Improving Business Productivity with Emerging Technologies

Best Emerging Technologies to Improve Business Productivity

The best emerging technologies offer a range of opportunities to improve business productivity. These include generative AI, AWAs and conversational AI. Forrester advises tech executives to pilot these technologies with a view to delivering measurable benefits quickly.

Other notable technologies include natural language processing and blockchain. Natural language processing enables machines to interpret and understand human language. Blockchain offers a secure, transparent system free of middlemen.

Artificial Intelligence (AI)

AI is computer technology that simulates human intelligence processes. Examples of AI include voice recognition systems such as Siri and Alexa, IBM Watson’s victories on Jeopardy and self-driving cars.

AI allows humans to focus on higher impact tasks by automating repetitive and mundane work. It can also process data more quickly than a human and find patterns and relationships that are otherwise overlooked.

AI can help improve cybersecurity, analyze financial data and make predictions. It can also enable businesses to make faster decisions and reduce costs.

Internet of Things (IoT)

The Internet of Things is a network of devices that are connected to each other and collect data. It includes everything from smart home devices and wearables like Fitbits to factory equipment and transportation systems.

It took decades to get to this point, but processors that are small and power-frugal enough to connect billions of devices have made it possible. And wireless technologies like LoRaWAN, Wi-SUN and cellular technology provide low-powered long-range connectivity and wide coverage.

IoT is also enabled by edge computing, which allows data to be analyzed closer to where it was collected instead of sending it to a cloud server. This reduces latency and improves response times.

Machine Learning (ML)

Machine Learning (ML) is a subset of Artificial Intelligence that lets computers learn by mimicking human behavior. It uses algorithms and structural models to analyze data patterns and find solutions.

ML is used by companies to create self-driving cars and detect fraud. It is also used in medicine to make diagnoses and by police departments to prevent jaywalking.

Modern organizations with an ROI window of two to four years should pilot at least one of the following emerging technologies, according to Forrester.

Quantum Computing

The future of quantum computing is the subject of a race among tech companies and countries. The promise is that such machines can perform calculations that would take classical computers thousands of years to solve.

The technology has many applications, including advancing medicine and healthcare, developing new electronics and chemical materials, accelerating chemistry simulations, improving cybersecurity, and creating more efficient traffic control and weather forecasting systems.

One key challenge remains, however, in the form of qubit error rates. This is a major obstacle, but scientists are focusing on it.

3D Printing

3D printing is a unique technology that offers businesses a range of benefits. This includes reducing costs, improving innovation and on-demand production.

It has also removed design constraints that are normally associated with CNC machining and injection molding. For example, it is now possible to print complex internal voids without having to resort to multiple-component assemblies.

The disadvantage of this technology is that it can be used for illegal activities such as counterfeiting or circumventing customs duties. It could also threaten jobs in manufacturing and engineering industries.

Augmented Reality (AR)

AR transforms data and analytics into images or animations that are overlaid on a physical environment. It’s familiar to many users from simple entertainment applications, such as Snapchat filters or Pokemon GO.

AR’s impact on product design and development is significant. Companies can differentiate themselves with AR interfaces that make products more user friendly and increase customer loyalty.

For example, an AR application that superimposes a human-readable display of vein locations can dramatically improve the success rate for blood draws and other vascular procedures.

Virtual Reality (VR)

Virtual reality creates immersive experiences in a digital world. This technology is often used for gaming, but it can also have a number of other applications in the business world.

It can be used in medical training, for example, by helping surgeons to practice surgical techniques in a safe environment. VR is also being used in psychological treatment to help people with phobias and anxiety work through their issues.

Creating convincing virtual realities requires more than just visuals. Audio plays a vital role, too.


As a popular example, gamers use a virtual world called Fortnite to experience concerts and events (as well as virtual real estate). The Metaverse is expected to grow the digital economy and offer limitless opportunities for storytelling and gaming (think Ready Player One).

To access the Metaverse, people will need specialized hardware and software. This includes VR headsets that range from $30 cardboard versions to $1,000 high-end sets with multiple cameras and sensors. All the safety risks of the internet are magnified in VR, including the black market, violent pornography and sex trafficking.

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The Thrilling World of Overseas Football Streaming

Discover the Thrill of 해외축구중계

For a die-hard football fan, nothing beats the exhilaration felt when watching the 해외축구중계. It’s the perfect avenue to enjoy all your favorite soccer players and teams in action. Have you ever wondered why 해외축구중계 is so popular?

The Excitement of 해외축구중계

Viewers are instantaneously transported into the heart of the action with 해외축구중계. Observing the skills on display, the fast-paced maneuvers, and the adrenaline rush that comes with every goal is a thrilling experience. Imagine reminiscing on the legendary matches of the past, re-watching them in , and reliving the excitement!

Accessibility of 해외축구중계

Accessibility plays a significant role in the popularity of 해외축구중계. Fans around the world can enjoy any game, whether it’s the UEFA Champions League or an international friendly, right in the comfort of their homes. All you need is an internet connection, and 해외축구중계 does the rest.

The Community Aspect of 해외축구중계

해외축구중계 helps bring football fans together. It’s more than just a game; it’s about the community and shared experiences. What could be better than cheering for your favorite team while being part of a global community?

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Unleashing the World of 스포츠중계: Reshaping the Sports Industry

The Essential Guide To 스포츠중계 (Sports Broadcasting)

There’s a vast world of excitement and fun in 스포츠중계– an arena of relentless matches, last-minute goals, and unforgettable moments of glory. But, do you fully comprehend what 스포츠중계 is and how it influences the sports industry?

What Is 스포츠중계?

Essentially, 스포츠중계 (sports broadcasting) is the live coverage of sports events on television, radio, and over the internet. It involves everything from filming games, handling the broadcasting equipment, to in-depth analysis of games. You can say it’s the heart pumping adrenaline right from the field to your living room.

Can you imagine watching a sports event as thrilling as the World Cup without 스포츠중계? It would be like seeing a bowl of 김치(Kimchi) without feeling its spice. In a world enriched by , every sports enthusiast can partake in the exhilaration of the game.

Influence of 스포츠중계 in Today’s World

스포츠중계 has led to a radical change in the way sports are consumed globally. As more sophisticated broadcasting technology emerges, access to any sports event worldwide is a fingertip away. As a result of 스포츠중계, venues, and arenas are just as important as the exclusive interviews and behind-the-scenes action that keeps fans glued to their screens.

You may wonder, is there even a need to go to a football stadium when you can watch the game in 4K through 스포츠중계, right from your comfortable couch? Blame it on 스포츠중계, that’s increased accessibility and a complete viewer experience like never before.

What Does the Future Hold for 스포츠중계?

The advent of 스포츠중계 technologies like virtual and augmented reality promises enhanced audience interaction. The next decade of 스포츠중계 holds better visualization of on-field action and personalization in a sports enthusiast’s watch experience. Imagine viewing a cricket match from your favorite player’s perspective or feeling as if you are on the field. Now, that’s a 스포츠중계 triumph!

To sum up, 스포츠중계 has reshaped the sports industry and how we perceive it. It is a powerful tool that brings the thrill of the sporting world to every corner of the globe. Get geared up for a future where 스포츠중계 will rewrite the rules of the game.


Q1: What is 스포츠중계?
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Q5: Can 스포츠중계 bring the thrill of a live game to my living room?
A: Yes! Through innovations in 스포츠중계, you can experience the atmosphere of a live game at home.…


1. Atlanta: Tech Hub with Growing Startups and Cybersecurity Strengths 2. Raleigh-Durham: Emerging Tech Hub with Low Costs and Strong Talent Pool 3. Charlotte: Banking Capital turned Burgeoning Tech Hub 4. Columbus: Affordable Alternative to Silicon Valley with Thriving Startups 5. Portland: Non-Traditional Tech Hub with Practical Success and Welcoming Culture

Emerging Tech Hubs

Tech hubs make ideas move faster, and they help bolster the economy. They are a key part of a larger national strategy for innovation.

The new Tech Hubs notice of funding opportunity recognizes that regions with major research strengths in fields like natural disaster prevention, agricultural technology and cybersecurity should be able to capitalize on their strengths.

1. Atlanta

Tech companies hunker down in cities with a deep talent pool, education programs that train the next generation of engineers and the ability to offer top salaries. In addition, it is important for the hub to have a robust community of businesses that can support their growth.

Atlanta fits the bill, and it is no wonder that it has garnered national attention. Its virtuous cycle is attracting new startups, which then bring in more technologists and investment. The city’s ecosystem is anchored by a growing number of startups that have reached valuations of over $1 billion, earning them the status of unicorns. These include MailChimp, digital asset marketplace Bakkt and scheduling platform Calendly. In addition, the Atlanta area is home to dozens of cybersecurity firms that are training the next generation of cyber professionals.

2. Raleigh-Durham

North Carolina may not be the first name you think of when it comes to technology hubs, but that could soon change. In fact, Raleigh-Durham is on the verge of becoming a top 10 tech hub according to a study by the Progressive Policy Institute.

The region’s strengths include an impressive list of universities and colleges to recruit from, strong venture funding, and a growing social scene for networking. It also boasts lower operational costs for businesses.

The Research Triangle Park area has been home to many leading-edge technologies since IBM moved there in 1965, including nanotechnology, interactive software/games (think Epic Games), hardware manufacturing, open source, and defense technology. But what really sets it apart is its incredibly low cost of living and operating expenses for engineers.

3. Charlotte

While Charlotte may be known as the banking capital of the South and home to NASCAR’s headquarters, it’s also a burgeoning tech hub. Diverse startups in healthcare, fintech and logistics are thriving in the city, offering top salaries and a variety of career options for technologists.

Tech workers no longer need to head to Silicon Valley for a six-figure salary, as many cities are becoming attractive for high-tech companies. These growing tech hubs offer higher salaries than some coastal locations and a lower cost of living.

The state of North Carolina is attempting to position itself as a global epicenter for artificial intelligence innovation. The initiative has big ramifications, with the president’s proposed budget including billions to fund the effort. The city of Charlotte’s bid is led by local business leaders and a consortium that includes universities, worker training programs and community development agencies.

4. Columbus

Often referred to as Ohio’s Silicon Valley, Columbus has attracted people and companies looking to find a more affordable alternative. Its low cost of living has helped countless startups thrive, especially those focused on high-growth sectors like healthcare and insurance.

Several local investment firms have helped nurture this growing tech scene. Two notables are Rev1 Ventures and Drive Capital. Both firms were started by entrepreneurs who left Silicon Valley and saw opportunity in Columbus.

Companies have flocked to the city, creating jobs in fields such as cybersecurity, financial services, transportation and software development. Columbus has a strong talent pool, which is helping it attract more companies to open second HQs there. It is also home to many well-known universities, making it a great place to cultivate a tech-driven culture.

5. Portland

The rise of non-traditional tech hubs like Wilmington, Delaware; Columbus, Ohio; and Portland, Oregon, showcases the pivotal role technology is playing in reshaping America’s economy. Tech companies are looking beyond Silicon Valley and New York City to find talent, lower costs and more room for innovation.

Portland’s perks include cheaper housing and far easier commutes than the Bay Area or Seattle. But it’s also a place that values more modest, practical success than the cutthroat culture that defines so many startups in the Bay and Seattle.

That attitude has drawn household names such as Apple and Square to the metro, which also is home to Elevate Capital, a venture fund that invests exclusively in women-, minority- and veteran-founded startups like GrowthPlug. Its mission is to make sure those groups feel welcomed and supported as they create the next big thing in the tech industry.

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Banking Industry: IoT, AI, Neobanks, Autonomic Systems, and Open Banking

Emerging Technologies in the Banking Industry

Many banks use IoT for efficient data collection, automating banking processes and enabling real-time event response. IoT also helps banks detect security breaches and mitigate risk.

Banks are also beginning to offer customers in-the-moment advice on how to spend their money, like which payment mechanism is best or which utility provider can offer a cheaper rate. This type of technology is referred to as private AI.

Artificial Intelligence (AI) and Machine Learning (ML)

Modern banking services rely on AI-powered tools to streamline operations, improve customer experience and strengthen security. From front-end chatbots, personalized products and analytics to intelligent service robots, market trackers, automated transactions and robo-advisors. AI also enhances anti-money laundering and know-your-customer solutions, reduces fraud detection time, simplifies loan form processing and automates processes in the back office.

These emerging technologies are increasingly popular for banks of all sizes – from large-scale institutions to tiny credit unions. ML algorithms also facilitate improved credit score models and financial forecasting, while computer vision technology streamlines document analysis.

Similarly, privacy-enhancing computing (PEC) technology allows bankers to collaborate with external model developers in a private fashion for remote data science and app development without physically sharing datasets or signing manual partnership agreements. This enables them to innovate at speed and scale that gives them a competitive advantage. They can build, test and launch new features in days and weeks instead of months and years.

Neo or Digital Banks

Neobanks or digital banks provide a range of digital financial services, including credit cards, debit and savings accounts, currency exchanges, and prepaid options. Unlike traditional banks, they often charge lower fees and don’t require a branch to operate.

These digital banking institutions are known for their customer-centric approach and personalised services powered by technology. They are also fast to adjust their features and products to meet client demands. They are typically lean and agile, with a focus on developing cloud-based platforms with modular architectures.

As a result, their customers enjoy great user experiences and a faster transition to the digital economy. They are also able to offer cheaper costs and service fees, higher interest rates, and seamless international payments and money transfers. Many neobanks also incorporate crypto services into their offerings, which results in improved engagement and revenue streams for them. This enables them to compete with traditional banks and fintech firms. They also make it easier for unbanked consumers to open an account and access the digital economy.

Autonomic Systems

Autonomic systems are self-managed physical or software systems that monitor, manage and control themselves with minimum or zero human intervention. They dynamically change their algorithms in real-time to optimize their behavior in complex ecosystems, according to the market research firm.

These technologies are enabling banks to provide better customer service, streamline processes and achieve efficiencies that can save millions of dollars. While chatbots and AI are the most visible applications of these technologies, they are also helping banks with back-office tasks like risk evaluation, data entry and loan form processing.

Banks need to use these emerging technologies wisely. Too many tools can cause a cumbersome technology stack that limits agility, slows development and increases costs. Using technologies that haven’t been designed for the specific task at hand can also lead to performance issues, a lack of ownership and confusion for both customers and employees. For instance, banks should avoid using process automation tools that were not developed for banking.

Open Banking

With consumers demanding more digital tools to support their financial journey, banks are responding by introducing open banking APIs. This new system allows developers to create apps that securely access consumers’ banking data. This can simplify their online payments, provide budgeting tips and help them achieve their financial goals, such as tracking spending or saving money.

This new system also provides extra security, replacing screen scraping and requiring consumer consent to share data. This means that consumers only allow regulated firms to use their data, and they can withdraw permission at any time.

Examples of open banking providers include Cleo, Cake and You Need a Budget, all of which offer AI chatbots to help track spending, manage finances and set savings goals. Plum and Moneybox streamline savings and investments, while Tully is the first fully-digital debt adviser. These third-party companies can access your data using open banking APIs, which you consent to when agreeing to their terms and conditions.

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Transforming Business Operations with Intelligent Automation

Johnson & Johnson Emerging Technologies

Johnson & Johnson’s business technology team uses intelligent automation to solve specific business outcomes. These include streamlining supply chain turnarounds with a touchless ordering capability and improving surgical procedure outcomes by connecting robotics devices to data analytics functions.

The company’s centralized IT leadership team has standardized processes for reviewing, managing and tracking IT projects. These projects are reviewed on a quarterly basis at the corporate level.

Project Management & Engineering Consulting Services

Project management consulting involves helping a client design and implement projects, develop plans, monitor progress, and achieve goals. It can also help with strategic planning, forecasting, budgeting, resource allocation and vendor selection.

J&J’s IT organization has been restructured to make it more agile and to allow business leaders to get the most out of technology. For example, the CIO now reports directly to LaVerne Council, the company’s CFO. Similarly, the Consumer and Pharmaceutical IT CIOs now report to her.

The IT organization has also standardized processes for managing IT investments. For example, all IT projects over $500K in value are reviewed by the global IT capital approval committee that includes the company’s CIO. This helps ensure the appropriate level of corporate involvement for each project. This process has helped to reduce the amount of time and resources spent on IT projects. Additionally, it has enabled more efficient tracking of financial benefits received from IT processes and business initiatives. For example, tracking inventory reductions and accounts receivable improvements from IT projects enables the company to recognize these benefits in the income statement.

Product Development & Engineering

As a global company, J&J is exposed to many different business factors. These include political, economic, and social/cultural factors.

J&J focuses on driving technology innovation that helps meet specific business outcomes. For example, the company aims to increase surgical procedure outcomes through connecting robotics devices with data analytics functions and by developing touchless ordering capabilities that shorten supply chain turnaround times.

Another focus is personalization. For instance, an individual’s noncompliance to a medication plan (taking the antibiotics two or three times a day as prescribed) is costly to healthcare systems and can be addressed by personalized interaction with the patient via mobile phone app technology.

J&J also tries to keep an eye on trends, such as the aging population. This has a direct impact on the need for health care products. It can also affect consumer spending patterns, as well as government and private investment in healthcare. J&J tries to anticipate these trends by employing market research and by working closely with its customers and stakeholders.

Supply Chain & Operations Management

To the casual observer, supply chains may seem straightforward. But, in reality, they’re complex with an incredible amount of moving parts that need to be managed and controlled to deliver predictable and dependable outcomes.

Wengel’s team oversees planning, global manufacturing (internal and external), direct material procurement, global distribution, customer service and quality and compliance across all of J&J’s business segments. That includes pharmaceuticals, medical devices, consumer products and the company’s R&D and commercial businesses.

Swanson’s IA team looks for opportunities to drive value in the top line, such as faster response times to customers, enabling smarter packaging, and providing more accurate omnichannel data. It uses functional heatmaps and benchmarking to help identify areas where IA could have a meaningful impact on an end-to-end process.

For example, when the company’s European supply chain needed to divert product after the Brussels attack, they used data analytics to make decisions about where to send it. This enabled the company to get more product to patients in time.

Digital Transformation

J&J is committed to deploying intelligent automation across its enterprise. Like reengineering, IA projects have a goal of delivering $0.5B in 3E value to the business within three years (by 2023). They start with functional heat maps with external benchmarking and an ideation and visioning phase to understand the type of IA technology needed and how much impact it will have on a specific function’s end-to-end processes.

J&J’s approach to intelligent automation aligns with recommendations made in the Healthbox report. Swanson explains that it starts with a focus on business outcomes, an strategy for building enterprise digital acumen and leveraging a test-and-learn mindset. This allows the company to deploy IA quickly and at scale to reach intended outcomes. For example, he cites using intelligent automation to improve surgical procedure outcomes by connecting robotics devices with data analytics functions or touchless ordering to increase supply chain turnarounds. These are examples of how IA is transforming core business operations, reducing costs and improving speed to market.

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