The Future of Robotics: Exploring Breakthrough Technologies and Innovations

Robotics is the branch of engineering that deals with the idea, design, construction, operation, and use of robots. Further research reveals that a robot is an autonomously managed machine that carries out various duties and finishes jobs that a human would normally do.

Whatever the world thinks of them today, robots are here to stay. Thankfully, it seems that rather than taking on complete administrative control, robots’ main role will likely be to perform repetitive or dangerous tasks. Let’s look at future of robotics: what it is, how it is classified, how it will affect our lives in the future, and how it relates to artificial intelligence.

Advancements in Artificial Intelligence

In the field of robotics, two of the most intriguing and promising developments are artificial intelligence (AI) and machine learning. While machine learning helps robots to learn from their mistakes and get better over time, artificial intelligence (AI) enables robots to execute tasks that would be too difficult for them to manage otherwise. Drones, industrial robots, and autonomous cars are just a few of the uses for this technology, which is now in use and is predicted to grow in the upcoming years.

Artificial intelligence (AI) improves quality, cooperation prospects, and human-robot interaction. Co-bots, or collaborative robots, are already used in the industrial sector. They assist humans in tasks like testing and assembly.

Robots were designed to more closely resemble human behavior, which is made possible by advancements in artificial intelligence. Artificial intelligence (AI)-driven robots that behave and think more like people can improve workplace productivity beyond that of human workers.

Human-Robot Collaboration

• Cobots in Manufacturing: Cobots, or collaborative robots, are intended to work alongside people to increase efficiency and security. Robots and robot-like devices are included in human-robot collaboration, and they are typically used in procedures that cannot be entirely automated, which is why we frequently see them in close proximity to people.
• Surgical Robotics in Healthcare: From surgical robots supporting intricate procedures to robotic exoskeletons assisting in rehabilitation, robotics is significantly improving healthcare. The advantages of undergoing robotically assisted surgery are numerous. You gain from a robotically assisted surgery directly — a faster recovery period — and indirectly — the surgeon can perform a more accurate procedure because of improved visualization.

Breakthroughs in Mobility

• Autonomous Vehicles: Transportation and logistics are undergoing a transformation thanks to autonomous vehicles, such as drones, self-driving cars, and unmanned aerial vehicles (UAVs). Robotic vehicles that can execute some or all of their tasks without requiring direct human input are known as autonomous ground vehicles, or AGVs. They can traverse their surroundings and make judgments by using preprogrammed waypoints or more sophisticated features like artificial intelligence, computer vision, and machine learning.
• Delivery Drones: In the near future, a drone might deliver the online package you ordered to your door. Delivery drones raise the possibility that fleets of unmanned aerial vehicles may act as independent messengers, delivering products to clients in as little as 30 minutes after a purchase. Before a drone takes off, researchers have developed a system that allows it to effectively compute its likely future destinations offline. The technique makes all possible paths a drone could take to get somewhere without running into anything easier to understand.

Robotics in Exploration and Discovery

• Space Exploration: Mars explorers are robots like Perseverance and Sojourner. Robots include the Hubble telescope and deep space exploration missions like Cassini and Voyager. Robotics is driving exciting new discoveries in exploration, from the surface of Mars to the depths of the ocean. Because these areas are inaccessible to people without the use of cutting-edge technology, discovering new frontiers is challenging.
• Underwater Robotics: It may surprise some to learn that the ocean is one of the solar system’s least studied regions. The deepest parts of the ocean may contain entire species that science has not even been able to identify. Underwater robotics is helping explorers in these deep sections of the ocean where the water pressure is far too great for scuba divers to withstand.

Ethical and Social Implications

• Job Displacement vs. Job Creation: The significance of ethical and social considerations for robots is growing as technology progresses. Job displacement may result directly from automation, which is the use of computers, software, and other technology to carry out tasks that were previously completed by humans. Human workers may lose their jobs or have their duties drastically reduced when automated systems and robots do tasks that they previously completed. Automation may replace certain occupations, but it also creates new ones in the design, maintenance, and management of automated systems. Routine, repetitive, or manual operations are frequently automated in order to free up human workers to concentrate on more difficult, creative, or strategic duties.
• Privacy and Surveillance: Security and surveillance systems have evolved into a new generation of autonomous security robots thanks to the development and appearance of technology in wireless communications, artificial intelligence, and robotics. Their uses include asset, property, and personal security, in addition to monitoring and intrusion detection for privacy concerns. Benefits like lower costs and more staff expertise in security management are also brought about by it.

Conclusion

Robotics has enormous potential to transform industries, enhance quality of life, and address some of society’s most important issues in the future. AI-powered systems and collaborative robots are examples of how robotics is developing quickly and expanding the realm of what is possible for machines. By staying up-to-date on the newest developments, we can welcome robotics’ future and capitalize on its revolutionary potential for the good of humanity.

What is the impact of advanced technology on job markets and employment?

The employment market has been significantly impacted by advanced technology, which has brought about both opportunities and challenges for businesses and employees. New professions and sectors, including social media managers, software developers, and data analysts, have been brought about by technological breakthroughs. These positions can pay well and provide job security, but they also call for specific expertise and abilities.

But as technology has advanced, many repetitive and routine operations have also been automated, which has resulted in labor displacement in several industries. For instance, human labor-intensive manufacturing tasks are now completed by robots, and chatbots and other automated systems are replacing customer support positions. Concerns regarding job security and the effect of automation on people’s livelihoods have arisen as a result of this.

The Shifting Landscape: Advanced Technology and Job Markets

A plethora of variables, including the rapid growth of advanced technology, the growing influence of globalization, and noteworthy demographic trends, are contributing to a dramatic transformation of the nature of labor in the future. It is critical for people and organizations to be aware of and adjust to these changes as the job and educational landscapes continue to shift. This in-depth essay explores important data points and highlights some of the most creative firms that are leading the charge to transform the way that work and education are done in the future. Through analyzing the patterns and comprehending the ramifications, people and institutions can more adeptly traverse the developing terrain and capitalize on the prospects digital transformation offers.

Automation and job displacement

Unquestionably, automation is having an unfavorable effect on the workforce and is fast changing the way we live and work. Automation can, however, have a lot of positive effects on the workforce, such as higher production and efficiency, but it can also have negative effects on employment, such as job displacement and the requirement for new skills and training.

How Automation is Changing the Game

Automation, driven by globalization, changing consumer habits, and tech advancements, is leading to worker displacement through labor reduction, process automation, and less need for human decision-making. Machine learning and AI are accelerating this by taking over tasks such as data entry and complex decisions. Additionally, the rise of e-commerce is eliminating traditional retail jobs as physical stores decline, with more businesses moving online and requiring fewer employees.

The Rise of Artificial Intelligence

Goldman Sachs predicts that AI could take over 300 million full-time jobs, potentially replacing 25% of work tasks in the US and Europe, while boosting productivity and creating new jobs. This could lead to a 7% increase in global output. Up to 25% of jobs could be fully automated, with the majority of US and European jobs facing some automation. Educated white-collar workers earning up to $80,000 are most at risk. Forbes references a study suggesting AI could replace two million manufacturing jobs by 2025. McKinsey believes that by 2030, AI and tech advances might necessitate career changes for 14% of workers globally.

Reskilling and Upskilling for the Future Workforce

In order to meet market demands, staffing firms must constantly adjust to shifting organizational needs, technological advancements, and market conditions that change the in-demand abilities of skilled individuals. The majority of workers’ employment has changed throughout time due to factors like globalization, digital transformation, and advanced technology —including artificial intelligence—is set to further modify these roles.

Although there is some relationship between the two strategies, reskilling and upskilling are very different. Upskilling is the process of training an employee with new skills relevant to their present position in order to improve their current abilities. There is still commercial workforce development need for new information, even though a position may not require it. Think of an IT technician who wants to take certification classes for recently released software, for example.

Retraining, on the other hand, equips present employees for a variety of digital transformation roles. It is possible that the roles they have been playing for a long time are becoming outdated. The corporation wants to keep these workers rather than replace them, lifelong learning even if there is less and less need for their existing abilities. As a result, the company can offer training so that these employees can start new careers. It is anticipated that employment agencies will be essential in tackling this transition due to the advent of artificial intelligence.

Job Creation in Emerging Sectors

Technology and its effects on the future of work are among the most discussed topics in corporate forums and leadership consortiums job automation worldwide at the moment. Global leaders expressed concerns about how disruptive technological breakthroughs are becoming and how they might be one of the biggest risks to civilization at this year’s World Economic Forum (WEF) in Davos.

There are many who disagree as these cries of workforce development terror spread throughout countries. For my part, I think that technological advancement and automation are really eliminating employment more quickly than innovation is creating it. Recent years have seen the emergence of whole new businesses, giving rise to offshore positions that were nonexistent a decade ago. Technology has brought about new industry disruptions that have opened up investment and employment opportunities.

Approximately 3.5 billion individuals, or more than 40% of the world’s population, use the internet nowadays. They primarily use a smartphone that they carry around in their pockets to access the internet. This will undoubtedly alter not only our individual lives but also the corporate landscape. Significant changes in social institutions, as well as how individuals contribute to society and earn a living, have been brought about by massive developments in advanced technology.

Policy Considerations and Societal Impact

The era of artificial intelligence (AI) is expected to bring significant changes to how we learn, work, and live. AI systems can process data and mimic intelligent behavior, including perception, learning, reasoning, prediction, planning, and control. If fully adopted, lifelong learning AI could deliver the productivity improvements that were expected from the IT revolution, potentially resolving the debate over Solow’s paradox. While current data on AI’s impact is limited, there is evidence that it can increase productivity and positively affect Tobin’s Q, especially when used to enhance a company’s capabilities instead of just automating tasks. AI is also becoming increasingly important in efforts to fight the COVID-19 pandemic.

The development and use of AI is changing the types of tasks employees do and the skills they need. This is leading to new job roles, with different pay, job security, training, job automation, and work hours. Some might be highly skilled, while others aren’t. Gig jobs, which are done remotely over the internet, offer flexibility but can also lead to low pay, unpredictable hours, overwork, isolation, and exhaustion.

UNESCO’s AI Recommendation promotes lifelong “learning to learn” and acquiring a broad range of skills because of AI’s wide-reaching effects. AI is changing how we interact, learn, and process information. However, it can also cause misinformation and hinder our ability to make informed decisions. AI has the potential to deepen existing inequalities, create new ones, and threaten human rights and democracy.

Conclusion:

Notwithstanding these difficulties, advanced technology’s influence on the labor market has also produced a wealth of opportunities. For instance, remote work, which enables employees to live and work from anywhere in the world, is becoming more and more popular. Technology has also made it simpler for employees to seek freelance or gig employment and for entrepreneurs to launch their own companies.

In conclusion, advanced technology has undoubtedly affected the labor market, but it has also given rise to a wide range of options for both businesses and employees. Employees can position themselves for success in this ever evolving labor market by regularly upskilling and keeping up with the most recent technical advancements.

How does artificial intelligence help humans in their daily lives?

Artificial intelligence (AI) is revolutionizing a number of sectors and facets of contemporary life, including healthcare, entertainment, transportation, and education. Artificial intelligence has had a huge influence and is now a necessary component of our daily lives.

AI is causing machines to think and behave like humans. Developers design and program it to do activities depending on human data that is presented digitally. Artificial intelligence has become a vital component of daily life. It is utilized in many sectors to build robots capable of performing a variety of activities. This technology reduces human labor, accelerates work, and yields precise results.

AI is used in many fields to simplify life and provide better results. It’s spreading rapidly, helping people save time and effort. More and more businesses are integrating technology into their products, making it impossible for us not to interact with AI in some form. This article will discuss the importance of AI in everyday life, how it affects us, and the benefits it provides.

Personal Assistants and Productivity Tools:

AI virtual assistants have transformed how we engage with technology, providing individualized support and enhancing efficiency in different areas. These sophisticated AI virtual assistants use artificial intelligence algorithms to interpret user inquiries, complete tasks, and give pertinent information in real time. As we approach 2024, the need for AI virtual assistants grows, and there are numerous solutions available to meet a variety of demands.

AI virtual assistants have transformed our interactions with technology, providing individualized support and enhancing productivity across multiple areas. These sophisticated AI virtual assistants use artificial intelligence algorithms to answer user inquiries, complete jobs, and deliver pertinent information in real time. As we approach 2024, the need for AI virtual assistants grows, with a wide range of alternatives available to meet a variety of demands.

10 Best AI Virtual Assistants to Make You More Productive in 2024

1. Google Assistant
2. ClickUp AI
3. Copy.ai
4. Amazon Alexa
5. Siri
6. Notion AI
7. Zapier AI
8. Jasper Generative AI Chatbot
9. SaneBox
10. 1MindPal

Smart Home Automation:

By 2029, the AI-integrated real estate industry in the US is estimated to reach $1335.89 billion. Additionally, the generative AI segment in real estate is projected to reach $1047 million by 2032. These two data points highlight the significance and efficacy of AI in the real estate market. 

AI-powered Smart home technology are rapidly emerging in the real estate industry. Smart homes are becoming more popular because of benefits such as energy efficiency, lower utility bills, automation convenience, and increased security. AI and generative AI serve both merchants and buyers in many ways. Today’s focus will be on AI-powered Smart home technology, their convenience, and future prospects. 

Automation is one of the best features of AI smart homes. With AI constantly learning about the resident’s choices and preferences, it can automate how all of the appliances work, making homeowners’ or residents’ lives easier. 

1. Smart Lighting and Energy Management
2. Voice Activated Home Systems
3. Advanced Access Control
4. AI-Optimized Climate Control

AI-enabled devices in Smart home technology communicate with a central command system via a shared WiFi network. The commands travel in wavelengths via the wireless network, instructing the device to perform the intended function.  A smart home contains an abundance of voice-activated devices and appliances. 

Personalized Recommendations and Entertainment:

AI is widely employed on entertainment platforms like YouTube, Netflix, and Amazon Prime Video to personalize suggestions for viewers. AI algorithms can recommend movies, TV episodes, music, books, and other content to consumers based on their preferences, browsing history, and behavior.

Recommendation systems collect user data, analyze profiles, browse and view history, and discover behavioral commonalities and patterns. Machine learning algorithms employ previous data to construct predictive models of consumer preferences. They then provide customized recommendations that are constantly updated and improved in response to user input and interactions. This feedback loop improves the accuracy and relevance of recommendations over time.

Netflix’s personalized recommendations

Netflix, one of the world’s most popular streaming services, uses AI algorithms to deliver personalized suggestions to its users. Netflix’s recommendation engine proposes material based on user data, watching habits, and past preferences, enhancing user engagement and happiness.

Health and Wellness Monitoring:

In an age of extraordinary technical developments, Artificial intelligence (AI) stands out as a transformative force, notably in healthcare. From wearables to wellness, AI in Healthcare is transforming the landscape, bringing in a new era of proactive wellness management as well as preventive care.

The combination of artificial intelligence and healthcare represents a paradigm shift, promising not only treatment but also proactive well-being. 

AI has significant potential to improve practically every element of healthcare and health research, including monitoring, diagnosis, clinical trials, health care delivery, and health economics. AI has the ability to tailor healthcare monitoring, diagnosis, and treatment for individuals in the community and at home.

Realizing the potential of AI in healthcare necessitates a strong link between AI expertise, existing health (domain) expertise, key stakeholders, and the general public.

AI integration in Remote Patient Monitoring (RPM) improves patient care, increases efficiency, and allows for early intervention. RPM uses technology to remotely monitor patients’ health problems, minimizing the need for regular in-person appointments. The addition of AI algorithms expands RPM’s potential by evaluating massive volumes of patient data to find trends, abnormalities, and potential concerns.

Navigation and Travel Assistance:

The travel and tourism industry has faced several challenges in recent years, including meeting diverse traveler expectations, increasing operational efficiency, and improving travel security. The powerful force of artificial intelligence has ushered in a new era of travel, improving operational efficiency, personalizing customer experiences, and raising safety standards.

AI in the travel industry creates new personalized experiences, with each approach based on strategic research and tailored to individual needs. According to Statista, the worldwide AI in travel market was estimated at $81.3 billion in 2022 and is projected to be worth $423.7 billion by 2027, with a 35% CAGR.

The rise of artificial intelligence allows hotels to use techniques for personalizing room temperature, lighting, and music based on guest preferences. The incorporation of AI technology has significantly improved the customer experience by offering real-time customer support, optimizing pricing strategies, and much more.

Advantages of Leveraging AI in Tourism and Travel

1. Improved Travel Safety and Security
2. Travel Fraud Detection
3. Dynamic Pricing
4. Customized Travel Recommendations
5. Weather and Traffic Prediction
6. Virtual Travel Assistants
7. Language Translation
8. Enhanced Customer Experience
9. AR/VR Experience
10. Automated Travel Experience

Language Translation and Communication:

Artificial intelligence is rapidly transforming our environment. Artificial intelligence is becoming increasingly significant in the Language translation tools market. Advanced Language translation tools and software facilitate effective communication between individuals and businesses. 

The AI software market is growing steadily. In 2022, the AI software sector is expected to be valued at more than $328 billion. By 2029, the market is projected to be valued at more than $1.3 trillion. 

AI software will continue to rely heavily on language translation, shaping the industry’s future. Can an artificial language translate as well as humans? Even the best Language translation tools technologies cannot work independently right now. AI is rapidly transforming the translation industry, creating new opportunities for human translators, and altering the practical use of machine translation technologies. 

How AI is transforming the translation industry

Even though artificial intelligence will not replace human translators anytime soon, it is helping to reshape the translation services sector. It makes the entire process more efficient and has far-reaching implications. 

In everyday situations, AI makes it simple for individuals to get quick and somewhat reliable translations. Tourists traveling around the world can use services like Google Translate to quickly translate daily conversations. 

AI can improve communication between translation specialists and non-native speakers. Even the most skilled translator will not have a perfect understanding of the second language in which they operate; therefore, artificial intelligence translates when necessary to help cover lexical gaps. 

Currently, the most significant advances in translation services are dependent on a few emerging technologies. 

Conclusion:

When it comes to real-world applications, AI has advantages. We ought to interact with it in some way. However, some may argue that it is harmful to our physical or mental health. Still, the benefits outweigh the drawbacks by a large proportion. Increased productivity is one of the most significant benefits, as it allows the business to soar to new heights and accelerate its development.

As previously discussed, increased use benefits everyone: businesses because it allows them to grow with fewer resources, individuals because it increases work output, and thriving developers like you because it increases job opportunities. 

Scientists use AI to listen to sounds made by coral reefs

AI system could be an innovative way to rescue dying corals and revive them

A team of scientists from British and Indonesian Universities used Artificial Intelligence to listen to the sound of corals. Hundreds of such audio clips were used to create a computer program to gauge the health of the coral reefs. A healthy reef has a bustling sound emanating from it, almost like the sound of a campfire, because of all the life thriving on it. On the other hand, a dying coral reef would have a more desolate sound. The Artificial Intelligence system uses the frequency and decibel of the sound to determine if a reef is healthy or not.

According to the team’s study in the Ecological Indicators Journal, the AI system can determine so with 92% accuracy. The new AI system could be an innovative way to rescue dying corals and revive them. Human-driven carbon emissions that cause the ocean’s acidity to increase are the main reason the corals face stress. The world has lost around 14% of its corals. Corals are the lifelines of the ocean. Corals support around 25% of the marine biodiversity. Even though they cover only 1% of the ocean floor, they are teeming with biodiversity. Researchers hope to collect underwater recordings from reefs in Australia, the Virgin Islands, and Mexico to assess restoration projects.

Digital marketing gets a new face as Byonic.ai redefines its future

https://www.ciobulletin.com/digital-marketing/byonic-gives-a-new-look-to-digital-marketing

Byonic.ai is a one-stop solution for your digital marketing needs

Byonic.ai sets a standard by creating its unique platform for customized lead insights, innovative content, account intelligence, purpose-based data and marketing automation. Teams that are data-driven can easily fix goals related to customer success, marketing automation and account-based marketing.

Washington DC issues a call to action to AI experts

Experts from Allen Institute for AI, Georgetown University’s Center for Security and Emerging Technology (CSET), Chan Zuckerberg Initiative (CZI), Microsoft and the National Library of Medicine (NLM) at the National Institutes of Health has released the COVID-19 Open Research Dataset (CORD-19). It is scholarly literature about COVID-19, SARS-CoV-2, and the coronavirus group.

The dataset was requested by The White House Office of Science and Technology Policy. The dataset released has the most extensive machine-readable coronavirus literature collection available for data and text mining. It has over 29,000 articles.

The White House has now joined the aforementioned institutions in issuing a call to action to AI experts to develop new text and data mining techniques to help the science community answer questions related to COVID-19.

CORD-19 is available on Allen Institute’s SemnticScholar.org website. The information of the resource will be updated as new research sheds more light on the diseases. Researchers need to submit text and data mining tools and insights they develop in response to this call to action through the Kaggle platform.

In a statement, Michael Kratsios, U.S. Chief Technology Officer, The White House said: “We thank each institution for voluntarily lending its expertise and innovation to this collaborative effort, and call on the United States research community to put artificial intelligence technologies to work in answering key scientific questions about the novel coronavirus.”

Baidu develops open-source AI-based model to detect face masks

With growing concerns over the Coronavirus outbreak, China is tapping into AI and Big Data. According to the World Health Organisation (WHO), the virus has already infected more than 51,000 people and killed more than 1600 in China. Several tech companies have developed apps to help people check if they have boarded the same train, bus or flight, boarded by infected patients.

Taking this further, the Chinese search engine giant, Baidu, has just developed an AI-based model to help detect people – not wearing face masks. Baidu said that it is one of a kind model trained with more than 100,000 images and would further improve it.

China has made Face Mask compulsory at public places in several provinces. Although most of the people are concerned and aware of the lethality of the disease, many still do not wear the mask. It has been problematic for the Government to implement the same. With Accuracy of over 96%, the open-sourced algorithm can detect people without masks.

With the Ai-model in place, concerned authorities can instantly be informed or an alarm can be raised. As the AI-model is open-sourced, individuals or other companies too can develop apps based on it and can further help in keeping a check on Coronavirus.

Earlier this month, Baidu and Alibaba had developed open-sourced AI models to improve the prediction times for RNA structure of the Coronavirus.

NVIDIA to push for 5G with new partners

At the Mobile World Congress (MWC), NVIDIA announced partnerships with several tech giants in a step that seems like the company’s move into 5G.

NVIDIA chose the MWC Los Angeles as the platform to make a big splash. The company said that it will be collaborating with the likes of Microsoft, Red Hat and Ericsson to play a larger role in proliferating 5G networks.

NVIDIA is going to work with Microsoft in a technology collaboration that will be focused on intelligent edge computing through closer integration between the NVIDIA EGX platform and Microsoft Azure.

The company announced its software developer kit called NVIDIA Aerial. The kit is aimed at helping 5G providers move to cloud-native infrastructure. The kit is augmented by Red Hat OpenShift which provides production-ready Kubernetes to manage and automate the Aerial 5G RAN.

Through 5G RAN telecom companies can bring services such as AI, VR, AR and gaming to the market. NVIDIA will be also be partnering with Ericsson to gain from its expertise in RAN technology.

NVIDIA’s CEO Jensen Huang said: “Fusing 5G, supercomputing and AI has enabled us to create a revolutionary communications platform supporting, someday, trillions of always-on, AI-enabled smart devices. Combining our world-leading capabilities, NVIDIA and Ericsson are helping to invent this exciting future.”

Microsoft and Novartis working together to revolutionize medicine

Microsoft and Novartis have announced that they will be collaborating to address the challenges in the process of drug development. Through this collaboration, the companies plan to bring massive changes to every phase of the drug development process by combining Microsoft’s AI technology and Novartis’ deep life sciences expertise.

The strategic collaboration will see the two companies commit to multi-year research and development effort. The companies will be establishing a lab to put these efforts into effect.

The effort will see the integration of Novartis datasets with Microsoft’s advanced AI solutions which will provide the researchers with capabilities to tackle the new challenges in medicine. Further, the efforts will be also focusing on taking on computational challenges in life sciences including generative chemistry, image segmentation, gene therapies and more.

Microsoft CEO, Satya Nadella said: “Our strategic alliance will combine Novartis’ life sciences expertise with the power of Azure and Microsoft AI. Together, we aim to address some of the biggest challenges facing the life sciences industry today and bring AI capabilities to every Novartis employee so they can unlock new insights as they work to discover new medicines and reduce patient costs.”

The two companies will also work together to develop and apply next-gen AI processes and platforms to support future programs.

Microsoft Introduces AI Coach for PowerPoint

Microsoft has incorporated an AI-powered presentation coach in its web version of PowerPoint that can help you prepare for an important presentation and provide you with feedback instantly.

Public speaking is a hustle for many people and sometimes it requires a lot of practicing, Microsoft is offering a solution to this problem by introducing its new PowerPoint Presentation Coach that can train you.

The PowerPoint Coach looks into three key factors such as pace, slide reading, and word choice. Meaning, the coach will look for any irregularities in these areas. Firstly, the “pace” looks at how fast or slow a person is speaking and detects the issues. The “slide reading” feature is used to check if you are just reading the words that are already on the slide, and lastly, the word choice tool detects speech irregularities like “um”, “ah”, “actually”, “basically” and more, to provide you with feedback.

“Public speaking doesn’t have to be nerve-wracking. Our public preview of Presenter Coach in PowerPoint for the web uses the power of AI to help business professionals, teachers, and students become more effective presenters,” stated Jared Spataro, corporate vice president of Microsoft 365.

Also, Office 365 is getting several new features including inking support (draw and write with digital ink) and the ability to replay what you drew on the PowerPoint slide and thereby create animations.