air Force Small Business Innovation Research (SBIR) Phase I contract through AFWERX and the Air Force Research Lab (AFRL) to advance the development of the NeuroEmpowerment methodology.

Pathwaveshas effectively established a tracked, evidence-based process that quantifies and improves cognitive mental and emotional function. The NeuroEmpowerment process is based on the science of neuroplasticity the brain and body's ability to build new neural pathways and synapses. The methodology is a unique combination of cutting-edge digital integration technology (neurotechnology), coaching and counseling, along with therapeutic mindfulness techniques that provide natural and sustainable results.

During the last decade, approximately 20% of U.S. Air Force personnel have annually been diagnosed with a mental health disorder (source January 2017 Deployment Health Clinical Center report). Pathwaves has been highly successful in relieving symptoms of PTSD, anxiety, depression, sleep issues, ADD/ADHD and an array of other issues.

"Our team is excited about the opportunity to work with the dedicated men and women who serve in the U.S. Air Force. We look forward to helping them to function at their optimum with our NeuroEmpowerment process," says Geoff Cole, Founder and CEO of Pathwaves.

The Pathwaves NeuroEmpowerment platform will, for the first time, provide the U.S. Air Force with the ability to objectively quantify their personnel's level of mental function. The process begins with the proprietary NeuroQuant as the first step of their modern approach to not only resolving mental health issues, but enabling the highest levels of mental performance. The NeuroQuant reveals the areas of imbalance, and is followed by an average of 12 neurofeedforward sessions a proprietary process that uses neurtechnology to create new, previously non-existent neural pathways and synaptic connections. The sessions are designed to correct the imbalances and are supported by therapy and coaching. The methodology is non-invasive and medication-free.

For more information, visit pathwaveslife.com, email getbalanced@pathwaves.comor call (305) 858-6616.

Pathwavesis a Miami-based digital therapeutics company specializing in NeuroEmpowerment - a proprietary, multi-dimensional and transformative methodology that uses the powerful principles of neuroplasticity, neurotechnology, therapy and coaching to help individuals attain their optimal state of mental, emotional, spiritual and physical harmony.

About AFWERX: Established in 2017 by the Secretary of the Air Force, AFWERX is a catalyst for agile Air Force engagement across industry, academia, and non-traditional contributors to create transformative opportunities. The core mission of AFWERX is to improve Air Force capabilities by connecting innovators, simplifying technology transfer and accelerating results. AFWERX has partnered with the AFRL, a scientific research organization operated by the U.S. Air Force Materiel Command, to streamline the SBIR process to speed up the experience, broaden the pool of potential applicants, and decrease bureaucratic overhead.

Media Contact:Ana Margarita305.431.0300232811@email4pr.com

SOURCE Pathwaves

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United States Air Force Plans to "Aim High" Leveraging the Science of Neuroplasticity - PRNewswire

The Neural Revolution Is Almost Here. Should We Fear It? | Articles | Chief Data Officer – Innovation Enterprise

In September 2019, it became known that Facebook bought the developer of neural interfaces CTRL-Labs. Google Glasses are compatible with the NeuroSky EEG biosensor through the open-source MindRDR application. In July 2019, Elon Musk's startup introduced the revolutionary Neuralink brain-machine interface claiming to start the trans-human evolution.

All these pieces of news indicate the direction the industry is heading to. Internet companies that receive their main profit from showing targeted advertising try to take into account the interests of their users. To determine these interests, they massively collect data, tracking the user's actions on the web, building profiles and social graphs, monitoring messages, calls, physical movements, shopping carts, contact lists. But it seems this is not enough for them.

So far, EEG scanners and implants have very limited functionality, but this technology is developing rapidly. Based on the results of a brain activity scan, it is already possible to recognize basic emotions, some unspoken words, and mental attempts to make physical movements. Scientists have found similarities in how different peoples brains process information. It is now possible to make assumptions about a persons thoughts based on his or her brains neural activity.

Medical brain-computer interfaces should help people regain control of their limbs or control prostheses. Inexpensive headsets are positioned as relaxation tools or entertainment gadgets. However, companies have already begun experimenting with EEGs to evaluate the performance of advertising campaigns.

Facebook and startups like Neuralink are developing a new generation of neurotechnology tools and making bold promises. For example, Facebook promises to let people type by simply imagining themselves talking, and Elon Musk anticipates the merger of the human brain with AI.

On September 10, 2019, the Royal Society of London published a 106-page report on the future and risks of neurotechnology. It predicted that a neural revolution" will happen in the coming decades.

Brain-computer devices generate a huge amount of neural data potentially one of the most sensitive forms of personal information. And the main problem is how this brain data will be commercialized. Advertisers are already using confidential information about people's preferences, habits, and locations. Adding neural data to the mix will seriously increase the threat to privacy.

Getting data directly from the brain will be a real paradigm shift. If Facebook, for example, combines neural data with its extensive collection of personal data, then it can create much more accurate and comprehensive psychographic profiles.

Experts say that for now, there are almost no legal obstacles to prevent companies from trading neural profiles.

Neuromarketing is a new industry in marketing research that uses brain scans to know consumers better than they know themselves. Neuromarketers clearly promise to exploit neural profiles commercially.

By non-invasively recording the bioelectrical activity of the brain (electroencephalography), neuro marketers monitor the brain's response to viewing ads. In the future, they hope that this technology will also allow tracking brain activity while using applications, communicating on the Internet, watching movies and TV shows. This will help to maximize the effectiveness of advertising (and, perhaps, other methods of influencing people.)

It is already clear that such technologies will be used not only in the advertising industry. In arecent interview, Edward Snowden explained that technology giants are tools in the hands of even more powerful players: We see how authoritarianism is growing all over the world, and the reality is that all of them are parts of the same threat. These companies function as weapons in the hands of governments. Its too easy to say that tech giants are a real threat; in reality, all of them are part of the same threat the system.

Snowden pointed out that it is better to use WhatsApp rather than simple unencrypted SMS, but it is still not a good idea to use WhatsApp if you are a prime minister and wish to communicate with your staff. For now, you can encrypt and hide your communication if you usevirtual private networks. Withbrain-computer interfaces, it is impossible to encrypt neural signals inside your brain.

Ethics experts also fear that information from the brain may be potentially used for discrimination. For example, if there are patterns of brain activity similar to patterns observed in drug addicts or people suffering from depression or other diseases, perhaps, on the basis of such patterns, employers will refuse to hire people. In addition, insurance companies could raise premiums and banks offer loans on less favorable terms.

The future we are striving for is a world in which our neural data, which we do not even have access to, can be used against us. For now, our thoughts are the last frontier of the defense in the war for privacy. It is sad, but all previous battles have been unconditionally lost.

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The Neural Revolution Is Almost Here. Should We Fear It? | Articles | Chief Data Officer - Innovation Enterprise

Stryker (SYK) to Report Q4 Earnings: What’s in the Cards? – Zacks.com

Stryker Corporation (SYK - Free Report) is scheduled to release fourth-quarter 2019 results on Jan 28 after the closing bell. In the last reported quarter, the company met estimates. Further, it has an average four-quarter positive surprise of 1.5%.

Which Way Are Estimates Trending?

The Zacks Consensus Estimate for fourth-quarter earnings per share is pegged at $2.46, indicating an improvement of 12.8% from the year-ago quarter.

The same for revenues stands at $4.1 billion, suggesting growth of 8% from the prior-year quarter.

Lets take a look at how things are shaping up prior to this announcement.

MedSurg in Focus

This segment consists of surgical instruments plus endoscopic and emergency medical equipment. Notably, it has been consistently driving Strykers top line.

Notably, the Zacks Consensus Estimate for the segments revenues for the fourth quarter stands at $1.83 billion, suggesting an improvement of 6.6% year-ago reported figure.

MedSurg has three subsegments Endoscopy, Instruments and Medical.

Growth across its aforementioned three subsegments is likely to have benefited MedSurgs fourth-quarter performance. The segment is anticipated to have witnessed considerable worldwide organic growth in the to-be-reported quarter driven by instruments.

Other Factors at Play

The companys fourth-quarter performance is likely to show broad-based strength across its divisions and regions. In fact, robust performance in emerging markets and Europe is expected to get reflected in the upcoming quarterly results.

Further, the companys Orthopaedics segment is likely to have witnessed strong organic growth on the back of solid performance at the Knee and Hips sub segments. Moreover, sustained strong demand for Mako TKA (Total Knee Arthoplasty) platform or cementless knee and other 3D printed products is anticipated to get reflected in the segments fourth-quarter performance. For the quarter to be reported, the Zacks Consensus Estimate for this segments sales is pegged at $1.46 billion, indicating an improvement of 5.9% from the prior-year quarter.

With respect to Neurotechnology & Spine segment, a bankable performance within the NeuroTech and Interventional Spine businesses is likely to have contributed to the companys fourth-quarter performance. Moreover, sustained solid demand in Europe, China and Japan might have impacted segmental growth, internationally. For the upcoming quarterly announcement, the Zacks Consensus Estimate for the segments sales stands at $798 million, suggesting year-over-year growth of 14%.

The company remains on track to achieve its full-year target of 30 to 50 basis points operating margin expansion backed by the top line and continued progress in cost transformation growth initiatives, a trend is likely to have continued in the fourth quarter.

However, unfavorable pricing is likely to have affected Strykers fourth-quarter top line. Moreover, high debt might have put pressure on the margins.

What Our Quantitative Model Suggests

Per our proven model, the combination of a positive Earnings ESP and a Zacks Rank #1 (Strong Buy), 2 (Buy) or 3 (Hold) increases the chances of an earnings beat. This is the case here as you will see.

Earnings ESP: Stryker has an Earnings ESP of +0.60%. You can uncover the best stocks to buy or sell before they're reported with our Earnings ESP Filter.

Zacks Rank: Stryker carries a Zacks Rank #3.

Stocks to Consider

Here are a few medical stocks worth considering as they have the right combination of elements to post an earnings beat this quarter.

Baxter International (BAX - Free Report) has an Earnings ESP of +1.32% and a Zacks Rank #3. You can see the complete list of todays Zacks #1 Rank stocks here.

DexCom, Inc. (DXCM - Free Report) has an Earnings ESP of +18.45% and a Zacks Rank #2.

Zimmer Biomet Holdings, Inc. (ZBH - Free Report) has an Earnings ESP of +0.38% and a Zacks Rank #3.

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Stryker (SYK) to Report Q4 Earnings: What's in the Cards? - Zacks.com

Science in the 2010s: Neuroscience – Labmate Online

Over the past decade the pace of neuroscience innovation has continued to accelerate, with scientists harnessing advanced technologies and collaborative Open Science frameworksto pioneer new breakthroughs. Want to look back on the past 10 years? Here are some of the most significant neuroscience discoveries of the 2010s.

2010 saw Argentinian neuroscientist and professor Fernando Nottebohm honoured with the Benjamin Franklin Medal in Life Sciences for proving that neurogenesis does occur in the adult vertebrate brain. The discovery was a serious breakthrough for neuroscience, with member sof the Benjamin Franklin Medal committee praising Nottebohm for "generating a completely new approach to the quest for cures for brain injury and degenerative disease."

In 2012 American scientist Van Wedeen pioneered an award-winning study that revealed the intricate wiring patterns of the human brain. It was one of the first studies to portray the organ as a complex yet systematic grid, as opposed to a disorderly tangle.

In 2014 the FIFA World Cup made more than just sports headlines when Brazilian physician Miguel Nicolelis developed a robotic suit that allowed a quadriplegic teen to kick-off the opening game of the tournament. Nicolelis was later inaugurated as a member of the prestigious Pontifical Academy of Sciences.

Researchers from the University of Manchester kicked off 2016 with a major finding that linked the development of Alzheimers disease to a specific type of virus, as well as two strains of bacteria. The study helped support evidence that the neurodegenerative disease is partly caused by a dormant microbial component, possible triggered by iron dysregulation.

2018 marked a major milestone for neurotechnology, with an open-access studypublished inPLOS One introducing a brain implant system that allows patients paralysed by neurodegenerative disorders to send emails, communicate with others and shop online using brain waves connected to an off-the-shelf Android tablet.

Just weeks before the end of 2019, scientists at the University of North Carolina Health Care discovered a key neural circuit that actively regulates alcohol consumption in animals. The findings were published in the Journal of Neuroscience and offered new insight into the role brain cells play in influencing reward-induced behaviours such as alcohol consumption.

Want to know more about the latest neuroscience breakthroughs? Backed by five years of research, Dementias Platform UK is working to transform the dementia research landscape and accelerate the development of diagnosis and treatments, with some of the most significant advances explored in 'Changing Dementia Horizons: DPUK Progress Outlined.

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Science in the 2010s: Neuroscience - Labmate Online