Artificial Intelligence – Page 11

4 New Implementations of Computer Vision in Marketing

For many in the business and marketing world, computer vision is still a new and somewhat obscure concept. However, it is also one that is rapidly becoming more relevant, particularly with regard to the acquisition, service, and retention of customers. Leaders and professionals implement Computer Vision in Marketing, Operations, Sales, Retail, Security, and many other areas. To recap the core concept quickly, we’ll turn to a simple definition from Towards Data Science, which characterizes computer vision as a field of computer science that enables computers to identify and process objects in images and videos the same way that humans do. We would also add that the improvement of augmented reality technology is in some respects extending computer vision into the world — such that computer systems can also recognize real-world objects and images through their own cameras. It’s all extraordinarily impressive technology, and it can be used for a wide range of purposes. In this piece, though, we’re going to look specifically at some of the ways in which computer vision can help businesses in marketing. Visual Search Assistance Monitoring Store Traffic Customer Personalization Searchable Images Visual Search Assistance Nowadays, marketers are assisted by certain automated features that help to make recommendations and narrow down selections for online shoppers. The process can work in different ways, but typically a customer’s search activity produces unseen tags that reflect apparent interest. Those tags can then be used to filter through additional store offerings so that customers can be presented with suggestions they’ll be likely to appreciate. It is a simple, automated means of improving direct customer engagement. Now, however, computer vision in marketing is refining this same general concept. Through this technology, a company’s system can actually recognize — look at, in a sense — what customers are observing. Rather than relying on tags, which can be somewhat vague, a computer can identify customers’ selected items and actually look for similar items or appropriate accompaniments. The potential is there to improve customer engagement with even greater accuracy. Monitoring Store Traffic Some time ago, The Atlantic posted a thorough, interesting article on what stores do to “follow every step you take.” The idea is to track customers within stores in order to gather data that can effectively shape in-store marketing strategies. By tracking customers — through Bluetooth and Wi-Fi signals, the customers’ own smartphones, etc. — companies can gain insight into which products are being favored, how the store layout might be made more effective, and so on. And now, computer vision is essentially simplifying this process for marketers and shows how computer vision in marketing is beneficial. Customer Personalization Customer personalization is something we typically think of as having to do with content marketing and data analytics. In a broader sense, today’s businesses go to great lengths to make sure that their written and shared content is tailored to specific audiences. Ayima Kickstart examines this as an aspect of content SEO — explaining that companies employ “expert writers” to research target audiences and construct content according to that research. Beyond this, on more of a customer-to-customer basis, a lot of modern businesses are also using various analytical methods to track activity and tailor follow-up recommendations as needed. Through those practices, consumers are effectively guided toward conversions: They’re found and spoken to strategically within broader audiences and then tracked and catered to via tracking as they browse or otherwise engage with the business. It’s an effective process, but we’re now beginning to see computer vision in marketing simplifying it. Searchable Images The last benefit of computer vision in marketing that we’ll discuss here — and perhaps the simplest — is its impact on consumer searches. With computer systems better able to recognize and interpret images, consumers now have the option of plugging images into search mechanisms. This means that if a consumer should come across a photo of an intriguing product — or even take that photo personally — it can be used to search for further information. As this practice becomes more common, it will naturally produce benefits for businesses. However, it also gives marketing departments a whole new way to think about image-driven product marketing and social media outreach. Conclusion All of these represent significant changes and advancements. And yet they’re also only the beginning! In our article ‘How is Vision Analytics Retransforming Modern Industries?’ We pointed out that the global computer vision market anticipates a 7.6% CAGR between 2020 and 2027. Due to sharing of visuals among the customers, online marketing using visual datasets has become crucial for marketers. With the help of computer vision, they can gain customer insights, improve the campaigns and ultimately improve their buying behavior. As Computer Vision is maturing with each passing year, it holds many new opportunities for marketers. That amounts to a prediction of significant growth, which means that computer vision in marketing is going to become even more sophisticated — and produce even more beneficial concepts — over time.

10 AI & ML Secrets Your Competitors Use to Win in the Market

Artificial intelligence has been seeing rapid growth during the last few years. More and more organizations from across the world are investing in AI and machine learning technologies. As per a report, the global market value of artificial intelligence is estimated to be $126 billion by 2025. Be it marketing and sales, business intelligence, customer care, logistics, or the banking and financial sector, AI and Machine Learning hacks play a vital role in streamlining the business processes. Artificial intelligence is said to reach $22.6 billion in the fintech market by 2025, and it is said to touch $40.09 billion in the marketing market by the same year. Many large-scale enterprises and smaller businesses alike are looking at AI and ML with anticipation. But not all of them have the necessary talent pool to implement and work with the updated systems. That’s where artificial intelligence consulting firms are stepping into the picture. By providing customized services to these companies, the AI firms help the top management integrate the latest technology into their systems and train employees to work with AI tools. At the same time, some enterprises have failed to become successful by investing in artificial intelligence. And we know that implementing AI and machine learning includes facing challenges related to organizational culture, skill gap, employee psychology, financial limitations, and data management, among other things. Also, the top management has to think of the existing business challenges such as reduced productivity, lengthy product cycles, delayed transportation, unhappy customers, fraudulent transactions, and much more. So how are the leading multinational companies able to overcome so many challenges using AI? What kind of AI Solutions are they using to become successful? Let’s unveil a few Machine Learning secrets your competitors are using to solve their business challenges and succeed in the market. Machine learning algorithms are dynamic in nature and capable of continuous improvement. Across various industries in the market, machine learning is being used predominantly in these ways to overcome business challenges. 10 AI and Machine Learning Hacks Used By Successful Companies 1. Data Analytics – The Importance of Clean Data Data Analytics is the process of collecting, sorting, and analyzing a vast amount of data to derive valuable insights. There is a lot of raw data scattered throughout the enterprise, and, not to mention, the real-time data that’s always available on the internet. Continuously increasing data these days led to a new process called Data Cleaning. The AI solutions company now focuses on clean data along with big data. Data from the past may not always be relevant in today’s world. Using it for analysis and predictions for the future doesn’t make sense, right? For example, businesses that use mobile eCommerce do not need data from the era where mobile phones were not used for shopping. It further takes more time, money, and effort to sort and process unstructured data, arrive at what is essential, and then use it to generate predictive reports. AI can help you identify which data is relevant and which is not so that your team can work only on new and clean data to get better and accurate predictions. 2. Continuous Improvisation of Customer Segmentation Customer segmentation is the technique of classifying customers and target audiences into different sections based on similarities in their purchase behavior, product requirements, etc. Traditional procedures are time-consuming, and the margin for error is also high. Machine learning consulting company uses data mining and ML algorithms to process data and segment customers into different categories. Instead of guessing or going by instinct, use data-driven marketing procedures to understand customers and target audiences. Data is already available in abundance in the form of email newsletters, website visitors, social media posts, and lead capturing information. It will help to identify profitable customer segments and focus on catering to individual customer needs. By doing this, you can increase sales and customer satisfaction at the same time. However, you need to ensure that you have a proper business case before implementing ML for customer segmentation and customer lifetime value (LTV) prediction. 3. An Additional Approach to Demand Forecasting Demand forecasting is a crucial factor in the manufacturing industry. Producing more when the demand is less and producing less when the demand is more will result in losses for the enterprise. Industries have been following traditional approaches to predicting how much they need to manufacture, how much stock has to be stored in the warehouses, and when it has to be moved to wholesalers and distributors, etc. so that the products will be available in the market for customers’ consumption at the right time. But the forecasts have not always been accurate enough, isn’t it? Wouldn’t you want software that gives more than 90% accurate forecasts? An artificial intelligence consultant can create a robust demand forecasting system that analyses more data in less time. It can find the hidden patterns which the age-old methods ignore. And when data prediction is accurate, the decisions made based on the predictions will also be beneficial. Right? 4. Improved Spam Identification Tools for Enhanced Data Security Spam identification may not seem like a big deal when you say it. But when it comes to cybersecurity, this is one of the most important factors. Machine learning came into existence with spam filters in emails. The algorithm would detect emails that seemed dubious, suspicious, and fake. While this is great for personal use, how does it help businesses? Proofpoint said that 88% of the firms from around the world experienced spear phishing in 2019. According to a report by IBM, it took around 207 days to identify a data breach in 2020. AI services include creating a comprehensive security system that prevents cybercriminals from breaching the security walls and compromising confidential data. Some of the leading antivirus software solutions use machine learning algorithms to identify different types of cybercrimes and protect employees from becoming victims. AI firms are also developing data security protocols to help SEMs and institutions add more security

Facial Recognition For Everyone – A comprehensive guide

Since the 1970s we are trying to make use of the Facial Recognition system to help us in various things, especially in identification. We all have grown up with watching high tech movies showing the use of Facial Recognition technology to identify the friends or enemies, giving access to some data and now even to unlock our mobile phones. We are in the golden age of AI where we want things to work in an advanced way, We are handling issues with much more broaden perspective but sometimes are unable to adapt to these changes at the organisational level. We at DataToBiz are bridging this gap and brings you Facial Recognition for Everyone, Where companies can easily incorporate the power of AI with their current infrastructure. Facial Recognition now a day is widely used in Identification and during this time of an epidemic we can easily avoid touching those fingerprint sensor to mark attendance, We bring out Facial Recognition Solutions where we can mark attendance in your very own device. Our Product AttendanceBro comes with API level integration which enables marking attendance from one’s computer after analysing face and some specific factors. But sometime we might not have an internet connection and want an attendance system that can work on our phone without internet, So here we bring AttendanceBro for Android devices which can work online as well as offline. Here’s our guide on how to build an attendance system which uses Artificial Intelligence to mark attendance of users offline in Android devices : Step 1 : Choosing the right model We at DataToBiz has experienced team which provides AI solution to companies according to the use case. Selecting a model depends on various factors like Number of Users, Nationality, Type of device etc. To know more about selecting a model, feel free to contact us or book an appointment with our AI experts Step 2 : Adding User to Database We will be extensively using google’s ml-vision library to process the model offline in the device. First, we need to make an interface to select the image. Now after making a simple layout of the app, we need to modify the backend of the app.First, we will create a function which will help us getting Image after pressing “Add a Person” button. Then we have to follow few steps to process the image. 1. Feeding our image to a face detector. Here we will first find the face of the person then use those coordinates to crop it out and pass it to the next step. 2. Preprocess the cropped image, perform mean scaling, convert it into a buffer array and extend its dimension so it can be fed to the classifier. 3. Pass processed Image to classifier and hold the result in a variable. Then admin can enter the name of the person and save it in the SQL database which will remain in the android device or can be uploaded to server if needed. Now let’s move to next step of using Face recognition to mark attendance. Step 3 : Marking Group Attendance There might be a situation where we need to mark attendance for 1, 2 or 3 users together. Here we bring Group Attendance option which can mark attendance of N person (If they are clearly visible). Take a look at over all structure of the app. Bonus Step : Liveness Detection If you look at the app structure you’ll notice that along with Add a Person and Group Attendance there’s another option Live Attendance.In facial Recognition the main issue we encounter sometimes is spoofing where an intruder uses a photograph of the user to gain access. So here we bring an anti-spoofing way to mark attendance where a user will have to go through a Liveness Detection process where he will be asked to perform a certain task such as blinking an eye or saying a particular word to mark his attendance. We at DataToBiz are constantly working in utilising the power of Artificial Intelligence in our lives to transform the way we look at problems. We are working deeply in the field of Computer Vision, Data Analysis, Data Warehousing and Data Science. If you have any query, feel free to email us at contact@datatobiz.com or leave a comment.

Impact Of AI In Market Research | How It Is Being Improved

To understand the effect that artificial intelligence (AI) can have on market research. First, it is essential to be clear about what exactly is AI and what it is not. Artificial intelligence is the machine-displayed intellect, which is often distinguished by learning and adaptability. It is not quite the same as automation. Automation is now commonly used for speeding up a variety of processes in the insights field. Automation is essentially the set of guidelines from recruitment to data collection and analysis that a computer follows to perform a function without human assistance. When complex logic and branching paths are introduced, differentiation from AI can be difficult. But, there is a significant difference. Except in the most complex of ways, software follows the instructions it has been given when a process is automated. Every time the cycle runs, the program (or machine) makes no decisions or learns something new. Learning is what makes artificial intelligence stand out from automation. And this is what gives those who accept it the most significant opportunities. Examples Of AI Today With AI Market Research Companies There is already a range of ways in which artificial intelligence can provide researchers with knowledge and analysis that weren’t possible before. Of particular note is the ability to process massive, unstructured datasets. Processing Open End Data In AI-Driven Market Research Dubbed Big Qual, the method of applying methods of statistical analysis to large quantities of written data aims at distilling quantitative information. The natural language API in Google Cloud offers an example of this in practice. The program recognizes “AI” as the most prominent entity in the paragraph (i.e., the most central one in the text). It can also know the category of text, syntactic structure, and provide insights into feelings. In this situation, there was a negative tone in the first and third sentences, while the second was more positive overall. It can reduce the time it takes to evaluate qualitative responses from days to seconds when implemented on a large scale, particularly in the case of open-ended results. How Artificial Intelligence Will Change The Future Of Marketing: Artificial Intelligence In Marketing Analytics? Following is the way in which artificial intelligence change the future of marketing: Proactive Community Management A second direction that artificial intelligence is being used in group management today can be observed. As every group manager can attest, participant disengagement is one of the most significant challenges to a long-lasting society. It can result in a high turnover rate, increased management effort, and outcomes of lower quality. Luckily, AI-driven automated market research behavioral forecasts increased the chance of disengagement. Behavioral predictions include evaluating a vast array of group members’ data points such as several logins, pages viewed, the time between logins, etc. to construct user interaction profiles. When designed against disengaged members and measured, the AI can classify the members are at risk of disengagement. It allows community managers to provide these individuals with additional support and encouragement, thus reducing that risk. Machine Making Decisions Give enough details to a computer, and it’ll be able to make a decision. And that’s precisely what Kia did over two years ago when the company used IBM’s Watson to help determine which influencers on social media would better endorse its Super Bowl commercial. Using Natural Language Processing (NLP), Watson analyzed social media influencers’ vocabulary to recognize which characteristics Kia was searching for – openness to improvement, creative curiosity, and striving for achievement. Perhaps the most exciting thing about this example is that Watson ‘s decisions are those that would be difficult for a human to make, demonstrating the possibility that AI for market insights might better understand us than we can. Future Of AI In Market Research Progress, of course, never ends. We are still very much in the absolute infancy of artificial intelligence. In the years to come, it is a technology that will have a much more significant effect on market research. Although there is no way to predict precisely what the result would be, the ideas outlined here are already being formulated – and that arrive sooner than we expect. Virtual Market Research It’s expensive to hire. It can quickly eat away on a research budget, depending on the sample size and the length of a task. One proposed suggestion to further reduce this expense and extend insight budgets is to create a virtual panel of respondents based on a much smaller sample. The idea is that sample sizes inherently restrict the ability of a company to consider every potential customer and client’s behavior. Hence, taking this sample, representing it as clusters of behavioral traits, and building a larger, more representative pool of virtual cluster respondents offers a more accurate behavior prediction. This method has abundant limitations, such as the likelihood that in the first instance, the virtual respondents will be limited to binary responses. But this still has value – particularly when combined with the ability to run a large number of virtual experiments at once. It may be used to determine the most suitable price point for a product or to understand how sales could be affected by reaction to a change in product attributes. Chatbots As Paul Hudson, CEO of FlexMR, emphasized in a paper presented at Qual360 North America, a question still hangs over whether artificial intelligence could be used to gather on-scale qualitative conversational research. The research chatbots of today are restricted to pre-programmed questions, presented in a user interface typical of a conversation online. However, as developments in AI continue to grow, so will these distribution methods for online questioning. The ultimate test would be whether such a tool could interpret responses from respondents in a way that allowed tailoring and sampling of interesting points following questions. It will signal the change from question delivery to virtual moderator format. The resource is a natural limitation to desk investigation. While valuable, desk research can be time-consuming, meaning that insight does not always reach decision-makers’ hands before a decision

Automated Machine Learning (Automl) | The New Trend In Machine Learning

The digital transformation is driven primarily by the data. So today, companies are searching for as many opportunities to gain as much value from their data as they can. In reality, in recent years, machine learning (ML) has become a fast-growing force across industries. ML ‘s effect on driving software and services in 2017 was immense for companies like Microsoft, Google, and Amazon. And the utility of ML continues to develop in companies of all sizes: examples include fraud prevention, customer service chatbots at banks, automated targeting of consumer segments at marketing agencies, and suggestions for e-commerce goods and retailer personalization. Although ML is a hot subject, there is another popular trend: automated machine learning platform (AutoML). Defining AutoML (Automated Machine Learning) The AutoML field is evolving so rapidly, according to TDWI, there’s no universally agreed-upon definition. Basically, by adding ML to ML itself, AutoML gives expert tools to automate repetitive tasks. The aim of automating ML, according to Google Research, is to build techniques for computers to automatically solve new ML issues, without the need for human ML experts to intercede on each new question. This capability will lead to genuinely smart systems. Furthermore, possibilities are generated thanks to AutoML. These types of technologies, after all, require professional researchers, data scientists and engineers, and worldwide, but such positions are in short supply. Indeed, those positions are so poorly filled that the “citizen data scientist” has arisen. This complementary position, rather than a direct replacement, hires people who lack specialized advanced data scientist expertise. But, using state-of-the-art diagnostic and predictive software, they can produce models. This capability stems from the emergence of AutoML, which can automate many of the tasks that data scientists once perform. To counter the scarcity of AI/ML experts, the AutoML example has the potential to automate some of ML’s most routine activities while improving data scientists’ productivity. Tasks that can be automated include selecting data sources, selecting features, and preparing data, which frees marketing and business analysts time to concentrate on essential tasks. For example, data scientists can fine-tune more new algorithms, create more models in less time, and increase the quality and precision of the model. Automation And Algorithms Organizations have turned toward amplifying the predictive capacity, according to the Harvard Business Review. They’ve combined broad data with complex automated ML to do so. AutoML is marketed as providing opportunities to democratize ML by enabling companies with minimal experience in data science to build analytical pipelines able to solve complex business problems. To illustrate how this works, a current ML pipeline consists of preprocessing, extraction of features, selection of features, engineering of features, selection of algorithms, and tuning of hyper-parameters. But because of the considerable expertise and the time it takes to enforce these measures, there is a high barrier to entry. One of the advantages of AutoML is that it removes some of these constraints by substantially reducing the time it takes to usually execute an ML process under human control, while also increasing the model’s accuracy as opposed to those trained and deployed by humans. Through enacting this, it encourages companies to join ML and free up ML data practitioners and engineers’ resources, allowing them to concentrate on more difficult and challenging challenges. Different Uses Of Automl About 40 percent of data science activities should be automated by 2020, according to Gartner. This automation would result in a broader use by citizen data scientists of data and analytics and improved productivity of skilled data scientists. AutoML tools for this user group typically provide an easy-to-use point-and-click interface for loading ML models for data building. Most Automl tools concentrate on model building rather than automating a whole, particular business feature, such as marketing analytics or customer analytics. However, most Automl tools and ML frameworks do not tackle issues of ongoing data planning, data collection, feature development, and integration of data. It proves to be a problem for people who are data scientists, who have to keep up with large amounts of streaming data and recognize trends that are not apparent. They are still not able to evaluate the streaming data in real-time. And poor business decisions and faulty analytics can arise when the data is not analyzed correctly. Model Building Automation Some businesses have switched to AutoML to automate internal processes, especially building ML models. You may know some of them-Facebook and Google in particular. And Facebook is widely on top of every month’s ML, training, and testing around 300,000 ML models, essentially building an ML assembly line to handle so many models. Asimo is the name of Facebook’s AutoML developer, which produces enhanced versions of existing models automatically. Google also enters the ranks by introducing AutoML techniques to automate the process of discovering optimization models and automating machine learning algorithm design. Automation Of End To End Business Process In certain instances, it is possible to automate entire business processes once the ML models are developed, and a business problem is identified. It needs the data pre-processing and proper function engineering. Zylotech, DataRobot, and Zest Finance are companies that primarily use AutoML for the entire automation of different business processes. Zylotech was developed for the entire customer analytics automation process. The platform features a range of automated ML models with an embedded analytics engine (EAE), automating customer analytics entering the ML process such as convergence, feature development, pattern discovery, data preparation, and model selection. Zylotech allows data scientists and citizen data scientists to access full data almost in real-time, allowing for personalized consumer experiences. DataRobot was developed for predictive analytics automation as a whole. The platform automates the entire lifecycle of modeling, which includes transformations, ingestion of data, and selection of algorithms. The software can be modified, and it can be tailored for particular deployments such as high-volume predictions, and a large number of different models can be created. DataRobot allows citizen data scientists and data scientists to apply predictive analytics algorithms easily and develop models fast. ZestFinance was primarily developed for the

Computer Vision in Healthcare – The Epic Transformation

Before discussing futuristic applications of computer vision in healthcare, let us talk a little about how computer vision works. Although the ability to make machines “see” a still image and read it, is related to human’s ability to see, the machines see everything differently. For example, when we see a picture of a car, we see car doors and windows and glasses, color, tires, and background, but what a machine sees is just a series of numbers, that simply describes the technical aspects of the image. Which does not prove that it is a car. Now, to filter out everything and to arrive at a conclusion that it is a car, is what Neural Networks do. Various Neural Networks and Advanced Machine Learning Models are being developed and tested over the period, a massive amount of training data as being fed and machines, now have achieved a level of accuracy. How AI could benefit Health Care Industry: There have been discussions on how AI could help various industries and Health Care is one of the most talked. There are many ways AI could support the industry. AI is a vast field and can be confusing on what specific model to use. There have been continuous discussions and multiple methods approached and improvised. Support Vector Machines For the purpose of classification and regression, Support Vector Machines can be implemented. Here support vectors are data points, which are closest to the hyperplane. To diagnose cancer and other neurological diseases, SVMs are widely used. Natural Language Processing We now have a large amount of data which is composed of examination results, texts, reports, notes and importantly, discharge information. Now, this data could mean nothing for a machine that has no particular training for reading and learning from such data. This is where NLP could be of use, by learning about keywords related to disease and establishing a connection with historical data. NLP might have many more applications based on needs. Neural Networks Implementing hidden layers to identify and establish a connection between input variables and the outcome. The aim is to decrease the average error by estimating the weight between input and output. Image Analysis, Drug Developments and a few, are the fields where Neural Networks are harnessed. As Always, CNNs are the Best: Convolution Neural Networks, over time, has rapidly been developed and currently is one of the most successful computer vision methods. “CNNs simply learns the patterns from the training data set and tries to see such patterns from new images.”. This is the same as humans learning something new and implying the knowledge but what all these models know is a series of ones and zeros. With an accuracy of 95%, a CNN trained at the University of South Florida, can quietly easily detect small lung tumors, often missed by the human eye. Another research paper suggests that cerebral aneurysms can be detected using deep learning algorithms. At Osaka City University Hospital, they detected cerebral aneurysms with 91-93% of sensitivity. RNNs, which are Recurrent Neural Networks are also popular and could be of great use as they are neural networks but with information in sequence. Performing the same task for multiple elements and composing output based on the last computation. How Google’s DeepMind sets new milestones: Acquired by Google in 2014, DeepMind has outplayed many players and has set a new record in AI for the Health care Industry. Protein Folding is something they have been working on and reached a point where predicting the structure of the protein, wholesomely based on its genetic makeup, is possible. What they did was rely on Deep Neural Networks, which are specifically trained to predict protein properties based on the genetic sequence. Finally, they reached a point where they had the model predict the gap between amino acids and the angles connecting the chemical bonds which connect earlier mentioned amino acids. This could also help in understanding the underlying reasons for how genetic mutation results in disease. Whenever the problem with Protein Folding will be solved, it will allow us to pace up our processes like drug discovery, research, and production of such proteins. How could this help in tackling COVID-19 It is not a new discovery that machine learning can fasten the Drug Development Process for any disease or virus. There are very few datasets available related to Corona and has a lot to tackle in order to establish a conclusion. Recently, there have been developments involving AlphaFold, which is a computational chemistry-related deep learning library. FluSense using Raspberry Pi and Neural Computing Engine: Starting with Lab tests, FluSense is now growing to identify and distinguish human coughing from any other sound, in public places. Idea is to combine the coughing data with people present in the area, which might lead to predicting an index of people affected by the flu. This is a perfect use case of computer vision in healthcare considering the recent pandemic of covid-19. Conclusion Though there have been tremendous developments and many new algorithms are been developed, it would be too early to completely rely on a machine’s output. Efficiently detecting minor diseases around the lungs is a great step, but still, a small error could lead to catastrophic events. Few more steps towards better models and we can improve health care, until then we can rely on image analysis systems as an assistant. DataToBiz has been working with a few healthcare startups in shaping up their computer vision products/services. It has been judged time and again as one of the top AI/ML development companies in the industry. Contact our expert and avail of our AI services.

AI Edge Computing Technology: Edge Computing and Its Future

After Industrialization in the 20th century, Digitalization is one hot topic and an ever-changing environment. From your smartwatches to Android-powered TVs and wonderful IoT applications. Out of all important aspects for emerging technologies, Data is one of the deciding factors. We now have dedicated teams and departments to utilize the Data, for the purpose of improvement, along with a massive amount of supported computing. What is Edge Computing? Imagine a number of machines, connected internally, sharing data, space and computing, now that’s simply Distributed Computing. Edge Computing, similar to Cloud Computing is built on the same Distributed Computing Architecture but differs largely when it brings Data Storage and Computing handy to the end-user. Edge Computing simply implements decentralization, making sure to abolish the need to send the data back and forth from user to centralized data storage. Processing and analyzing the user data is happening right where data is closest, at the end user. Why does Edge Computing Matters? There are always many reasons why any technology is introduced and implemented. Edge computing enables you to safeguard your sensitive data at the local level, by not sending every data part to centralized data storage. Latency is impressively reduced by not having to make roundtrips to the centralized data storage. Though Cloud and Edge Computing share their Distributed Computing Architecture, edge computing overcomes issues of Latency and bandwidth happening over cloud. Many of the operations happening will largely depend on the hardware capacity of the end-user device instead of centralized data systems. Also increases the chances of reaching out to remote or low network locations. Advantages of Edge Computing To begin with, Edge Computing has a great ability to enrich network performance. Latency in the network has been a major cause for delay and edge computing solves it with its architecture to provide data near the user. From a security perspective, it is a genuine concern that with making the network available to the user, it could be used as an easy entry point for attacks and malware insertions. But the Edge Computing architecture of Distributed Computing prevents such attacks, as it does not transfer data back and forth to the central storage or data center. And it is easier to implement various security protocols at the edge and not compromise the whole network. Most of the data and operations are performed on local devices. The need to establish private centralized data centers for collecting and storing data is a past concern now. With Edge Computing, companies can harness the storage and computing of various connected devices at low cost, resulting in immense computing power. As we understand that edge computing brings the enterprises or the solutions to the end-user, the opposite perspective will be that these large enterprises can easily reach their specific markets on the local level. With local data centers, chances of network crash or shut down are way reduced. With a number of local data centers, most of the problems can be detected and solved at the end-user level and the need to engage centralized systems will be not required. Industries Utilizing Edge Computing With every new technology in the market, many industries have their shares of benefits. Edge computing is set to help Customer Care Industry widely. There has been an impressive attempt to implement artificial Intelligence with customer support and voice assistants like Apple’s Siri and Google Home. Cisco, a company well known for its communication tools has begun experimenting with an edge on their cloud networks. IBM now offers you to combine your edge computing experience with WATSON. Other than that, IBM scientists are working on developing a technology to connect mobile devices without Cellular networks or Wi-Fi. Drones are being used for various purposes and edge technology can be used with drones for functions like visual search and image recognition, object tracking and detection. With AI, drones can be trained to function as human search psychology does in matters of identifying objects and faces. Industries will benefit from more and more computing devices being connected to IoT networks, which will help these industries in reaching wider networks, providing flexibility and reliable services. At DataToBiz, we have built custom digital solutions for businesses in various industries. The AI services that we offer not only help the organizations to scale but also have an ‘edge’ in their market. What could be AI’s role in Edge Computing? What is AI Edge Computing? To put it simply, AI on Edge Computing will have an incredible ability for AI Algorithms to be executed locally, on end-user devices. Most of the AI algorithms are largely based on neural networks which required a massive amount of computing power. Major companies manufacturing Central Processing Units (CPUs), Graphics Processing Units (GPUs) and many higher-end processors have pushed the limits and made AI for edge computing possible. These algorithms will function effectively with local data collected and stored. Another factor will be the requirement of training data for such algorithms, which is a lot smaller for edge computing devices. There have been subtle attempts to implement such AI models on edge computing, which results in impressive benefits to the enterprise as well as to the end-user. To Wrap It Up Edge computing has a wide scope and will be implemented for betterment with end-user as well as enterprise perspective. Along with AI, edge computing will attempt to push the traditional limits of edge and several factors like end-user privacy, data storage, security over usual data transmission, and latency will be improved. Edge Computing as a new approach has uncovered opportunities to implement fresh ways to store and process data. Edge computing has many stored-in answers for many enterprises for multiple problems and will be a real-time efficient solution. We at DataToBiz have been solving a few problems with Jetson Nano, Raspberry Pi, Android Devices & a few other AI edge developer kits. Talk to our AI developer today who will understand your business hurdles and will come up with the ideal solution

What Is Facial Recognition, How It Is Used & What Is It’s Future Scope?

Few biometric innovations cause creativity, like facial recognition. Equally, its launch in 2019 and early 2020 has caused profound doubts and unexpected reactions. But later on, something on that. Within this file, you can uncover the truth and patterns of seven facial detections, expected to change the landscape within 2020. Impact of top innovations and suppliers of AI-Often developing industries in 2019-2024 and leading usage cases Face recognition in China, Asia, the United States, the E.U. and the United Kingdom, Brazil, Russia… Privacy versus security: laissez-faire, enforcement, or prohibition? New hacks: can one trick face recognition? Going forward: the approach is hybridized. How Does Facial Recognition Work? For a human face, the program distinguishes 80 nodal positions. In this case, nodal points are endpoints that are used to calculate a person’s face variables, such as nose length or width, eye socket size, and cheekbone form. The method operates by collecting data on a composite picture of an individual’s face for nodal positions and preserving the resultant data as a faceprint. The faceprint is then used as a reference for contrast with data from faces recorded in a picture or photo. Since the facial recognition technology requires just 80 nodal points, when the circumstances are optimal, it can quickly and reliably recognize target individuals. Nonetheless, this form of algorithm is less effective if the subject’s face is partly blurred or in shadow rather than looking forward. The frequency of false positives in facial recognition systems has been halved every two years since 1993, according to the National Institute of Standards and Technology (NIST). High-quality cameras in mobile devices have rendered facial recognition both a viable authentication and identification choice. For example, Apple’s iPhone X and Xs include Face ID technology, which enables users to unlock their phones with a faceprint mapped by the camera on the phone. The phone’s program, which is designed to avoid being spoofed by images or masks utilizing 3-D mapping, records, and contrasts over 30,000 variables. Face ID can be used to authenticate transactions in the iTunes Store, App Store, and iBookStore via Apple Pay and. Apple encrypts and saves cloud-based faceprint data, but authentication takes place directly on the computer. Smart airport ads will now recognize a passer-by’s gender, race, and estimated age and tailor the advertising to the profile of the user. Facebook utilizes face recognition tools for marking images of people. When an individual is marked on an image, the program stores mapping details regarding the facial features of that individual, once appropriate data has been obtained, and the algorithm may use the information to recognize the face of a single person as it occurs in a new picture. To preserve the privacy of users, a function named Picture Check notifies the designated Facebook user. Many forms of facial recognition include eBay, MasterCard, and Alibaba, which, usually referred to as selfie pay, have carried out facial recognition payment methods. The Google Arts & Culture software utilizes facial detection to recognize doppelgangers in museums by comparing the faceprint of a live individual with the faceprint of a portrait. Step 1: The camera can identify and remember one object, either alone or in a crowd, to begin. The face is easily recognized while the individual is staring at the camera directly. The scientific advancements have often rendered it more comfortable to figure out minor differences from this. Step 2: First, they take and examine a snapshot of the nose. Some face recognition is based on 2D photos rather than 3D since it will more easily align a 2D object with the public or archive photographs. Each face is comprised of distinctive landmarks or nodal points. Each human face has 80 nodal dots. Technology for facial recognition analyzes nodal points such as the distance between the eyes or the outline of your cheekbones. Step 3: Your facial examination is then translated into a statistical model. Such facial features are numbers in a database. This file numeric is considered a faceprint. Every individual has his faceprint, similar to the specific structure of a thumbprint. Step 4: Your code is then matched to another faceprint database. This website has images that can be paired with identifiers. More than 641 567million files are open to the FBI through 21 state repositories such as DMVs. Facebook’s images are another illustration of a website millions had exposure. All images which are marked with the name of an individual are part of the Facebook archive. The code instead finds a fit in the supplied database with the exact apps. This returns with the match and details, including name and address added. Developers will use Amazon Recognition, an image processing tool that is part of the Amazon A.I. series, to attach functionality for face recognition and interpretation to a device. Google has a similar functionality through its Google Cloud Vision API. The platform used to track, pair, and classify faces through machine learning is utilized in a broad range of areas, including entertainment and marketing. For starters, the Kinect motion game device makes use of facial recognition to differentiate between participants. Uses of Facial Recognition You Must Know! Face detection may be used for a broad range of purposes, from defense to ads. Any examples in usage include Smartphone makers, including Apple, for public protection. S. Government at airports, by the Homeland Security Agency, to recognize people who can meet their visa criteria. Law enforcement by gathering mugshots can evaluate local, national, and federal assets repositories too. Social networking is used for identifying individuals in photos, which also includes Twitter. Business protection, as businesses may use facial recognition to access their buildings. Marketing, where advertisers may use facial recognition to assess particular age, gender, and ethnicity A variety of possible advantages come with the usage of facial recognition. There is no need to directly touch an authentication system relative to other touch-based biometric identification methods such as fingerprint scanners, which could not function well if a person’s hand is soil. The safety standard

Everything You Need to Know About Computer Vision

To most, they consist of pixels only, but digital images, like any other form of content, can be mined for data by computers. Further, they can also be analyzed afterward. Use image processing methods, including computers, to retrieve the information from still photographs, and even videos. Here we are going to discuss everything you must know about computer vision. There are two forms-Machine Vision, which is this tech’s more “traditional” type, and Computer Vision (CV), a digital world offshoot. While the first is mostly for industrial use, as an example are cameras on a conveyor belt in an industrial plant, the second is to teach computers to extract and understand “hidden” data inside digital images and videos. Thanks to advances in artificial intelligence and innovations in deep learning and neural networks, the field has been able to take big leaps in recent years, and in some tasks related to the detection and labeling of objects has been able to surpass humans. One of the driving factors behind computer vision development is the amount of data we produce now, which will then get used to educate and develop computer vision. What is Computer Vision? Computer vision is a field of computer science that develops techniques and systems to help computers ‘see’ and ‘read’ digital images like the human mind does. The idea of computer vision is to train computers to understand and analyze an image at the pixel level. Images are found in abundance on the internet and in our smartphones, laptops, etc. We take pictures and share them on social media, and upload videos to platforms like YouTube, etc. All these constitute data and are used by various businesses for business/ consumer analytics. However, searching for relevant information in visual format hasn’t been an easy task. The algorithms had to rely on meta descriptions to ‘know’ what the image or video represented. It means that useful information could be lost if the meta description wasn’t updated or didn’t match the search terms. Computer vision is the answer to this problem. The system can now read the image and see if it is relevant to the search. CV empowers systems to describe and recognize an image/ video the way a person can identify a picture they saw earlier. Computer vision is a branch of artificial intelligence where the algorithms are trained to understand and analyze images to make decisions. It is the process of automating human insights in computers. Computer Vision helps empower businesses with the following: Computer vision is largely being used in hospitals to assist doctors in identifying diseased cells and highlighting the probability of a patient contracting the disease in the near future. Computer vision is a field of artificial intelligence and machine learning. It is a multidisciplinary field of study used for image analysis and pattern recognition. Emerging Computer Vision Trends in 2022 Following are some of the emerging trends in computer vision and data analytics: One of the most vigorous and convincing forms of AI is machine vision that you’ve almost definitely seen without even understanding in any number of ways. Here’s a rundown of what it’s like, how it functions, and why it’s so amazing (and will only get better). Computer vision is the computer science area that focuses on the replication of the parts of the complexity of the human visual system as well as enables computers to recognize and process objects in images and videos in the same manner as humans do. Computer vision had only operated in a limited capacity until recently. Thanks to advances in artificial intelligence and innovations in deep learning and neural networks, the field has been able to take big leaps in recent years, and in some tasks related to the detection and labeling of objects has been able to surpass humans. One of the driving factors behind computer vision growth is the amount of data we generate today, which will then get used to train and improve computer vision. In addition to a tremendous amount of visual data (more than 3 billion photographs get exchanged daily online), the computing power needed to analyze the data is now accessible. As the area of computer vision has expanded with new hardware and algorithms, the performance ratings for the recognition of artifacts also have. Today’s devices have achieved 99 percent precision from 50 percent in less than a decade, rendering them more effective than humans in reacting quickly to visual inputs. Early computer vision research started in the 1950s, and by the 1970s it was first put to practical use to differentiate between typed and handwritten text, today, computer vision implementations have grown exponentially. How does Computer Vision Work? One of the big open questions in both neuroscience and machine learning is: Why precisely are our brains functioning, and how can we infer it with our algorithms? The irony is that there are very few practical and systematic brain computing theories. Therefore, even though the fact that Neural Nets are meant to “imitate the way the brain functions,” no one is quite positive if that is valid. The same problem holds with computer vision— because we’re not sure how the brain and eyes interpret things, it’s hard to say how well the techniques used in development mimic our internal mental method. Computer vision is all about pattern recognition on an individual level. Also, one way is to train a machine on how to interpret visual data is to feed. It can get supplied with pictures, hundreds of thousands of images, if possible millions that have got labeled. Also, later on, they can be exposed to different software techniques or algorithms. Further, these can enable the computer to find patterns in all the elements that contribute to those labels. For example, if you feed a computer with a million images of cats (we all love them), it will subject them all to algorithms. Further, that will allow them to analyze the colors in the photo, the shapes, the distances between

Outsourcing AI Requirement To AI Companies Is a New Emergent Trend: An Analysis Justifying It

Are you thinking of outsourcing AI requirement, when you are not sure of the value it can add to your business, during its initial phase of R&D. Whether it is the e-Commerce retail giants Amazon, eBay or an emerging startup, they all have one thing in common, the acceptance to technological advancements and the willingness to adopt it in their process automation. In their visions, AI’s role has been crucial. On a larger scale, Amazon has been automating its godown and warehouses with RPAs or (Robotic Process Automation) by signing a deal with Kiva Systems, a Massachusetts based startup that has been working on making AI robots and software. The report from PwC, a professional service network specify that nearly 45% of the current work is automated in many organizations. Such an approach leads to an annual $2 trillion in savings. Even the emerging startups have started to integrate chatbots in their process management for simplifying the customer engagement process. All these businesses have focussed on outsourcing their AI needs to other companies having the domain expertise in AI. Therefore, it is evident that such a trend has been persistent and will sustain for long in the near future. Let’s look at why this trend is becoming mainstream and why it is beneficial for companies to outsource their AI requirements to other domain experts. Benefits Companies Receive When They Outsource Their AI Access to Top Level Resources or also known as Connoisseurs in AI Companies/corporations work at different wavelengths, and domain expertise differs for all. For example, a company in the retail, supply chain, or logistics might not be an expert in technology. But they do need smart technological solutions that can automate tasks, eliminate the need for workers for menial jobs, and ways that can cut down the operational budget. Though they have full knowledge of their process and domain, having experts to sit in-house for programming, development, and deployment will cost them fortunes. When these companies outsource to AI-oriented companies with expertise in Robotic Process Automation, Business Intelligence, Data Mining, and Visualization, it helps them save additional expenditure from setting up a new tech process and face mental hassles to manage the same. As a result, top companies, whether SMEs, startups, or even MNCs prefer to outsource their AI needs to domain experts in the market. On-Time Delivery of Services & Products On-time delivery is a pressing challenge when you have an in-house team to manage the development, testing and delivery process. For example, a retail giant like Amazon or eBay is more interested in improvising their delivery system, product quality and price optimization rather than spending time manufacturing robots or managing data of consumers on their own. At such instance, they need the support of data management and manufacturing companies on the AI domain to help create feasible solutions for them. Having an expert AI company can assure them of on-time delivery without compromising on the quality. The result would be satisfied and happy customers for the companies hiring AI service provider for their niche based requirement. Setting Up Smooth Business Process Smooth business process using AI solution works best when you have the customized solution provider in the market working on solving your challenges. Most AI driven applications need prevailing market analytics and trends to be incorporated for better performance. Companies who decide to build and manage their AI applications on their own if they excel in different sectors won’t meet the desired results when compared to AI oriented solution providers. Those companies whose main product is AI solutions are continuously monitoring trends and upgrades. They partner with numerous AI based companies, volunteer in AI workshops and programs to further enrich their knowledge base. Thus, ending up as best for companies who want to integrate AI solutions in their scheme of work. These AI based startups, or established companies understand the process of their clients and customize the product to best fit into their requirements. For example, Apple’s Siri, or NetFlix customized content shown to users are best use cases to show how AI can simplify the user experience and set-up a smooth process as per the changing needs of the business. But for banks, pharmaceutical or logistics sectors to develop their own solutions like Apple’s Siri or Netflix’s customized AI data analytics would be a tough job to achieve. Even if they do invest into it, the time investment required to keep things in order might disrupt their natural business process. Hence, they find it much more feasible and cost effective to outsource it to an AI company and develop the solutions on their behalf. Save Expenses In A Big Way For sustainability, businesses have to understand the challenges, market dynamics and adapt to the changes every now and then. Such an approach requires a lot of time investment and spending time to create AI based solutions to simplify their process will be an added liability for resource and time. When companies in other sectors outsource their AI based requirements to a technology company excelling in AI, they save the time and cost. As a result, most companies are willing to outsource their requirements to a tech company rather than managing on their own. Conclusion Outsourcing to AI companies help build customized solution and they bring a lot of advantages for businesses who want to resolve their challenges in the most cost effective manner. When you analyze and find out that even top giants like Amazon and Apple are willing to outsource their specific process to AI companies, it wouldn’t be wrong to conclude that outsourcing looks much more feasible option for most companies these days. We at DataToBiz help our partners in their initial phases of R&D involving Artificial technologies. Contact for further details