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  • Instagram’s Founders Are Launching An AI-Powered Social News Feed

    Instagram’s Founders Are Launching An AI-Powered Social News Feed

    Instagram’s founders are on to their next venture, launching Artifact, an AI-powered social news feed app.

    Kevin Systrom and Mike Krieger launched Instagram and helped lead the company through its acquisition by Facebook. After reported tension over Mark Zuckerberg taking a more hands-on approach to Instagram’s day-to-day operations, the pair left the company.

    Systrom and Krieger are now launching their new project in an effort to utilize AI and machine learning in the social media space. The company’s site describes Artifact as “a personalized news feed driven by artificial intelligence.”

    According to The Verge’s Casey Newton, the app will show users a personalized and curated news feed. Clicking on a story will show similar stories, TikTok-style. The company is also beta testing features that will let users post links to stories and allow other users to follow them. Another feature would allow users to offer commentary and privately discuss linked news items.

    Systrom emphasized the importance of machine learning to the new app.

    “Throughout the years, what I saw was that every time we use machine learning to improve the consumer experience, things got really good really quickly,” he told Newton.

    The two founders saw the possibilities of combining machine learning with a TikTok-like approach but with a focus on text rather than video.

    “I saw that shift, and I was like, ‘Oh, that’s the future of social,’” Systrom said. “These unconnected graphs; these graphs that are learned rather than explicitly created. And what was funny to me is as I looked around, I was like, ‘Man, why isn’t this happening everywhere in social? Why is Twitter still primarily follow-based? Why is Facebook?’”

    Given Systrom and Krieger’s past success, there’s a good chance Artifact could be the next big thing in social media.

    Users can join the waitlist here.

  • Baidu Set to Unveil AI-Powered Search

    Baidu Set to Unveil AI-Powered Search

    Baidu is preparing to unveil an AI-powered, ChatGPT-like search engine based on the company’s Ernie tech.

    ChatGPT has become one of the most widely known conversational AIs and threatens to upend the search engine market. Microsoft is believed to be integrating it into a version of Bing, and Google is pulling out all the stops to come up with its own answer.

    According to Bloomberg, via Engadget, China’s Baidu is preparing to launch its own conversational AI search engine. The new product will be based on Ernie, which is the company’s large-scale machine-learning model.

    Baidu no doubt hopes conversational AI will help it reinvigorate its search engine and spark future growth. If the company can move fast enough, it may even be able to gain ground on its rivals.

  • Microsoft Officially Extends Its Partnership With OpenAI

    Microsoft Officially Extends Its Partnership With OpenAI

    Microsoft has announced “a multiyear, multibillion dollar investment” in OpenAI, extending its existing partnership with ChatGPT creator.

    Microsoft has been an investor in OpenAI for several years and has exclusive access to some of the AI firm’s technology. Rumors surfaced two weeks ago that the Redmond-based company was looking to invest another $10 billion in OpenAI.

    In a press release today, the two companies confirmed an extension of their ongoing partnership, although they did not disclose the exact amount.

    “We formed our partnership with OpenAI around a shared ambition to responsibly advance cutting-edge AI research and democratize AI as a new technology platform,” said Satya Nadella, Chairman and CEO, Microsoft. “In this next phase of our partnership, developers and organizations across industries will have access to the best AI infrastructure, models, and toolchain with Azure to build and run their applications.”

    “The past three years of our partnership have been great,” said Sam Altman, CEO of OpenAI. “Microsoft shares our values and we are excited to continue our independent research and work toward creating advanced AI that benefits everyone.”

    The partnership will involve three primary areas:

    • Microsoft will continue to invest heavily in OpenAI’s research and development of artificial intelligence.
    • Microsoft will continue to deploy OpenAI’s AI tech across its platforms and products.
    • OpenAI will exclusively use Microsoft’s Azure as its cloud provider.

    Microsoft is believed to be working to integrate ChatGPT with a version of its Bing search engine in an effort to more effectively compete with Google. This extended partnership will no doubt open up additional opportunities for the company at a time when Google is trying to catch up.

  • Google Turns to Larry Page & Sergey Brin to Help With AI Strategy

    Google Turns to Larry Page & Sergey Brin to Help With AI Strategy

    Google has turned to its founders to help it devise an AI strategy as the company faces its biggest challenge yet to its search dominance.

    OpenAI’s ChatGPT has taken the AI world by storm, with Microsoft working to integrate it with a version of Bing. Google has had to answer some uncomfortable questions about why a startup beat it to market with one of the best conversational AIs to date.

    Evidently, the concerns go more than skin deep, with the company calling in Larry Page and Sergey Brin to help it plot its course forward and come up with a response, according to The New York Times.

    The Times sources say the two founders reviewed the company’s AI strategy, approved ideas for how to integrate AI chat into Google’s search engine, and provided ideas to company leaders on the best way to proceed with AI implementation.

    The fact that Google turned to its founders for help with AI underscores how seriously company execs are viewing the technology in terms of the threat it poses to Google’s core search business.

    “This is a moment of significant vulnerability for Google,” D. Sivakumar, a former Google research director, told the Times. “ChatGPT has put a stake in the ground, saying, ‘Here’s what a compelling new search experience could look like.’”

    Despite the threat, Mr. Sivakumar believes Google could deploy its significant AI tools to counter the threat.

    In the meantime, Microsoft and other rivals have a rare opportunity to use ChatGPT, and similar AI tech, to make headway against Google’s dominance.

  • CNET Uses ChatGPT to Write Articles, Runs Into Major Issues

    CNET Uses ChatGPT to Write Articles, Runs Into Major Issues

    Tech website CNET tried to use ChatGPT to write articles, but the quality and accuracy left much to be desired.

    ChatGPT is the latest conversational AI from OpenAI. The software has gained a massive following thanks to it being one of the most advanced conversational AIs yet released. ChatGPT has been used in a variety of applications and scenarios, but CNET is one of the biggest websites to try using the AI to write articles…an experiment that did not go well.

    As a result of numerous issues, CNET had to publish multiple corrections to articles originally written by the AI. In a statement on their website, CNET editor Connie Guglielmo explained the outlet’s use of ChatGPT was in line with the company’s commitment to testing new technology.

    The Washington Post had a slightly different take, calling CNET’s experiment “a journalistic disaster.” The Post also pointed out that CNET only admitted to using ChatGPT after it was called out by sharp-eyed users and other sites.

    On Tuesday, CNET began appending lengthy correction notices to some of its AI-generated articles after Futurism, another tech site, called out the stories for containing some “very dumb errors.”

    As the Post points out, the use of AI for journalism also brings up plagiarism issues, since many AIs remix other articles and sources, without properly attributing them.

    If CNET’s experience is any indication, AI still has a way to go before it can replace quality journalism and writing.

  • Satya Nadella: ‘ChatGPT Coming Soon to Azure OpenAI Service’

    Satya Nadella: ‘ChatGPT Coming Soon to Azure OpenAI Service’

    Microsoft is working to bring ChatGPT to its Azure OpenAI service, according to a tweet by CEO Satya Nadella.

    OpenAI’s ChatGPT took the AI world by storm, quickly establishing itself as one of the most advanced chat AIs to date. As one of the main investors in OpenAI, Microsoft has access to the company’s technology, and has already incorporated it as part of its Azure OpenAI Service. The company is preparing to take it a step further by rolling out ChatGPT as well.

    Eric Boyd, Corporate Vice President, AI Platform, provided more details in a Microsoft blog post:

    With Azure OpenAI Service now generally available, more businesses can apply for access to the most advanced AI models in the world—including GPT-3.5, Codex, and DALL•E 2—backed by the trusted enterprise-grade capabilities and AI-optimized infrastructure of Microsoft Azure, to create cutting-edge applications. Customers will also be able to access ChatGPT—a fine-tuned version of GPT-3.5 that has been trained and runs inference on Azure AI infrastructure—through Azure OpenAI Service soon.

    Microsoft is clearly going all-in on OpenAI and ChatGPT. The company is preparing to invest $10 billion in the AI firm and is looking for ways to integrate ChatGPT into its Bing search engine in an effort to challenge Google’s dominance.

    Integrating ChatGPT into Azure OpenAI Service is a natural evolution of the company’s plans and investment.

  • SymphonyAI Taps Oracle for Cloud Services

    SymphonyAI Taps Oracle for Cloud Services

    Oracle has scored another win, partnering with SymphonyAI to provide it with Oracle Cloud Infrastructure (OCI) services.

    SymphonyAI is a leading artificial intelligence firm, creating applications that leverage AI to help businesses gain insights and educate their decision-making process. According to Zacks Equity Research, the company plans to use OCI services to further help it deliver real-time insights, combined with the cost-efficiencies of cloud computing.

    The partnership is the latest in a long line of Oracle successes that have seen the company gain significant ground in the cloud market. While not in the top three, Oracle has increasingly been turning heads and gaining recognition for the value proposition it offers.

    In fact, the company appears poised to be a big winner in the cloud industry in 2023, and this latest partnership is one more step toward that goal.

  • Ecommerce, Search, Social… and Conversational Space?

    Ecommerce, Search, Social… and Conversational Space?

    “When I look at the conversational space I think it’s going to have as much impact as ecommerce or search or social,” says LivePerson CEO Rob Locascio. “The conversational space is going to be just as big. I think you’ll see one day that there will be a trillion dollar company in this space and I want it to be us. The things we’re investing in right now and setting up for will allow us to do that. That’s what’s important.”

    Rob Locascio, CEO of LivePerson, predicts that the AI-driven conversational space will ultimately have as much impact and be as big an industry as ecommerce, search, or social. Locascio was interviewed by Jim Cramer on CNBC:

    Ecommerce, Search, Social… and Conversational Space?

    When I look at the conversational space I think it’s going to have as much impact as ecommerce or search or social. The ability to talk to a machine and have a natural conversation, it’s in the collective consciousness of people. We all believe the Alexa type situation should happen with every company. 

    We do that with Delta and T-Mobile and all these big brands. What we’re looking at now is how do we take that to the world? LiveIntent is proprietary technology to look at the intent that a consumer is having with the brand. In terms of I want to buy something, we have a way to analyze that and then use machine learning algorithms to then scale those conversations. That’s what this is about. 

    Healthcare Companies Defending Themselves From Amazon Via AI

    In Q4 we signed a couple healthcare companies. They want to talk about defending themselves from Amazon because Amazon said they want to go into healthcare. The way they think they can do that is scaling the conversations they are having with their customers and creating a totally different experience. You go to a doctor, you have an experience with them, you capture that on a messaging platform and an AI will help you with whatever is wrong with you. You want to process a bill instead of calling and being put on hold, you do that through a conversational experience. 

    They want to game change it. The only way they’re going to defend themselves is to get into the conversational space. That’s what they see and we’re the company they’re trusting to scale their operations with the conversational platform.

    Conversational Space Is Going To Be As Big As Search and Social

    The conversational space is going to be as big as search and social. I think you’ll see one day that there will be a trillion dollar company in this space and I want it to be us. The things we’re investing in right now and setting up for will allow us to do that. That’s what’s important. The Amazon’s and the Facebook’s and Apple’s, they’re in the space. Jeff Bezos made a big bet obviously in Alexa to say this is the way it’s going to be. 

    It can’t just be Amazon and Alexa. It has to be other companies getting access to that technology and that’s what we are providing. Who else is providing it? We’re one of the largest companies in the world to do this. Even though we’re not big tech, we are large enough to go ahead and go after them. We are large enough to go ahead and define a space and win it.

  • Microsoft Looks to Invest $10 Billion in OpenAI and ChatGPT

    Microsoft Looks to Invest $10 Billion in OpenAI and ChatGPT

    OpenAI’s ChatGPT has taken the world by storm and Microsoft is not immune, with the Redmond giant set to invest $10 billion in the firm and its tech.

    ChatGPT is one of the most realistic AI-driven chat platforms available, providing answers with almost human-like responses. Researchers, students, writers, and more have tasked the AI with various written tasks, many of which are decently good.

    Microsoft has been a long-time investor in OpenAI, leveraging its investment to gain exclusive access to some of its AI tech. News broke late last year that Microsoft was looking to increase its investment, but the latest report says it plans to invest as much as $10 billion in the AI company.

    According to Semafor, this latest round of funding, which includes various venture capital firms, would see OpenAI valued at $29 billion. Once the deal closes, Microsoft will receive 75% of the company’s profits until its investment is paid off. After that, profits will be split according to ownership, with Microsoft accounting for 49%, other owners accounting for another 49%, and OpenAI’s parent accounting for the remaining 2%,

    Microsoft clearly sees ChatGPT as a way for it to better take on Google’s dominance in the search market. The company is looking to integrate ChatGPT into a version of Bing, but some analysts are not convinced the AI tool can help Microsoft make up ground.

    Brent Thill of Jefferies told CNBC:

    “There is incredible amount of promise, but today, in terms of real time, it’s not there.”

  • COVID Accelerated Digital Transformation, Says DocuSign CEO

    COVID Accelerated Digital Transformation, Says DocuSign CEO

    “We have seen significant acceleration since the COVID-19 pandemic,” says DocuSign CEO Dan Springer. “A significant portion of that (increase) was due to increased use cases from customers driving that digital transformation faster with services like DocuSign. We don’t see customers going back. Once they’ve got the benefits from that efficiency in their business, the better customer experience, and the better employee experience, they’re going to stay in a digitally transformed world.”

    Dan Springer, CEO of DocuSign, discusses how the COVID-19 pandemic has accelerated digital transformation and he says that businesses are not going back to a manual world:

    COVID Pandemic Accelerated Digital Transformation

    We’ve been really pleased with the growth we’ve had since going public a few years. We have also seen significant acceleration since the COVID-19 pandemic. It’s obviously a horrible pandemic and our number one priority has been the health and wellbeing of our employees so we can take good care of our customers. As you can see in our Q1 earnings we did see an acceleration of our bookings to 59 percent.

    Traditionally, if you look at the billings-type metric they have been in the mid-30s’. A significant portion of that (increase) was due to increased use cases from customers driving that digital transformation faster with services like DocuSign.

    Companies To Stay In This Digitally Transformed World

    One of the things we’ve seen with the pandemic impact is that it has really accelerated the path that companies were already on to drive that digital transformation. We don’t see companies after the pandemic settles down going back and saying they want more paper and more manual processes.

    Once they’ve got the benefits from that efficiency in their business, the better customer experience, and the better employee experience, they’re going to stay in a digitally transformed world. They are going to use DocuSign and other fantastic services to do that.

    The Future Is Going To Have eSignature At The Center

    We really think that the future is going to have eSignature at the center of what we call the overall Agreement Cloud. Companies want to be more agreeable. They want to be easier to do business with and be easier to do business for. They’re going to not just use DocuSign for signature but all of the other components of preparing agreements and managing those agreements digitally once they’ve been created. That’s why we’re excited about our very robust future.

    We just past a billion dollars in revenue (for DocuSign eSignature). We are only four percent penetrated today and we’re six times larger than the next biggest player in the space. There’s not a lot of penetration yet in that core business. Notary is still predominantly done manually. We are making investments there. We believe we can bring the same ease of use that we brought to eSignature we can bring to notary.

    AI To Power The DocuSign Agreement Cloud

    Much bigger than that, even expanding upon the opportunity of eSignature is that broader Agreement Cloud opportunity. We think this is the next big cloud opportunity. You are going to see companies increasingly say I don’t just want to do the workflow and signature. I also want to drive the creations of those agreements. I want to think about artificial intelligence and search capability to manage my agreements. This would enable me to actually manage my business and make my company more agreeable.

    Those are some of the investments we’re making. That’s why we just finished the acquisition of Seal Software last month so we can bring additional artificial intelligence and analytic capability to help people run their businesses better.

    COVID Accelerated Digital Transformation, Says DocuSign CEO Dan Springer
  • Fixie.ai CEO: AI Will Lead to ‘The End of Programming’

    Fixie.ai CEO: AI Will Lead to ‘The End of Programming’

    Matt Welsh, CEO of Fixie.ai, has made the bold prediction that AI will lead to “the end of programming.”

    Many companies are working to improve AI systems to the point where they can tackle complex problems, such as computer programming. While progress has been made, there are still significant limitations. Despite that, Welsh believes the time is coming when AI systems will revolutionize the software industry.

    Writing in January’s Communications of the ACM, Welsh makes the case that AI will ultimately replace software altogether, in most situations at least:

    I believe the conventional idea of “writing a program” is headed for extinction, and indeed, for all but very specialized applications, most software, as we know it, will be replaced by AI systems that are trained rather than programmed. In situations where one needs a “simple” program (after all, not everything should require a model of hundreds of billions of parameters running on a cluster of GPUs), those programs will, themselves, be generated by an AI rather than coded by hand.

    Welsh believes the definition of software engineers will fundamentally change, with an emphasis on AI training models:

    So I am not just talking about things like Github’s CoPilot replacing programmers.1 I am talking about replacing the entire concept of writing programs with training models. In the future, CS students are not going to need to learn such mundane skills as how to add a node to a binary tree or code in C++. That kind of education will be antiquated, like teaching engineering students how to use a slide rule.

    The engineers of the future will, in a few keystrokes, fire up an instance of a four-quintillion-parameter model that already encodes the full extent of human knowledge (and then some), ready to be given any task required of the machine. The bulk of the intellectual work of getting the machine to do what one wants will be about coming up with the right examples, the right training data, and the right ways to evaluate the training process. Suitably powerful models capable of generalizing via few-shot learning will require only a few good examples of the task to be performed. Massive, human-curated datasets will no longer be necessary in most cases, and most people “training” an AI model will not be running gradient descent loops in PyTorch, or anything like it. They will be teaching by example, and the machine will do the rest.

    Welsh’s predictions are certainly among the most optimistic regarding AI’s future. Nonetheless, at the pace with which the technology is improving, his predictions are certainly not outside the realm of possibliity.

  • Relying on AI Assistants Leads to Less Secure Code

    Relying on AI Assistants Leads to Less Secure Code

    Developers that rely on AI assistants to help them end up writing code that is buggier and less secure than developers that don’t rely on AI.

    Scientists at Stanford University, via The Register, conducted a study to determine the effects of using an AI assistant for writing code. The results are not encouraging, with a decrease in quality among those developers using AI.

    The paper, entitled “Do Users Write More Insecure Code with AI Assistants?”, also demonstrates that AI assistants engender a false sense of confidence.

    “We found that participants with access to an AI assistant often produced more security vulnerabilities than those without access, with particularly significant results for string encryption and SQL injection,” the authors state. “Surprisingly, we also found that participants provided access to an AI assistant were more likely to believe that they wrote secure code than those without access to the AI assistant.”

    While there’s still much to learn about AI — and the study may not provide a completely comprehensive look at the role of AI in development — it certainly provides food for though and reason for caution.

  • Google Reorganizing Labor to Answer ChatGPT

    Google Reorganizing Labor to Answer ChatGPT

    Google has issued a “code red” and is reorganizing labor in response to the traction ChatGPT has gained.

    ChatGPT is an AI-driven chatbot released by OpenAI. The chatbot has gained considerable traction and praise, while still receiving criticism for failing in many of the same ways as previous chatbots.

    Google is one company that is trying to find an answer. When ChatGPT gained traction, the company held an all-hands meeting to address employee concerns that Google was being upstaged and could lose its competitive edge. Executives emphasized their desire to proceed slowly, lest the company’s reputation be hurt by less than stellar results.

    According to Business Insider, Google appears to be taking significant steps to catch up. CEO Sundar Pichai has been involved in meetings that have resulted in a reorganization of labor. Personnel in Google’s research, Trust and Safety division are being tasked with assisting in AI development. Other divisions have been similarly involved.

    The company will have to strike a fine balance between protecting the integrity of its search business while simultaneously keeping up with the broader AI industry.

    “This really strikes a need that people seem to have but it’s also important to realize these models have certain type of issues,” Google AI head Jeff Dean said in the initial all-hands meeting.

  • Google Moving Slowly on AI Chatbots Over ‘Reputational Risk’

    Google Moving Slowly on AI Chatbots Over ‘Reputational Risk’

    Amid the ruckus over OpenAI’s ChatGPT, Google execs have made it clear they are in no hurry to jump on the chatbot bandwagon.

    ChatGPT is one of OpenAI’s most well-known innovations and has gained widespread recognition. According to CNBC, Google employees expressed concerns about ChatGPT, especially given Microsoft’s backing of OpenAI. Given Google’s background in AI, employees were concerned the company could be falling behind.

    “Is this a missed opportunity for Google, considering we’ve had Lamda for a while?” read one top-rated question at a company all-hands meeting.

    In response to, CEO Sundar Pichai and Google AI head Jeff Dean emphasized that Google already has similar capabilities as OpenAI and ChatGPT, but that the company needed to be extra careful since so many people rely on Google for quality answers.

    “This really strikes a need that people seem to have but it’s also important to realize these models have certain type of issues,” Dean said

    Interestingly, OpenAI CEO Sam Altman seemed to endorse Google’s caution, admitting ChatGPT was not production-ready.

  • AI Coding Startup Kite Is Shutting Down, Open Sourcing Product

    AI Coding Startup Kite Is Shutting Down, Open Sourcing Product

    Kite, the startup that tried to bring AI-assisted coding to the market, is shutting down and open sourcing the majority of its code.

    Developers have long hoped artificial intelligence would make programming much easier, and Kite was one of the first startups to tackle the challenge. In a post on the company’s website, founder Adam Smith has acknowledged that Kite has missed the mark, thanks to a number of factors.

    “First, we failed to deliver our vision of AI-assisted programming because we were 10+ years too early to market, i.e. the tech is not ready yet,” Smith wrote.

    “We built the most-advanced AI for helping developers at the time, but it fell short of the 10× improvement required to break through because the state of the art for ML on code is not good enough. You can see this in Github Copilot, which is built by Github in collaboration with Open AI. As of late 2022, Copilot shows a lot of promise but still has a long way to go.”

    Even with more recent advances in AI, Smith believes the technology is still not quite there yet.

    “The largest issue is that state-of-the-art models don’t understand the structure of code, such as non-local context,” Smith added. “We made some progress towards better models for code, but the problem is very engineering intensive. It may cost over $100 million to build a production-quality tool capable of synthesizing code reliably, and nobody has tried that quite yet.”

    In addition to the technical challenges, Kite had difficulty monetizing its product, despite having 500,000 monthly active developers.

    “Our diagnosis is that individual developers do not pay for tools,” Smith added. “Their manager might, but engineering managers only want to pay for discrete new capabilities, i.e. making their developers 18% faster when writing code did not resonate strongly enough.”

    Smith says most of the company’s source code has already been open sourced on Github. Hopefully, other developers will be able to pick up where Kite left off and AI-assisted coding will eventually become a reality.

  • Workforce Optimization Tech is Driven by AI

    Workforce Optimization Tech is Driven by AI

    Artificial intelligence is changing how we do our jobs. AI and machine learning can unlock contact centers’ potential through improved labor management and staff engagement. AI will bring about an exciting change for contact centers because of its capacity to quickly apply intelligence and learn the elements of any omnichannel environment.

    Artificial intelligence is changing how we do our jobs. Tools and processes like an AI workforce optimization tool and machine learning can unlock contact centers’ potential through improved labor management and staff engagement. AI will bring about an exciting change for contact centers because of its capacity to quickly apply intelligence and learn the elements of any omnichannel environment.

    Artificial intelligence (AI) has ingrained itself into daily life. Autonomous vehicles, highly customized Netflix and Amazon suggestions, and smart home gadgets are already becoming fixtures in our daily lives. Although AI may appear to be a relatively new technology, it has been used in contact centers for a long time.

    A Little History of AI

    An MIT professor originally theorized AI in 1956, and over the following 50 years, incremental improvements were made toward practical solutions. Machine learning is one of the most significant advancements in modern AI history. Through the automated refinement of extremely precise statistical models and forecasts, it has the potential to alter how contact center workforce management is conducted and produce corporate value.

    Early AI models required all options to be stated in order to allow for automated decision-making. Today’s ML employs adaptable models that let a computer decide based on the information at hand, including possibilities that aren’t explicitly described.

    AI More Recently

    Other recent developments include learning models that sift through previous data used to produce volume and work time projections to uncover hidden trends. Additionally, AI technologies can decide which of more than 40 models will produce the best outcomes for a certain sort of labor. And these abilities have a significant impact. In fact, some experts predict that by 2035, AI will boost company labor productivity by up to 40%.

    However, the objective of realizing AI and ML’s potential in the contact center is not too far off. Long before they became popular in recent years, these technologies were used in contact centers. Look at the effect they have already had:

    1. Intelligence based on skill usage assessments

    It can be difficult to schedule in any corporation. It might be challenging to decide how to allocate a multi-skilled employee’s time and abilities. However, predictive analysis can now be used to determine how to allocate a worker’s time among workstreams for maximum effectiveness and skill utilization.

    An AI workforce optimization tool provides the ability to make skill usage assessments. These systems can determine a person’s ideal schedule that is shared across several workstreams.

    2. Effective Workforce Management through Skill Use

    Understanding the impact of multi-skilled personnel on the required lines, or the number of full-time equivalent workers required to satisfy customer service objectives is a typical difficulty in workforce management. The majority of current labor management solutions, however, are based on the Erlang statistical model. Unfortunately this model makes two assumptions that are no longer true in contemporary contact centers. Which are:

    • Everyone has a similar set of talents
    • Work tasks queue to a single skill profile

    This results in overstated FTEs for some needed lines while understaffing others, which impairs a contact center’s capacity to respond to urgent customer needs.

    Nevertheless, this issue can be resolved by AI-driven workforce management solutions. This is done by utilizing ML models that foresee the specific staffing needs of each necessary line. These algorithms give intelligence the ability to calculate precise FTE numbers to a given amount.

    3. Optimization Using Closed-Loop Intelligence

    Contact centers can use artificial learning in the form of unsupervised learning to build scheduling that continuously improves as the amount of accessible data changes or rises. This use of ML relies on a technique where the computer learns by analyzing a lot of data and then makes a preliminary assumption about the optimum course of action. These initial hypotheses are refined by comparing them to the anticipated result. Then, the results are put back into the algorithm to enhance performance automatically.

    4. Intelligence and Schedule Fairness

    For good reason, the importance of staff engagement has increased in recent years for contact center management. Employees who are engaged typically contribute roughly 20% more to revenue and are 44% more productive than those who are classified as satisfied. More than one-fourth of employees who feel their work/life balance is not supported say they will quit their jobs within two years, compared to only 17 percent of those who feel their work/life balance is supported. One of the most important ways to maintain employee engagement is through scheduling.

    Employee engagement programs also make use of AI to give staff members a sense of ownership over the frequently overwhelming task of managing client demand. A fair workplace that replaces or improves conventional seniority-based assignment procedures can also be produced using machine learning. 

    Conclusions

    The potential and utility of AI for contact centers is an interesting development. Contact centers, back-office operations, and branch settings are already gaining from the technology’s capacity to quickly apply intelligence and learn any omnichannel context’s specific, decision-influencing characteristics. By implementing this technology, your staff is free to concentrate on tasks and ideas that call for a personal touch.

  • Intel Unveils FakeCatcher, Real-Time Deepfake Detector

    Intel Unveils FakeCatcher, Real-Time Deepfake Detector

    Intel has unveiled FakeCatcher, a real-time deepfake detector that delivers 96% accuracy in milliseconds.

    Deepfakes are AI-generated images and videos designed to make it look as if someone is saying or doing something they are not. The technology is so advanced that it can be almost impossible to readily identify them. As a result, the potential implications are staggering. The technology can be used to discredit public figures, influence elections, ruin business leaders, create revenge porn, and far more.

    “Deepfake videos are everywhere now,” says Ilke Demir, senior staff research scientist in Intel Labs. “You have probably already seen them; videos of celebrities doing or saying things they never actually did.”

    FakeCatcher was “designed by Demir in collaboration with Umur Ciftci from the State University of New York at Binghamton.” The solution relies heavily on AI, as well as algorithms to detect faces and landmarks

    Most deep learning-based detectors look at raw data to try to find signs of inauthenticity and identify what is wrong with a video. In contrast, FakeCatcher looks for authentic clues in real videos, by assessing what makes us human— subtle “blood flow” in the pixels of a video. When our hearts pump blood, our veins change color. These blood flow signals are collected from all over the face and algorithms translate these signals into spatiotemporal maps. Then, using deep learning, we can instantly detect whether a video is real or fake.  

    Intel’s FakeCatcher is an important tool in the fight against deepfakes, and will hopefully help debunk them and mitigate the damage they can do.

  • Microsoft and Nvidia Partner to Build Cloud-Based Supercomputer

    Microsoft and Nvidia Partner to Build Cloud-Based Supercomputer

    Microsoft and Nvidia are teaming up to build a cloud-based supercomputer with a focus on artificial intelligence (AI).

    Nvidia chips are staples in AI development, with GPUs offering a number of performance benefits over traditional CPUs. Microsoft and Nvidia are collaborating to combine Nvidia’s GPUs with Microsoft’s Azure cloud computing platform.

    The companies say the result of the collaboration will be one of the most powerful cloud-based AI supercomputers in the world. In addition, as part of the collaboration, Nvidia will use Azure virtual machine instances to further AI development.

    “AI technology advances as well as industry adoption are accelerating. The breakthrough of foundation models has triggered a tidal wave of research, fostered new startups and enabled new enterprise applications,” said Manuvir Das, vice president of enterprise computing at NVIDIA. “Our collaboration with Microsoft will provide researchers and companies with state-of-the-art AI infrastructure and software to capitalize on the transformative power of AI.”

    “AI is fueling the next wave of automation across enterprises and industrial computing, enabling organizations to do more with less as they navigate economic uncertainties,” said Scott Guthrie, executive vice president of the Cloud + AI Group at Microsoft. “Our collaboration with NVIDIA unlocks the world’s most scalable supercomputer platform, which delivers state-of-the-art AI capabilities for every enterprise on Microsoft Azure.”

  • Apple Plans to Ditch ‘Hey Siri’

    Apple Plans to Ditch ‘Hey Siri’

    Apple is preparing to make one of the biggest changes to Siri since the virtual assistant’s debut, ditching the “Hey Siri” voice activation.

    According to Bloomberg’s Mark Gurman, via 9to5Mac, Apple is planning to change Siri’s activation phrase to simply “Siri.” As 9to5Mac points out, the move will bring Apple’s virtual assistant more in line with its competitors, such as Amazon’s Alexa.

    Gurman says the change has been underway for several months, but involves “a technical challenge that requires a significant amount of AI training and underlying engineering work.”

    The feature is expected to reach customers in 2023 or 2024.

  • Formula 1 Signs Up for a Second Round With AWS

    Formula 1 Signs Up for a Second Round With AWS

    Formula 1 (F1) has renewed and expanded its partnership with AWS for machine learning, AI, and cloud technologies.

    The two organizations first struck a partnership in 2018, with F1 relying on AWS for machine learning and data-driven insights. F1 tapped into into AWS high performance computing (HPC) to facilitate car design .

    Under the renewed partnership, the two organizations will look for new ways to leverage the power of AWS technologies.

    “Since 2018 AWS and Formula 1 have worked hand in hand to deliver insight and analysis for all our fans,” said Brandon Snow, Managing Director of Commercial, Formula 1. “Together we have successfully delivered the speed, scalability, and reliability Formula 1 requires to bring the expert analysis and insights to all our audiences and stakeholders. AWS has the global reach, partner community, and breadth and depth of cloud services that help Formula 1 engage with fans in multiple markets. We look forward to the next chapter of this powerful partnership which is central to F1’s fan experience and growth strategy over the coming years.”

    “AWS helps companies push the limits of what their data can do,” said Matt Garman, Senior Vice President of Sales, Marketing, and Global Services of AWS. “With such a data-driven sport as F1, this partnership has been a natural fit – helping the sport better utilize, analyse and act upon data to deliver insights to fans that weren’t possible before this collaboration. Leveraging the power of the world’s leading cloud, F1 is engaging with its growing global fan base in unique ways. Their vision and execution for digital transformation is impressive and we are excited F1 has selected AWS to continue to innovate together.”

  • Microsoft May Increase Its OpenAI Investment

    Microsoft May Increase Its OpenAI Investment

    Microsoft is reportedly considering another round of investment in OpenAI, beyond its initial $1 billion.

    OpenAI is the artificial intelligence company co-founded by Elon Musk in an effort to drive responsible AI research and development. Microsoft initially invested $1 billion in the company in 2019 and has an exclusive license to OpenAI’s GPT-3 model.

    According to The Wall Street Journal, Microsoft “is in advanced talks for a new round of funding in OpenAI.” No concrete details were provided, including the size of the investment, although the Journal’s sources say the amount could vary as negotiations proceed.

    A cash infusion from Microsoft would help fund OpenAI’s continued research, and could provide Microsoft with more exclusive access to OpenAI innovations.