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4 Technologies Driving Digital Transformation in the Next 5 Years

Four key technologies promise to drive digital transformation over the next 5 years. They are expected to shape medium- and big-sized business investment strategies and priorities across industry sectors.

Digital transformation marks a radical rethinking of how organizations use technology, people, and processes to fundamentally change business performance. In the next five years, key technologies—including AI, IoT, automation and blockchain—promise to better enable how companies use data-driven insights to improve operations and boost ROI.

1. Artificial Intelligence

Enterprises of all sizes can benefit from AI applications that optimize cloud processing, enable the deployment of faster computers, and boost operational efficiency. “AI is no longer a 'nice to have' or a set of cool tools to impress management," notes the Accenture report. “AI and data strategies are becoming the very core of business."

As AI becomes mainstream, companies need to develop strategic roadmaps for implementation over the next five years to ensure they have the right talent to integrate and scale new technology. In fact, three out of four C-suite executives surveyed by Accenture believe that if they don't scale AI in the next five years, they risk going out of business entirely.

An early adopter in the use of AI for production is

Midea Group, a Chinese electrical appliance manufacturer. Midea is implementing digital tools and deploying robotics as part of a strategic transformation of its production processes. For example, the Chinese company worked with Intel to build an AI-based cloud platform to increase the accuracy and efficiency of its product inspection processes. The use of AI is also helping Midea launch edge computing solutions that improve production efficiency, while reducing system load and operating costs.

Midea uses AI for optimizing the machine vision capabilities of robots used in production processes. Machine learning algorithms and powerful computing processing capabilities also are the foundation of the company's industrial visual inspection cloud platform. Midea's AI platform provides end-to-end algorithm training and computing capabilities for its cloud platforms.

2. The Internet of Things (IoT)and 5G

As the new 5G wireless standard is deployed worldwide, it promises to accelerate IoT solutions—with speeds as much as 100 times faster than 4G. 5G will also “allow next-generation networks to compete head-on with wired broadband systems, including those built with today's fastest fiber-optic technology," notes a Harvard Business Review (HBR) report.

A more connected economy will be fuelled by the evolution of IoT over the next five years.

“Few emerging technologies offer more transformative potential for forward-thinking companies than the IoT," says another HBR report. “The reason: It combines sensors and sophisticated software analytics to process large volumes of operational data."

One innovative example of how IoT connectivity can transform the retail landscape is Memomi's digital mirror. The "Memory Mirror," already in use by retailers like Nieman Marcus and Luxottica, a luxury eyewear seller, creates an augmented reality experience by connecting devices such as an in-store mirror with web and mobile platforms.

“For brands, we're actually solving a bigger problem than we are for customers, says Salvador Nissi Vilcovsky, CEO of Memomi Labs. “The problem for stores has been they can't tell what's happening in their stores. We're actually bringing to the table a new generation of in-store analytics, which enhances the relationship between brands and their customers."

Retail is just one example of how 5G and IOT solutions are impacting the global economy. As the Harvard Business Review notes, “digital transformation is spurring innovation and new business models across virtually all industrial and commercial sectors."

3. Automation

Automation is a cornerstone of digital transformation technology. Gartner defines automation as the way organizations use technology to accomplish tasks that once required human judgment or action. Now, a new era of what Gartner calls “hyperautomation" will feature advanced computing technology—including AI and machine learning—to rapidly identify and automate all possible business processes.

As the Gartner report notes, hyperautomation extends across a range of tools that can be automated, but also refers to the use of technology to discover, analyze, design, automate, measure, monitor, and reassess business processes and data.

Lamborghini is already using hyperautomation to improve production efficiency on its new Urus SUV. The automaker worked with KPMG to develop an Industry 4.0 IT platform that uses the industrial IoT to configure assembly processes. The factory features an unprecedented modular design, using digital sensors and robots in a collaborative and connected environment.

Each vehicle moves through Lamborghini's production floor via automatic guided vehicles that autonomously transport the car to the appropriate work island. Electronic monitoring of the production process provides data insights that are available instantly, giving workers control over every aspect of production, on site or remotely.

“Boasting the most-advanced Industry 4.0 standards, the futuristic facility merges virtual worlds and live production by integrating robotics and machine-to-machine collaboration with Lamborghini's skilled production workers," KPMG reports. “Electronic monitoring, data collection and reporting from every corner of the shop floor are available instantly, and workers can control every aspect of production on site—or remotely from any location—using tablets that fully eliminate reliance on paper documents."

4. Blockchain

The fourth technology poised to impact digital disruption over the next five years is blockchain technology. Blockchain, which is evolving beyond crytocurrenices like Bitcoin, will give companies across industry sectors the ability to use a secure distributed ledger for everything from contracts and transactions to financing and recordkeeping. A distributed ledger is a secure database that is shared by multiple consenting parties, and synchronized across multiple sites, companies and/or locations. Blockchain

provides an open, distributed ledger that can record transactions between multiple parties in a verifiable and permanent way.

One area where blockchain is already proving its worth is in global supply chains. Shipping giant Maersk and IBM, for example, developed TradeLens, a blockchain solution that helps all the stakeholders in the supply chain—from shipper to recipient—to collaborate as cargo moves around the world. Blockchain provides a transparent, secured, immutable record of transactions.

Using IBM blockchain, financial institutions can settle cross-border payments in a matter of seconds. The way it works is that two financial institutions transacting business together agree to use a digital asset that facilitates the trade, supplies important settlement instructions and, ultimately, records the details into an immutable blockchain for clearing.

The convergence of AI, IoT, automation, and blockchain means that business leaders need to think about how these technologies can be integrated into their day-to-day operations. Looking ahead, companies of all shapes and sizes—from start-ups to centuries-old brands—must understand how to use new technology to effectively achieve meaningful digital transformation in their corner of the global business ecosystem.

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