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AI 50 2021: Americas Most Promising Artificial …

Reporting by Helen Popkin, Aayushi Pratap and Nina Wolpow

The Covid-19 pandemic was devastating for many industries, but it only accelerated the use of artificial intelligence across the U.S. economy. Amid the crisis, companies scrambled to create new services for remote workers and students, beef up online shopping and dining options, make customer call centers more efficient and speed development of important new drugs.

Even as applications of machine learning and perception platforms become commonplace, a thick layer of hype and fuzzy jargon clings to AI-enabled software.That makes it tough to identify the most compelling companies in the spaceespecially those finding new ways to use AI that create value by making humans more efficient, not redundant.

With this in mind, Forbes has partnered with venture firms Sequoia Capital and Meritech Capital to create our third annual AI 50, a list of private, promising North American companies that are using artificial intelligence in ways that are fundamental to their operations. To be considered, businesses must be privately-held and utilizing machine learning (where systems learn from data to improve on tasks), natural language processing (which enables programs to understand written or spoken language) or computer vision (which relates to how machines see). AI companies incubated at, largely funded through or acquired by large tech, manufacturing or industrial firms arent eligible for consideration.

Our list was compiled through a submission process open to any AI company in the U.S. and Canada. The application asked companies to provide details on their technology, business model, customers and financials like funding, valuation and revenue history (companies had the option to submit information confidentially, to encourage greater transparency). Forbes received several hundred entries, of which nearly 400 qualified for consideration. From there, our data partners applied an algorithm to identify 100 companies with the highest quantitative scoresand that also made diversity a priority. Next, a panel of expert AI judges evaluated the finalists to find the 50 most compelling companies (they were precluded from judging companies in which they have a vested interest).

Among trends this year are what Sequoia Capitals Konstantine Buhler calls AI workbench companiesbuilding of platforms tailored to different enterprises, including Dataiku, DataRobot Domino Data and Databricks. Healthcare and biotech research, as conducted by Komodo Health, Genesis Therapeutics and Verge Genomics, remains a key area for advanced AI, as is computer vision, with companies such as Viz.ai and AMP Robotics using the technology to improve health care and waste recycling. Companies reliant on natural language processing, such as Duolingo, Lilt and Whisper, which developed an AI-enabled hearing aid, are yet another core category. Autonomous vehicles are again represented on the list, this year by Gatik, which sees middle mile driverless deliveries as a lucrative, early market to target.

Looking ahead, judge Andrew Ng, founder of Google Brain, cofounder of Coursera and founder and CEO of Landing AI, sees more opportunities for AI to help manufacturers and healthcare providers with data tailored to their specific needs.

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There are plenty of open source models that you can download that work just fine for a problem, but what really needs to be customized is the data, he says. I'm finding that for multiple companies, by starting to help enterprises efficiently get the data they need to feed into an open source model, that's the key to unlocking the value for that business.

This 2021 list features 31 companies appearing for the first time, while seven have qualified for three years in a row. In terms of valuation, at least 13 of the AI 50 are valued at $100 million or less, while 13 are unicorns valued at $1 billion or more. Silicon Valley remains the hub for AI startups, with 37 of 50 honorees coming from the San Francisco Bay Area.

This years judges included: Tonya Custis, director of AI research, Autodesk; Michael Jordan, professor of computer science, University of California, Berkeley; Xuezhao Lan, founding and managing partner, Basis Set Ventures; Andrew Ng, cofounder, Coursera; computer science adjunct faculty, Stanford University; Fay Cobb Payton, professor of information technology and analytics, North Carolina State University; Gill Pratt, CEO, Toyota Research Institute; chief scientist, Toyota Motor Corp.; Carol Reiley, AI entrepreneur and scientist; former president, Drive.AI; and Raquel Urtasun, professor of computer science, University of Toronto.

Forbes

(Honorees are listed alphabetically. An asterisk donates valuation data from Pitchbook rather than company sources or Forbes estimates.)

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Instead of viruses, spam or ransomware, Abnormal Securitys cybersecurity software targets business email compromise (BEC) attacks, which cost businesses nearly $1.9 billion in 2020, according to the FBI. Thats more than half the $3.5 billion total loses to cybercrime. BEC occurs when a bad actor compromises legitimate corporate email accounts, masquerading as an employee and tricking anyone from the CEO and CFO to the human resources manager into transferring large sums of money or sensitive documents. A lot of the conventional email security companies built technologies that stopped attacks theyve seen before by memorizing known bad behavior, says CEO Evan Reiser. But the schemes keep evolving. To combat the fast-proliferating BEC attacks, Abnormal Security instead borrows from adtech with behavioral profilingthe way Facebook and Twitter can display ads tailored to youto predict the legitimacy of emails seemingly sent by a trusted party, yet requesting money transfers of thousands or even millions of dollars.

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AMPs robots can automatically separate plastic cans from cardboard, batteries from wires and wood from concrete. The company caters to recycling centers by offering robotics software and hardware that autonomously identifies and sorts recyclable materials. Its the brainchild of CEO Matanya Horowitz, who worked on robotic graspingteaching robots how to pick up different objectsas a Ph.D. student at Caltech. Business spiked amid the pandemic, culminating at the end of last year in a deal with Waste Connections, the third-largest waste management company in the United States, to install 25 robots across its facilities, as well as a $55 million funding round.

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AI models in research mode can sometimes react quite differently when analyzing real-world data. But the reason why often isnt available in real time. Founded by Dhinakaran, formerly a key engineer at Uber, and Lopatecki, founder of TubeMogul, an ad-bidding platform, Arize AI is a real-time analytics platform designed to watch, troubleshoot and provide guardrails on deployed AI. In the simplest old school companies we were seeing deployments of hundreds to thousands of models, each touching customers daily, says Lopatecki. I simply couldnt see an AI future that didnt have software that provided observability around ML systems, to help troubleshoot and improve the most complex systems ever deployed.

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Atomwise is powered by a drug discovery algorithm that uses a neural network to simulate how different small molecules may bind to a protein. The machine learning technique allows scientists to rapidly simulate the interactions of millions of molecules to determine which have potential in preclinical trials. Because of their convoluted structures and the complex ways they interact, thousands of proteins remain unlinked to any drug treatments. Atomwises 250 customers, which include research institutions like Columbia University and pharmaceutical companies like Bayer, are running nearly 800 projects across areas including cancer, clotting disorders and brain diseases. Its already helped to discover promising drugs for multiple sclerosis and ebola which were successful in animal trials.

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Tracking ocean-bound cargo shipments is a tricky business. Rough seas, wind and weather can wreak havoc on scheduled arrivals in port and boost fuel use. Bearing wants to smooth things out by using AI to help shippers manage and track their fleets, reduce fuel consumption and optimize routes. Bearings AI models to predict vessel performance are significantly more accurate than the traditional physics-based models used in the industry, says CEO Dylan Keil. Successfully demonstrating Bearings optimization tools in theory, Keil recalls, it was still thrilling to actually guide that first 650-plus-foot vessel across the Pacific. Bearing has partnerships with major global shippers K Line and MOL.

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For CEO Kevin Albert, the challenge is bringing robots out of the factory, as well as science fiction, and creating machines that work in the real world. A Boston Dynamics alumnus, Albert previously worked on BigDog, the four-legged military robot funded by DARPA. That experience helped him identify another massive real-world application: the ever-shifting nature of construction sites, particularly streamlining the laborious process of drywall installation. Using Canvas robots, construction workers can reduce drywall finishing times from seven to two days, while achieving an extra smooth finish. Its AI-driven technology has only been applied to construction sites in Northern California, and the startup plans to use its just-raised $24 million Series B to expand into new markets.

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Billions of dollars are spent on customer resource management systems, yet salesarguably the most important function of any organizationremains the least efficient function of many organizations, notes CEO Andy Byrne. The reason is obvious, he says. Data entry limits time for selling, so sales teams avoid it, resulting in bad data. Clari addresses this pain point by using AI to streamline CRM updates, alleviating the data entry load from the sales team, while managing sales and forecasting with predictive insights.

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Cofounded and chaired by Sebastian Thrun, the creator of Googles self-driving program, Crestas goal is to change the way people have conversations in the customer service industry. It uses AI to learn the most effective replies to customer questions from the best agents in a team. It then provides real-time prompts to less effective call center agents, on what could be best, or most effective, replies to customer questions. CEO Zayd Enama Stanford AI lab Ph.D. dropout who immigrated to the U.S from Karachi, Pakistan at 17says the companys approach helps those employees who are "caught in the middle" to highlight their strengths and become invaluable to their businesses going forward.

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CrowdAI specializes in extracting meaningful information from the flood of visual data created by everything from cell phone cameras to satellites. It does this with a software platform designed to be easily accessible to all users, not just data scientists and developers. CrowdAIs technology is being used by manufacturers, the California Air National Guard and Californias Department of Forestry and Fire Protection, for which it built a custom computer vision model able to detect wildfires in nearly real time. When it comes to computer vision, we believe humans need to remain in the loop, says Devaki Raj.

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Databricks is backed by the four cloud titansAmazon, Google, Microsoft and Salesforcein addition to blue-chip investors such as Andreessen Horowitz and Coatue. Built on top of the analytics engine Apache Spark (also created by its founders), the UC Berkeley-bred company combines the raw data repositories, or data lakes with the structured information of data warehouses to create what CEO Ali Ghodsi calls a lakehouse where companies store and make use of their data. Were able to consolidate all of a customers data workloads, across both analytics and AI, on a single platform, he says. Comcast, Credit Suisse and T-Mobile are among 5,000 customers using Databricks to build business analytics or machine learning tools. Theyve helped the company reach $425 million in annual recurring revenue; following a $1 billion funding round earlier this year, an IPO could soon be on the horizon.

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Founded by four Frenchmen in Paris, Dataiku has expanded into a global operation that makes software for big companies like Pfizer, Sephora and Unilever that want to develop AI by themselves, but lack the resources of Amazon or Google to do so. Levis, for example, used Dataikus tools to create a machine learning-based recommendation system for its customers. After achieving unicorn status at the end of 2019 with a cash injection from Alphabet investment arm CapitalG, the company raised an additional $100 million last year.

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DataRobot helps customerswhether seasoned data experts or coding novicesbuild their own machine learning predictive models. United Airlines, for example, used DataRobots software to predict which passengers might gate-check their bags, while the NBAs Philadelphia 76ers used its tools to help model estimates for season-ticket renewals. During the pandemic, DataRobot partnered with the federal government to identify and resolve gaps in Covid-19 information to provide visibility on hospital data such as ICU and ventilator supplies and bed shortages. We also overhauled and improved forecasting models being used by decision-makers in vaccine clinical trials to accelerate the approval timelines, says CEO Dan Wright, who took over the top role from Jeremy Achin in March.

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As a dark matter Ph.D. student, Scott Stephenson started recording audio as part of his research, noting the silence and background noise that existed between acoustic information he meant to capture. Developing a tool that could mine that meaningful sound resulted in Deepgram, automatic speech recognition software that facilitates better transcriptions of recorded audio like that of an in-person meeting or a Zoom-based conference call. Though it is one of many companies optimizing transcriptions, Deepgram claims to be the only platform that learns based on phonetic patterns and phrases, including industry-specific terms often misunderstood by speech-to-text services.

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The race to commercialize self-driving cars depends on high-definition maps for vehicles to know where they are, and many of the companies developing that technology were diverting resources to build their own maps. DeepMap was founded to help companies avoid that redundant effort and save money by creating a map engine as a service. It uses deep learning to automatically detect and create 3D map features and landmarks, such as street signs, signals and lane lines, from input sensor data. The technology can support millions of cars while keeping map quality high, map consumption highly efficient and cost very low, say founders James Wu and Mark Wheeler.

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Elprin, Yang and Granade came up with the idea for Dominosoftware that gives data scientists the tools they need to create, test, and run their own AI modelswhile leading hedge fund Bridgewater Associates research organization. They understood that in order to catch up with Bridgewater and other model-driven businesses like Amazon, Netflix and Tencent, novice and veteran companies alike would benefit from access to new technologies and platforms that would enable data science as a core capability: thats what Domino aims to do. Over the coming decade, winners in all industries will be the ones that put models at their heart of their businesses, Elprin says. So far, big-name customers include Johnson & Johnson, Lockheed Martin, Dell and Allstate.

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No matter who you are, where you come from or what you do, youve probably heard of Duolingo: the AI-driven language-learning app may already be sending daily reminders to practice your French. This kind of ubiquity is what CEO Luis von Ahnwho was a 2006 MacArthur Fellow and previously launched reCaptchais looking for. Duolingo is used by people all across the socioeconomic spectrum, from Syrian refugees to billionaires and celebrities like Bill Gates and Joe Jonas, von Ahn says. Such broad adoption, fueled partially by pandemic-boredom, led to a $750 million surge in valuation over a seven-month period in 2020.

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A late cancer diagnosis means a higher chance of death. Using AI and automation, Ezra studies MRI scans to help radiologists detect cancer lesions faster and better. Its technology, which was approved by the FDA in October 2020, automates interpretation of the size and boundaries of cancerous lesions, faster than the amount of time a radiologist would take. CEO Emi Gal, who is at high risk for melanoma, dreams of making a $500 full body MRI for cancer, in the next 3 years.

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Data from industrial and manufacturing operations is growing at a rate that equals human data but companies are only able to utilize about 2%, according to Falkonry CEO Nikunj Mehta. He saw an opportunity to utilize that underexploited data using AI and machine learning to help companies improve all aspects of their operations. The software platform it developed to do this is particularly suited for manufacturing, defense and energy fleet operations, says Mehta. It monitors operations and detects and predicts failures, and is already being used by customers including the U.S. Air Force, IMA Life and steel producer Ternium.

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FarmWise AI-driven precision weeding machines help farmers streamline the process of growing high-value commodity vegetables. Serving farms in California and Arizona, Farmwise offers its technology as a service, charging a per-acre fee to weed fields rather than selling its equipment. The more times a machine visit a given farm, the more it learns, and the better at weeding it becomes. The company is also developing a grower dashboard that will allow farmers to track metrics like precise crop count, size and spacing trends within given fields.

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As engineering manager of Facebooks News Feed team, Gade was tasked with building Why Am I Seeing This, an internal tool to help understand how its algorithm elevated certain stories. Every company should understand the inner workings of its AI models, Gade thought, and Fiddler Labs was born. We cannot allow algorithms to operate with a lack of transparency, he says. We need accountability to build trust between humans and AI. Fiddler Labs platform enables companies to analyze and understand the AI in their system while meeting regulatory compliance and building trust in the end user.

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Cofounded by Deon Nicholas and Sami Ghoche in 2017, Forethought is an enterprise search company that created a question-answering retrieval AI agent called Agatha. It embeds into existing employee workflows, helping them work more efficiently instead of replacing them to improve customer service. Agatha solves and assists using machine learning and natural language processing that continues to improve over time. While some tasks will be automated in the future with AI, some things will also work better with a compassionate human completing the task, says Nicholas.

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Most companies in the multibillion-dollar race to commercialize autonomous driving have focused on the toughest challenges, such as robotaxis and self-driving big rigs. Gatik zeroed in on a more near-term application: middle mile routes hauling goods on fixed, repeatable circuits. B2B short-haul logistics was where we felt we could add the most value, bring a product to market quickly and scale safely, says CEO Gautam Narang. We figured out a business model with strong economics at the same time as solving the technology for commercial deliveries. The company expects revenue to grow by up to five times in 2021 and counts Walmart as a major customer, and is developing medium-duty autonomous delivery trucks with Isuzu.

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Genesis is on a path to discover new drugs using AI. Its software studies the chemistry of new molecules to predict which could be safe and efficacious drug options for human diseases. CEO Evan Feinberg, who earned a Ph.D. from Stanford University, says drug discovery is akin to finding a needle in a haystack. While traditional methods were error-prone and slow at predicting promising drug candidates, technological advances are helping change that, he says. Rather than applying AI solutions for image recognition or language processing to the pharmaceutical industry, Feinberg and chief technology officer Ben Sklaroff created new AI tools specifically for chemistry.

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Thousands of sales teams rely on Gongs natural language processing capabilities to close deals and shorten sales cycles. 99% of the information shared by customers never makes it to the CRM and the 1% that does is heavily filtered, says CEO Amit Bendov of the software landscape when he started the company. Gong, he says, translates the information into higher-order insights. First, it transcribes customer emails, phone and video calls, then it employs machine learning to analyze everything from when a customer is ready to be pitched for a product refresh to which deals are at risk of being lost. When we started the company, AI/ML just crossed a threshold of being good enough for our needs, Bendov says. Had we started the company a couple of years earlier we might have not been successful.

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Gretel is an open-source, synthetic machine learning library that helps developers anonymize the user date they need to build new and better features. Red tape and manual redaction of personally identifiable information slows the process of acquiring the workable data needed to test new ideas in the digital realm. Through Gretel, developers can generate synthetic datasets that are statistically equivalent to the sensitive information theyre based on, yet cant be traced back to the individuals within the original data.

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Hyperscience was created to make data entry less boring, keep it from being relegated to a back-office chore and make it a seamless part of a companys everyday operations, regardless of the strength of that organizations machine learning team. Rather than take this work out of the hands of human workers, the company develops collaborative, AI-driven solutions that adapt to unique data-entry problems. Weve created a new class of software that deliberately divides work between people and machines based on the needs of the task, CEO Peter Brodsky says. The team attributes a 10-fold increase in platform usage over the last year, leading to a doubled employee base, to the appeal of this approach.

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Icertis software takes contracts and extracts the data in them. Trained on 10 million contracts across more than 40 languages, its artificial intelligence puts an eye on every contract for use cases from simple automation of administrative tasks to analyzing risks or ensuring compliance. About 225 customers, including Apple, Johnson & Johnson, Porsche and Microsoftwhere CEO Samir Bodas was previously a directoruse Icertis, which in March raised $80 million in a Series F funding round.

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When the government introduced the Paycheck Protection Program, banks had to scramble to process unstructured data like scanned W-2s and pay stubs. Instabase, a platform that allows businesses to build customizable apps to automate different parts of their businesses, tackled this new pain point. For seven days, the company worked around the clock creating an app that allowed banks to process hundreds of thousands of PPP loan applications a day. It was scary, and there were uncertainties and anxiety,'' says CEO Anant Bhardwaj. With products that help customers integrate third-party models, the company hopes to provide similarly effective solutions for customers in every sector.

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Founded by a pair of longtime healthcare consultants, Intelligencia bucks the trend of pharmaceutical companies searching for drugs with their own AI. Instead, it partners with existing pharmaceutical companies to provide software thats meant to minimize the risk of failure in drug development and clinical trials. The startup uses AI to predict the likelihood that a clinical trial will succeed and also provides input on how to improve the trial or what other areas of research to target. Our strong belief is that biotech needs to catch up to baseball and its own Moneyball moment is here, says cofounder Vangelis Vergetis, referencing the 2011 film in which a small-budget baseball team used advanced analytics to outperform expectations.

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Contracts are the atomic unit of modern business, says CEO Jason Boehmig, who had the idea to bring intelligent software into the legal world while he was still in law school at Notre Dame. After leaving his first law firm job, Boehmig, along with chief technology officer Cai GoGwilt, launched Ironclad, which uses AI to digitize contracts and related processes, creating useful data packages. Ironclads AI capabilities are built in partnership with Google Cloud AI and allow customers to upload legacy contracts 40% to 50% faster than they could before, according to the startup. The company raised a $100 million Series D in January, which it plans to use to drive product innovation and scale go-to-market functions.

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The backbone of Komodo Health is a map which compiles the clinical encounters of 325 million patients who go through the healthcare system. The end result is a massive web of data that allows Komodos more than 100 customerswhich span government agencies, healthcare payers and pharmaceutical firmsto uncover a slew of clinical and business insights. Komodos analytics-driven AI algorithms allow for use cases that include forecasting the market for a drug, identifying potential patients for a clinical trial and tracking the effectiveness of treatments after they hit the market. The startup more than tripled its funding total in March following a $220 million fundraise that it says will be used for bulking up its software features even further.

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As researchers working on Google Translate, Spence Green and John DeNero were initially surprised to learn that the search giants localization teamtasked with branding products for different areas of the worlddidnt use the tool. Anyone whos tried the machine translation program knows the results can be literal and awkwardinsufficient for many business use cases. We started building human-machine systems that utilize the scalability and efficiency of machines and the ingenuity and creativity of people, says Green. He describes Lilt as the world's first and only interactive, self-learning neural machine translation system. The companys technology-enabled translation services are used by enterprises and government entities around the world, including Intel and the U.S. Air Force.

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Financial reporting can be laden with errors and omissions, whether intentional or not. MindBridges analytics software functions as an audit machine that searches financial documentation for missing links, incorrect data and even fraud. Its AI is trained on reliable accounting practices in order to identify unusual transactions and outliers. Founder Solon Angel, who left San Francisco for Ottawa after the 2008 financial crisis, partially credits the Canadian government for helping MindBrdige take shape. Now, established institutions like the Bank of England and the National Bank of Canada, as well as more than 8,000 firms and over 120 universities employ MindBridges software. In April, the startup was awarded a patent for data ingestion by the U.S. Patent and Trademark Office.

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MindsDB is an open-source automated machine learning platform made for data scientists and developers to quickly train and deploy models. Our mission is to put machine learning in the hands of more people, says chief operating officer Adam Carrigan. Through MindsDB, data can be used straight from the database, datastores or business intelligence tools to generate AI-driven forecasts for what matters most to the business. Through its simple interface, users can train and deploy machine learning models directly in the database with a few code lines, standard query language or a few clicks. The open-source tool has more than 10,000 users; in late 2020, it began offering paid premium services.

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Moveworks launched with a bot that could autonomously resolve employees IT issues. Its natural language processing capabilities allow it to understand conversational or ambiguous questions. A query such as I can't log in! will prompt Moveworks to automatically reset the password or multi-factor tokens. I spilled coffee on my laptop and now it wont turn on returns a filled-out loaner laptop form. CEO Bhavin Shah says the company celebrated a major landmark in the summer of 2018 when one customer resolved 20% of IT issues autonomously, without any human support. That number is now up to 40% on average, he says, and as high as 65% for one company. In March, Moveworks expanded its AI capabilities beyond IT to human resources, facilities and finance.

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Narrativ was started with the idea that brands can add more customers by paying content creators who reference them in order to drive readers to their products. The companys platform also matches creators with the most relevant products and brands, from customers including Best Buy, Ulta Beauty, Samsung, LOreal, Yeti and Sephora. Despite the challenges of Covid-19, Narrativ doubled in size in 2020, and did so while prioritizing diversity. Its workforce is 60% people of color and 42% female.

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Nines helps physicians and radiologists diagnose diseases faster. For example, its AI-based tools can measure lung nodules that accelerate diagnoses of certain respiratory diseases. This reduces the amount of time radiologists spend measuring pulmonary nodules and speeds the diagnosis for patients. By saving precious time otherwise spent on administrative and non-diagnostic tasks, the company says its technology allows imaging centers and hospitals to turn patients around faster.

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Despite the oft-heard customer service disclaimer that calls may be recorded for quality and training'' that rarely happens, says chief revenue officer Sharath Keshava Narayana. Contact centers only listen to 1% to 2% of calls or even fewer. The startups founders saw a rich opportunity to apply speech analytics to this untapped opportunity, leveraging speech-to-text and natural language processing to find points of interest in human conversation. Observe.AI provides call center customers with supervised machine learning to better understand customer moods, if contact center guidelines are being followed and help coach human agents to provide a better customer experience.

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Replicant is building artificial intelligence for customer service calls. The Atomic Labs alumnus, however, differs in its approach to call center automation. True to its namean homage to the genetically engineered humans in Blade RunnerReplicants solution involves an AI bot with a humanlike voice that can hold a conversation with people calling with customer service questions. Replicants voice AI agent eliminates wait times and can autonomously resolve basic issues, while routing calls that require high empathy to human reps. Launching its product just months before the pandemic, Replicants product was put to the test immediately, says CEO Gadi Shamia, and in one case scaled more than 30,000 AI-powered calls per day within 10 weeks. Every time I wait on a long hold, listening to the hold message on a loop, I am reminded why we started Replicant and how much work is still ahead of us, he says.

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Digital training platform Sama was created in 2008 by Leila Janah, who wanted to connect students and people in developing countries to the digital economy and tech-oriented jobs. She was inspired to do so when she was just 25, after a stint teaching English in Africa. Since then, Sama has expanded significantly, developing training programs for corporate giants including Walmart, Google and NVIDIA. Its training data powers machine learning algorithms for an array of applications, spanning robot-assisted surgery to autonomous vehicles to personalized online shopping. Sama also launched an AI bias detection solution and, though Janah died of cancer in 2020, remains committed to improving job opportunities for people from disadvantaged communities, according to CEO Wendy Gonzalez.

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Samsara was created with the idea that cloud and AI tools can make industrial operations safer, more efficient and more sustainable. The companys platform, which has proven to be particularly helpful for trucking fleet operators, collects information from real-time HD video feeds, sensors and data entry workflows and then uses machine learning to sift through the data to identify areas for improvement. For example, its dash cameras spot distracted driving and provide driver alerts and coaching tips in real time. Its platform monitors speeding and fuel consumption and is used to help cities like Boston manage electric vehicle fleets.

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Alex Wang dropped out of MIT to launch Scale AI in 2016. Today he leads a unicorn that helps companies like Etsy, PayPal, Samsung and Toyota, as well as the Department of Defense, build and manage their AI and machine learning models. Scales focus is better labeling of vast amounts of data companies collect and need to train ML algorithms. In April, Scale closed a $325 million Series E investment round to expand its team and product offerings and added Jeff Wilke, former CEO of Amazon Worldwide Consumer, as an advisor.

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Artificial Intelligence as the core of logistics operation – Entrepreneur

ADA is the assistant that operates as Artificial Intelligence on the SimpliRoute platform. It helps solve about 25 tasks and is based on machine learning.

Submit your email below to get an exclusive glimpse of Chapter 3: Good Idea! How Do I Know If I Have a Great Idea for a Business?

August25, 20213 min read

For more technology and data that one integrates into a software, in the end always experience and learning are the fundamental pillars. The important thing is to understand how to extract them intelligently . With that phrase, lvaro Echeverra, co-founder and CEO of SimpliRoute, recalls the need that shaped the idea of creating an AI virtual assistant to optimize its logistics platform.

The startup is dedicated to optimizing routes for dispatch vehicles. The problem, according to Echeverra, was that despite the fact that logarithms and data science effectively optimize logistics a lot, there are things that no default software can evaluate, such as whether a street is in poor condition, whether it is too narrow for a truck. or if it is unsafe at a certain time. This valuable information is held by the drivers .

This premise led us to think of intelligence as the core of the operation, capable of learning from the behavior of the drivers who use the platform. Today, after more than a year of development, this has resulted in ADA, the first AI Virtual Assistant developed 100% in-house and integrated into a logistics platform, such as the popular Siri on Apple devices.

Photo: SimpleRoute

ADA has been fully integrated into SimpliRoute for a few months, and its mission is to send alerts and suggestions to drivers of companies that use the platform, in addition to collecting learning to reschedule future actions and thus further optimize routes. For example, based on learning, the AI recommends which driver should use which vehicle based on the performance of each one on historic routes; whether the company should change its fleet size based on historical utilization; o suggest optimized time windows when dispatching; among other tasks.

For us it is a big step to implement our own AI that works as a nuclear intelligence that collects the real experience in the street. Our focus as a Chilean scaleup is to be at the technological forefront in the world, and we will only achieve this by constantly improving our integration with artificial intelligence and machine learning , says the CEO of Simpliroute. .

Currently, the AI is already working together with the drivers on the new version of the app. And while for now it issues alerts and works in the background, it is expected that users will soon be able to interact directly with the AI to request information or advice.

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Artificial Intelligence as the core of logistics operation - Entrepreneur

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Artificial Intelligence in Construction Market Estimated to Generate a Revenue of $2642.4 Million by 2026, Growing – GlobeNewswire

New York, USA, Aug. 25, 2021 (GLOBE NEWSWIRE) -- According to a report published by Research Dive, artificial intelligence in construction market is expected to generate a revenue of $2,642.4 million, growing at a CAGR of 26.3% during the forecast period (2019-2026). The inclusive report provides a brief overview of the current scenario of the market including significant aspects of the market such as growth factors, challenges, restraints and various opportunities during the forecast period. The report also provides all the market figures making it easier and helpful for the new participants to understand the market.

Download FREE Sample Report of the Global Artificial Intelligence in Construction Market: https://www.researchdive.com/download-sample/46

Dynamics of the Market

Drivers: The application of artificial intelligence does not only provide a great deal of efficacy and productivity in various construction processes, but it also reduces the overall time required to complete any given task. Moreover, companies can save a lot of money by adopting AI in their construction processes. These factors are expected to drive the growth of the market during the forecast period.

Restraints: Lack in availability of skilled and knowledgeable professionals is expected to impede the growth of the market during the forecast period.

Opportunities: Persistent technological advancements in AI and IOTs are expected to create vital opportunities for the growth of the market during the forecast period.

Check out How COVID-19 impacts the Global Artificial Intelligence in Construction Market: https://www.researchdive.com/connect-to-analyst/46

Segments of the Market

The report has divided the market into different segments based on application and region.

Application: Planning and Design Sub-segment to be Most Profitable

The planning and design sub-segment are expected to grow exponentially with a CAGR of 28.9% during the forecast period. Massive amount of money is being invested in the planning, designing, research, architecture and so on for the construction of buildings, especially with the help of artificial intelligence. This factor is expected to bolster the growth of the sub-segment during the forecast period.

Check out all Information and communication technology & media Industry Reports: https://www.researchdive.com/information-and-communication-technology-and-media

Region: Europe Anticipated to have the Highest Growth Rate

European AI in construction market is expected to grow exponentially in the coming years with a CAGR of 26.7% during the forecast period. The adoption of Industry 4.0, eased governmental regulations and advancements in internet of things (IOT) are expected to fuel the growth of the market during the forecast period.

Access Varied Market Reports Bearing Extensive Analysis of the Market Situation, Updated With The Impact of COVID-19: https://www.researchdive.com/covid-19-insights

Key Players of the Market

Autodesk, Inc., Building System Planning, Inc. Smartvid.io, Inc. Komatsu Ltd NVIDIA Corporation Doxel Inc. Volvo AB Dassault Systemes SE

For instance, in May 2021, Procore Technologies Inc., a leading provider of construction management software, acquired INDUS.AI, an advanced AI construction platform, to add computer vision abilities to the Procore platform in order to maximize its efficiency and future profitability.

The report also summarizes many important aspects including financial performance of the key players, SWOT analysis, product portfolio, and latest strategic developments.Click Here to Get Absolute Top Companies Development Strategies Summary Report.

TRENDING REPORTS WITH COVID-19 IMPACT ANALYSIS

Point of Sale Software Market: https://www.researchdive.com/8423/point-of-sale-software-market

Quantum Computing Market: https://www.researchdive.com/8332/quantum-computing-market

Payment Processing Solutions Market: https://www.researchdive.com/416/payment-processing-solutions-market

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Artificial Intelligence in Construction Market Estimated to Generate a Revenue of $2642.4 Million by 2026, Growing - GlobeNewswire

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Deloitte AI Institute Unveils the Artificial Intelligence Dossier, a Compendium of the Top Business Use Cases for AI – KPVI News 6

NEW YORK, Aug. 24, 2021 /PRNewswire/ -- TheDeloitte AI Institutetoday unveiled a new report that examines the most compelling business use cases for artificial intelligence (AI) across six major industries. The report, "The AI Dossier," helps business leaders understand the value AI can deliver today and in the future so that they can make smarter decisions about when, where and how to deploy AI within their organizations.

"The AI Dossier" illustrates use cases across six industries, including consumer; energy, resources and industrial; financial services; government and public services; life sciences and health care; and technology, media and telecommunications. For each industry, the report highlights the most valuable, business-ready use cases for AI-related technologies examining the key business issues and opportunities, how AI can help, and the benefits that are likely to be achieved. The report also highlights the top emerging AI use cases that are expected to have a major impact on the industry's future.

"Artificial intelligence has made the leap to practical reality and is quickly becoming a competitive necessity. Yet, amidst the current frenzy of AI advancement and adoption, many leaders are questioning what AI can actually do for their businesses," said Nitin Mittal, U.S. AI co-leader and principal, Deloitte Consulting LLP. "The AI Dossier can help these leaders understand the value AI can deliver and how to prioritize their investment in AI, today and in the future."

Deloitte's "State of AI in the Enterprise, 3rd Edition"study found that 74% of businesses are still in the AI experimentation stage with a focus on modernizing their data for AI and building AI expertise through an assortment of siloed pilot programs and proofs-of-concept, but without a clear vision of how all the pieces fit together. By contrast, only 26% of businesses are focused on deploying high impact AI use cases at scale, which is where AI can create real value.

"While AI adoption rates and maturity vary widely across industries, AI is driving new levels of efficiency and performance for businesses of all sizes," said Irfan Saif, U.S. AI co-leader, Deloitte Risk & Financial Advisory, and principal, Deloitte & Touche LLP. "Organizations have the opportunity to unlock the full potential of AI when they embrace it and deploy it at scale throughout their enterprise."

Six ways AI creates value for business

The report looks across all the industry-specific use cases to identify six major ways AI can create value for business:

The Deloitte AI Institute supports the positive growth and development of AI through engaged conversations and innovative research. It also focuses on building ecosystem relationships that help advance human-machine collaboration in the Age of With, a world where humans work side-by-side with machines.

About Deloitte

Deloitte provides industry-leading audit, consulting, tax and advisory services to many of the world's most admired brands, including nearly 90% of the Fortune 500 and more than 7,000 private companies.Our people come togetherfor the greater good and work across the industry sectors that drive and shape today's marketplace delivering measurable and lasting results that help reinforce public trust in our capital markets, inspire clients to see challenges as opportunities to transform and thrive, and help lead the way toward a stronger economy and a healthier society. Deloitte is proud to be part of the largest global professional services network serving our clients in the markets that are most important to them.Building on more than 175 years of service, our network of member firms spans more than 150 countries and territories. Learn how Deloitte's more than 330,000 people worldwide connect for impact at http://www.deloitte.com.

Deloitte refers to one or more of Deloitte Touche Tohmatsu Limited, a UK private company limited by guarantee ("DTTL"), its network of member firms, and their related entities. DTTL and each of its member firms are legally separate and independent entities. DTTL (also referred to as "Deloitte Global") does not provide services to clients. In the United States, Deloitte refers to one or more of the US member firms of DTTL, their related entities that operate using the "Deloitte" name in the United States and their respective affiliates. Certain services may not be available to attest clients under the rules and regulations of public accounting. Please see http://www.deloitte.com/aboutto learn more about our global network of member firms.

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SOURCE Deloitte AI Institute

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Artificial Intelligence: The Next Generation Anti-Corruption Technology – Analytics Insight

Artificial Intelligence (AI) can be a useful weapon in the fight against corruption. Its capacity to handle huge data is unrivaled, as is its ability to spot abnormalities or trends, such as in financial transaction data. Some of the ways AI is used in society have skeptics, who fear a society that is more monitored, putting privacy and individual freedom in danger. Lets get into the topic in more detail.

Artificial intelligence (AI) refers to technologies that allow machines to simulate human intelligence in order to tackle complicated issues. On the one hand, there are techniques in which an algorithm, or a recipe for dealing with a given set of inputs, directs the computer process that decides or recommends a result. Machine learning (ML) is a subdomain of this area, in which many approaches of varying degrees of complexity are used to tackle diverse issues. Some of these methods require a dataset in order to train the algorithm on how to deal with the data. The datasets used to ride the algorithm are often the source of algorithmic bias. Without any supervision, certain systems learn how to produce the best possible result. Artificial neural networks are built in the same way as our brain is. Millions of computations are done and communicated between the networks nodes, resulting in a level of complexity that is difficult to comprehend. The term black box problem describes calculations in sophisticated algorithms that are not transparent. Artificial general intelligence (AGI) or superintelligence, which are more sophisticated imitations of human intelligence, remain in the future and are not the subject of this text. Were also not going to talk about robotics.

Development organizations express optimism about the benefits of new technologies, as well as some skepticism about the drawbacks.

Some designs include new, digitized procedures that eliminate previously corruptible jobs. Other initiatives use a more direct approach to uncovering previously concealed transactions or perpetrators of fraud.

In many situations, the basis on which AI applications are built is digitized interactions between society and its inhabitants. Reconfiguring business or governance processes to allow for automation and AI help may, in some circumstances, minimize the risk of fraudulent activity.

Artificial intelligence, according to Oxford Insights, is the next step in anti-corruption, partially because of its capacity to uncover patterns in datasets that are too vast for people to handle. Humans may focus on specifics and follow up on suspected abuse, fraud, or corruption by using AI to discover components of interest. Mexico is an example of a country where artificial intelligence alone may not be enough to win the war.

The telecommunications industry is one of several segments of the Mexican economy that has witnessed improvement. Telecom was once dominated by a single company, but it is now open to competition. As a result, the cost of connectivity has decreased significantly, and the government is currently preparing for its largest investment ever. By 2024, the objective is to have a 4G mobile connection available to more than 90% of the population. In a society moving toward digital state services, the affordable connection is critical.

The next stage is for the country to establish an AI strategy. The next national AI strategy will include initiatives such as striving toward AI-based solutions to offer government services for less money or introducing AI-driven smart procurement. In brief, Mexico aspires to be one of the worlds first 10 countries to adopt a national AI policy.

Corruption and fraud in donor holdings are one problem where new technology might help speed up investigations or make suspicious occurrences easier to identify. The International Aid Transparency Initiative (IATIOpenAid)s idea has been around for a long and has been implemented by a number of countries. Transactions and reporting must be synchronized for AI technologies to be effective. Projects spanning several nations, including different languages, currencies, or reporting methods may require some cleaning before an AI program can monitor effectively enough to detect potential anomalies with a satisfactory degree of precision. The following sample comes from a fully digitized donor organization with a well-established structure. Even yet, the reports must be reviewed by humans before being disseminated. To help with this, a machine learning program was built.

For the AI revolution to materialize, digitization is required. Improving the volume and quality of the data from diverse areas of society is one cross-national goal for IBM and the corporations more than 24 regional offices in Africa. A major problem is the absence of trustworthy and consistent data, such as from off-grid economies. To assist this digitization initiative, IBM is using resources from its regular business operations.

There are reasons to be concerned about biased outcomes if and when AI is used in governance and decision-making to assist or replace existing services. Adverse side effects of these decision-making systems might be caused by bias in the data for training the AI or in the algorithms architecture. The black box problem refers to opaque algorithms and, as a result, opaque decision-making systems. The ability to explain necessitates the development of transparent algorithms or techniques capable of testing or contesting judgments. Several organizations, including the European Union, have created ethical standards for the design, implementation, and promotion of AI trust, emphasizing that a trustworthy AI should be legal, ethical, and resilient. When technology advances faster than regulation, challenges arise because it may function in uncontrolled, global settings.

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Business Trends going on in the world of Artificial Intelligence right now – TechGenyz

Far-reaching AI

Artificial intelligence (AI) is all around us. I didnt make that statement because I read it somewhere from a popular news website or from Twitter. We dont have to go far for AI services; while writing this article, Ive likely spoiled the first trend-that people dont talk about something that has been an invisible guiding hand.

Im using AI services right now while typing this text. I unlock my phone through my face because of AI. A sleeping app might use the data on how I sleep to organize my nighttime routine. The smartwatch on my wrist checks my pulse and offers breathing techniques to relax me, especially if my pulse seems like Im having anxiety.

Through machine learning (ML), an author like me can publish the text that youre reading right now through the Internet. Advanced routing and software define networks constantly process new ways to deliver this text faster. These technologies are also the same ones used to make sure that the advertisement you see next to this text is something interesting to you.

The package Ive yet to open today-and the logistics systems in place so I can receive it-benefit from a highly optimized and efficient AI. Opening my online account also means that such AI can recommend how to allocate my budget on expenses categories. And taking a photo of the Moon overhead means that my phones artificial intelligence, through machine learning will use high-tech computational photography.

Unlike in the past, AI can effortlessly combine multiple frames to create a beautiful, high-resolution image, despite having no tripod and using small lenses. This is not possible ten years ago. I can also open some old photos, and AI aids me if I want to get rid of noise, do advanced upscaling, or even automatically remove unnecessary objects.

This for me is trend number one: AI is more widespread and more unnoticed. There cannot be an on-and-off switch for AI; it assists and keeps on assisting with our daily lives and business activities. We are also growing our dependence on AIs imperceptible yet beneficial benefits.

Lets check what other things are going on in the world of AI right now, and what could happen next.

From AI winters- which are defined as a period in which there is limited interest and funding to advance AI research- to over-hyping, artificial intelligence for a very long time has been relegated to simply a niche scientific field. The limits of software and hardware technology back then certainly didnt help, and so it couldnt be used commercially. Sometimes, a breakthrough might come, but this new hope would fade away, and AI winters would crop up again and again.

Nevertheless, by the turn of the 2010s optimism about the benefits of AI has grown tremendously and reached across the world. There was so much talk about how this technology was supposed to be the silver bullet to a host of mankinds problems: climate change, economic depression, untreatable illnesses, threatening asteroids, and bad drivers. Having pictures of what seems to be advanced and eerily human-looking robotic heads doesnt help and creates an exaggerated impression of what AI could do.

We reached the summit of all overblown expectations, which we will address in the following sections.

The change that came for both businesses and machine learning experts is a much more grounded expectation from AI about how it can be used to achieve their goals, assist with managing projects, and deciding on techniques. This is already improving AI projects success rates.

What we have right is vastly different from what weve been seeing in sci-fi movies or books. The AI that we use is much less fancy, but in various cases, they do work if theyre implemented properly. These initiatives led us to realize how we need to make some major improvements with how we approach data governance and management.

There are much fewer obstacles with using AI because we realized early on how there are problems with data quality-and so they are addressed more efficiently. Being realistic and not pretending that machine learning can solve problems-at least not with sufficient accuracy is a crucial step to provide businesses and teams ways to achieve something together.

It is no longer acceptable for us to see AI as this magic black box that generates decisions, without the skill to answer why such a decision is necessary. This is an essential discussion because we depend on AI more than ever. For example, why did this machine learning model determine that increasing our credit card limit should be denied?

Or why was this route picked over that route when it comes to navigating online? Depending on AI should also mean being safe about the decisions it makes; this attitude is shared among data scientists, who are uncompromising in their view that there shouldnt be uncontrollable digital AI monsters created.

Explainable artificial intelligence (XAI) seems to be a niche field but is expanding rapidly to become a customary requirement for data projects, especially when machine learning is required to make decisions. This topic is discussed further in a separate article: Explainable AI (XAI) is what business needs in its path towards Responsible AI.

The number of data scientists people who are proficient in AI remains low, and the pain of this shortage has been borne by businesses. As such, the need for someone more skilled than most in spreadsheets but not possessing advanced knowledge in AI has grown. If given the tools of automated machine learning (Auto ML), cloud technologies, and easy-to-use data software, the ranks of citizen data scientists can grow.

These tools under Auto ML are helpful with simple problems, but complex ones require much more involvement. Regardless, Auto ML continues to improve and deliver better results.

The reason why this specific field within AI is growing in popularity is its attempting to analyze natural rather than mechanical language. Rather than rely on a multitude of human workers to understand their customers for making business decisions, AI is slowly but surely growing its capability to assist with this field.

Theres also what seems to be an arms race in developing better NLP models, the same way GPT has been upgraded continuously to better understand and analyze human-like responses. Conversational context, however, remains a problem within these models, but the situation continues to improve.

GPT-3, however, came as a surprise and was seen as a marked improvement compared to previous models. New models, however, are currently in development and are expected to surpass GPT-3 significantly shortly.

Voice assistants undeniably need more work. My nine-year-old son, when asked about Siri, quipped Siris jokes are not funny at all, but Siris bugs are really funny. Billions of users are expecting their voice assistants to be better at solving their problems, but even the leading voice app Google Assistant needs more improvement. Breakthroughs in this field lay the foundation of a future with a truly touch-free user interface.

Back then, data scientists used to have a separate field, disconnected from the larger software development process. Much of their work is experimental, but with the rise of AI and ML process automation, testing different models is not as hard as before. Coupled with cloud technologies with a scalable model and dedicated infrastructure means that model testing is sped up considerably. However, computational notebooks-an interactive program by which a developer could keep notes and code together in a single document to better see results and note down observations remain a controversial topic in the face of ML Ops and Data Ops.

The popularity of AI clearly started with implementing it on pattern recognition problems, like texts, videos, voices, and images. AI shines here and is a great tool for both businesses and daily use.

This set of practical applications and technologies will continue to grow and can be used in a variety of areas: helping anti-money laundering and know your customer processes, detecting fraud, analyzing medical images, among others. Improvements in analytical AI will undoubtedly help finance, healthcare, among other sectors, but it is also useful for creative roles.

The growing role of AI in multiple sectors is one of the reasons why we dedicated a whole article on this subject. There is no need to look far to experience the benefits of generative AI; watching TV through modern sets means that AI is helping enhance your viewing experience through framerate enhancers and automatic upscales.

Its not just TV; the recent trend online is transforming static images of a person into dynamic ones. For businesses, forecasting and future simulation abilities have just been bolstered with AI. It also helps businesses generate likely behaviors through parametrization, which helps optimize processes and strategies, creating a more resilient enterprise. This is also a key trend for 2021, as the world seeks to recover from the pandemics effects.

There are dark sides to AI as well. Deepfakes-in which AI technologies replace one face with another can undermine platforms and provide platforms for malicious people to sow misinformation. This is a case of how powerful technology can be used to either benefit or harm people.

Despite the fear that more AI could mean that movies like Terminator or Space Odyssey 2001 were right, the reality is that the use of AI is regulated by law; in fact, it is increasingly regulated through time. The European Commission, among other institutions, has recognized the importance of AI and will adjust future legislation accordingly.

One of the questions that AI laws will attempt to resolve is the responsibility of damages if autonomous cars are involved in an accident. The current law seems to have voices of disappointment, with many seeking the government for stricter AI regulation, as they aim to protect their communities from wrongful AI use.

AI is beginning to hit the limits of our energy efficiency and computing power. It overcame the limit from traditional CPUs to GPUs, to ML-dedicated GPUs, and later TPUs. Another breakthrough is needed to ensure that AI algorithms can run faster and solve problems better. One solution-quantum computing-is being researched.

The first wave of breakthroughs are coming though: neuromorphic computers, designed to mimic the structure of the human brain are seeing initial success at training natural networks because of their closeness with the brains structure of neural networks.

Our watches, fitness trackers, smartphones, cars, and other electronic devices have features like step tracking, voice, image, and facial recognition, and heartbeat pattern tracking all of these contain some version of AI.

As enterprises learn to realistically implement machine learning projects, more successful digital solutions with grounded outcomes will arise. There will still be no miracles, but incremental progress is still progress, and better outcomes will continue to be delivered. The library of tools, models, data, and technologies grows every day, helping accelerate AI projects to achieve improved results.

AI is not over yet; in fact, it is just beginning. We know better how to use it now, and we have stronger discussions about how to best regulate it. With this foundation, experts are seeing a future major breakthrough in AI. Increasing investment in its popularization and development can happen at any moment. Your business shouldnt be left behind in AI integration. With an ever-increasing competitive landscape, your business should look ahead to implement better solutions with artificial intelligence.

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How Artificial Intelligence Is Helping To Prevent Blindness – Analytics Insight

Artificial intelligence (AI) often refers to computer systems that can perform a task through either specific programming or learning from data. Artificial intelligence has been used for decades in various fields such as computer science, engineering, and biomedical research. One of the most common applications of artificial intelligence is image recognition and computer vision. Monitors are now able to control the lights that cause eye strain or a lack of concentration.

So its not surprising that AI has made huge advancements in the field of the prevention of blindness. In fact, you can look into the best monitors for eye strain and find one that is right for you. AI is efficient and very helpful for the prevention of blindness. This post will cover how artificial intelligence is helping to prevent blindness.

Eyecare monitors can also be used to avoid eye strain due to prolonged computer usage. The entire system is controlled by a users pattern of eye movement, facial expressions, and eye blinking as well as background lighting and ambient noise levels in the surrounding environment. These factors are monitored by the AI monitors, which automatically adjust the screen brightness, visual contrast level, and contrast ratio to prevent prolonged or inefficient use of computers for long periods of time.

This is considered to be a huge help for users who wish to reduce eye strain and improve their eyesight. However, people with macular diseases, such as age-related macular degeneration (AMD), may need to use glasses to avoid the buildup of permanent damage.

Artificial intelligence (AI) is even being used by doctors to detect and diagnose eye conditions. The AI Eye Test is a tool that can use an image of the eye to detect conditions such as glaucoma, macular degeneration, diabetic retinopathy, and cataracts. Furthermore, AI is being applied in the healthcare industry to help medical professionals make diagnoses of patients faster. AI monitors are able to analyze and process information in a faster manner.

In fact, GlaucomaCalc, which is a web-based tool and AI application, has been created by a group of scientists to help provide more accurate and timely results. This is achieved by using an AI algorithm to process medical imaging data from retinal scans, presenting the information to the user in a simple and intuitive manner.

Diabetic retinopathy (DR) is a disease that affects the blood vessels in the eyes and can lead to further complications such as eye damage and even blindness. In fact, it is one of the leading causes of blindness in working-age Americans. Thus, the ability to detect signs of DR as early as possible and in an efficient way could have a huge impact on preventing blindness.

One study has shown that AI algorithms can be used to automatically detect DR in retinal images with 83-96% accuracy rate. In fact, 71 vision centers are now using these AI algorithms to help provide faster and more accurate diagnoses for patients with DR.However, the technology is still far from perfect, as it does not yet have the ability to automatically identify all possible DR conditions.

In fact, the ability to use artificial intelligence to screen and diagnose eye diseases at a very early stage is now being applied to children as well. AI monitors can now analyze images to detect signs of various eye diseases in children like amblyopia, strabismus, and glaucoma. Furthermore, AI is being used to detect cataracts or whether surgery is going to be successful for patients or not by analyzing images from MRIs and CT scans. Additionally, this is especially important when operating in a developing country where data could be inaccurate and cannot be used for screening.

Artificial intelligence is also being used to study human eye tissue. This is all in the hope of finding better ways to diagnose or treat eye conditions. AI monitors are able to process data in milliseconds, while human experts may take hours or even days per diagnosis. Thus, artificial intelligence is being used to analyze images and determine whether degeneration or damage to the retina has occurred.

Furthermore, a technology known as optical coherence tomography (OCT) uses light waves with different wavelengths to scan through the tissue of the human eye and gives high-definition images of it. These images can then be used for various purposes such as seeing if ADME (absorption, distribution, metabolism, excretion) occurs when a patient administers certain drugs during treatment.

The technology of artificial intelligence is now being developed to calculate if a certain contact lens or eyeglass prescription is suitable for an individual. In fact, AI monitors can gather and process data from thousands of patients and even analyze their medical records and use 3D models to determine the best prescription that they should use to prevent eye diseases and maximize their visual acuity.

This can lead to faster and more accurate diagnoses and better treatment outcomes. For example, doctors can now gather data from exams, MRIs, CAT scans, and x-rays and use it to decide on the best prescription for a patient, whether its for glasses or contacts.

Artificial intelligence is a very useful tool that can be used to provide high-quality and efficient treatments for patients. It can also be used to prevent problems and improve the overall quality of life. Artificial intelligence is often used in the healthcare industry, but it will soon be used in many other sectors.

AI will be applied to just about everything as advancements are being made every day, which is why we must always stick to current technology to enhance our lives and help improve our lives while maintaining safety and security. However, the technology still needs to undergo further research and development in order to improve its efficiency and help prevent various eye diseases.

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Artificial Intelligence: Why it Can’t Detect the Correlation Between Human Emotion and Facial Expression – Science Times

Understanding Artificial Intelligence

(Photo: Andrea Piacquadio from Pexels)

Artificial intelligence, or AI, is a machine's attempt to simulate human intelligence. Often this refers to only one component of AI, Machine learning. This technology requires a foundation of specialized software and hardware for writing and training the machine's complex algorithms. Although no one programing language is expected for AI, Python, R, and Java are popular options, explains BuiltIn.

AI systems, in general, work by ingesting a vast amount of labeled training data, analyzing the information for patterns and correlations, and use these patterns to create predictions. Chatbots, as an example, are fed a myriad of text chat examples to learn to produce lifelike conversations with people. Likewise, image recognition tools learn to identify and describe objects after examining millions of examples. Simply put, AI focus on 3 cognitive skills, learning, self-correction, and reasoning.

ALSO READ: Self-Healing Earth: Volcanoes Regulate Carbon Emissions in Atmosphere, Global Temperatures; Possible Answer to Climate Change

A study published in the journalNature Communications, titled "Professional Actors Demonstrate Variability, Not Stereotypical Expressions When Portraying the Emotional States In Photographs," analyzed various actor photos to examine the complex relationship between human emotions and facial expressions. The team found that people can use similar expressions in portraying different emotions. Likewise, the same emotion can be expressed in various ways. Additionally, researchers found that that inference depended on context. Hence, judging people's inner workings based on analyzing facial expressions through a complex algorithm is flawed.

Researchers used 13 emotion categories to analyze facial expressions from over 60 photographs of actors that were given emotion-evoking scenes to react to. However, descriptions for the scenes did not elaborate on which emotion to feel. The categories were made via the judgment of about 800 volunteers and the help of a Facial Action Coding System relating action unites of movement in facial muscles. The machine learning analysis thus revealed that the actors portrayed the same emotion categories via contouring their faces in various ways. Likewise, similar expressions didn't always reveal the same human emotion.

The study was run with two groups. One, having more than 840 volunteers marked about 30 faces under each of the 13 emotion categories. While the second group of 845 people was able to rate about 30 face-and-scenario pairs. Results from the two groups mostly differed. This led to researchers' conclusion that analyzing human facial expressions out of context will lead to misleading judgments. Thus, the context of these emotional intentions of people was of the utmost importance.

Lisa Feldman Barrett, the lead author of the study and a psychology professor at Northeastern University, says that the research directly counters the traditional approach of AI with emotions reports Gadgets360.

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How to Turn Bitcoin Into Altcoins – The African Exponent

How to Turn Bitcoin Into Altcoins

The current Bitcoin and altcoin global hype has seen unprecedented crypto adoption globally. More people are investing in these digital currencies, hoping to earn a fortune.

Bitcoin is most peoples entry coin. While you can make great profits with your BTC, most traders pick promising altcoins that can offer better gains soon enough. So, how do you convert Bitcoin into altcoins?

Here are important aspects to consider before proceeding with Bitcoin to altcoin conversion.

Deal With Price Fluctuations When Converting Bitcoin to Altcoins

Turning BTC to altcoins, such as Ethereum or Dogecoin, requires due diligence that goes beyond focusing on price charts at face value. Cryptocurrencies are highly speculative. Unlike fiat that is only highly volatile during the extreme crisis, crypto prices always fluctuate.

Price fluctuations can be a result of the value of an altcoin falling in relation to the USD due to a drop of interest, or people dumping it, or a rise in Bitcoins value.

The best approach to the price fluctuation between any BTC/altcoin pair is to check specific price movements and normalize them. You can do this by using a percentage of the base currency with regard to the same timeframe.

Mitigation of large digs or spikes in altcoins can be achieved by dividing the base currencys percentage change. Alternatively, you can multiply the change in the value of altcoin by the change in volume. Then divide whatever you get by the altcoins change in volume (percentage).

Now that you have a glimpse of what to expect when converting Bitcoin to altcoins, choose a good platform. Today, some exchanges protect you from price fluctuations by offering fixed rates.

Godex.io has a cryptocurrency conversion calculator that allows you to transact crypto at a fixed rate. The exchange rate doesnt change as you turn BTC to altcoins irrespective of price fluctuations. Even better, Godex has over 200 coins to pick from.

How to Convert Bitcoin to Altcoins on Godex

Choosing a platform to convert your Bitcoins into altcoins is not an easy task, especially with such a variety of services. An ideal exchange lets you carry out secure transactions anonymously and at the minimum cost possible.

Godex provides information on the price of Bitcoin and altcoins along with real-time exchange rates. Besides, traders on Godex can view trading volumes within the last 24 hours and conversion tables.

To convert Bitcoin into altcoins, you must perform thorough calculations. Fortunately, Godex is one of the most accurate crypto conversion services in the market.

Why Choose Godex

Procedure for Converting Bitcoin to Altcoin

Godex provides a simple approach to crypto-to-crypto conversion. To get started, follow the steps outlined below:

Conclusion

Converting Bitcoin into altcoins is a tedious process that requires a rigorous phase of research to get the most desirable exchange platform. You need to find a secure platform that guarantees your anonymity and doesnt rip you off through huge transaction fees.

Besides, to avoid hopping from one exchange platform to the other, go for a service that offers multiple trading pairs with fixed conversion rates. This should allow you to convert BTC to an altcoin of your choice seamlessly.

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Five Red-Hot Altcoins Record Gains of 138% or More Within One Week – The Daily Hodl

Five red-hot cryptocurrencies all with a market capitalization between $250 million and $8 billion have registered triple-digit percentage gains within seven days.

First up is the utility token of Bitfrosts (BFC) multichain ecosystem. The altcoin has surged by 268% after rising from a seven-day low of $0.19 to a high of $0.70, according to CoinGecko.

BFC has since pulled back and is trading at $0.62 at the time of writing.

Another blazing altcoin as of late is the governance token of decentralized virtual space project Starlink (STARL). The token has skyrocketed by 235% from a low of $0.0000085 to a high of $0.000028 in just one week.

At the time of writing, STARL is trading at around $0.000026.

Next up is the native token of smart contracts platform Avalanche (AVAX), which has gone up by 177% within seven days. The altcoin has appreciated from $18.79 to $52.15 during that period according to CoinGecko.

AVAX has given up some of the gains and is at time of writing priced at $46.30.

Fourth on the list is the native token of digital collectibles and gaming network WAX (WAXP). The altcoin has rallied from a seven-day low of $0.16 to a high of $0.44, marking an increase of 175% within a week.

Even after WAXPs massive rally, it is still far from its all-time high of $2.77.

The last altcoin making huge gains in the past week is the native token of decentralized finance platform Coin98 (C98). The crypto asset ignited a big upswing this week from a low of $1.42 to a new all-time high of $3.38, representing gains of 138% in seven days.

After posting its all-time high, C98 has taken a breather and is now valued at $3.14 at time of writing.

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