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5 Leading AI Application Areas and Why You Must Care About Them

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5 Leading AI Application Areas and Why You Must Care About Them


Due to its deep learning and independent decision-making capabilities, applications of AI in different business areas are seeing a steady rise in ubiquity in some industries.

The concept of artificial intelligence or machines that aim to emulate human thinking is undergoing vigorous research and is a topic that is increasingly being associated with the Internet of things. An AI enabled IoT system extends the functionality and value of an organization’s offering, without the need for committing additional resources to achieve the increased value. This is exemplified by under Armour(UA) and IBM’s collaboration on the UA Record app, which is an AI-based personal fitness coaching system, that uses a variety of sensor data to suggest highly personalized, context-relevant fitness activities to users. Such applications of AI are going to be more commonplace in the future as they are already having a significant impact on many industries. Here are a few application areas that you can consider for AI implementation:

Applications of Artificial Intelligence in Different Business Areas

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1. Customer Engagement 

As businesses, especially in the service sector industries, evolve from the basic transactional model of customer interaction to a more continuous engagement sequence, the role of IoT and artificial intelligence is rapidly gaining importance. For example, the use of digital concierge and virtual assistants is being discussed in the hospitality industry to automate, personalize and streamline interactions between guests and the service delivery system. The trial deployment of an AI assistant at the Munich airport that helps visitors with directions is an example that forebodes the use of AI in similar cases and for broader purposes in the future. Improved engagement can also be extended to employees by using virtual employee assistants to ensure continued connectivity and simplified task execution.

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2. Predictive Analytics

Growing applications of IoT in enterprises has entailed a corresponding increase in the data being generated by the installed systems. This data, continuously collected through the myriad of sensors used in the system, can be used in machine learning models that can be used to make highly informed decisions. The enormity of data volume can be easily managed using AI based data management tools and then be used to derive insights that impact more than just the operational performance. For example, in a healthcare institution, continuous diagnostic analysis is performed to track operational parameters such as the availability of personnel, machines, drugs and other resources; the utilization of different functional units; and the number and types of cases being admitted; to improve responsiveness to changing conditions. AI can be used to perform predictive analysis to ensure preparedness of the facility to respond to different situations and can also be used to provide prescriptive long-term solutions to repetitive issues.

3. Security Systems

IoT sensors that scan biometric information to authenticate the identity are already being used by numerous business and government organizations. Combining IoT and AI can make biometric scanning even more effective and secure by including the recognition of facial features and voice. CCTV cameras used today require a pair of human eyes to monitor the live footage and identify potential threats or to find clues after an incident. AI infused security camera networks enable scanning of multiple parameters including movements and high risk objects, and automatically raise alarm when a potentially suspicious event occurs. Use of AI surveillance systems like Ella, which finds and distinguishes video footage elements for easy identification of suspicious or missing items, is one way AI can be used for enhanced security.

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4. Process Automation

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Manufacturing automation has been one of the earliest areas of application of robotics and artificial intelligence. A manufacturing process operated by an AI control system, that is linked to sources of different kinds of data, from the demand in market to the availability of parts from vendors; can function with maximum efficiency, as the process can be regulated through real-time analysis of data. Even service organizations such as restaurants can automate processes by using automated kitchen robots for cooking that emulates human chefs.

5. Artificial Creativity

Artificial creativity is the concept of using algorithms that allow machines to produce content that is random yet desirable for human perception. Multiple online services that provide AI compositions to inspire or completely create new content are already available, and are indicative of a future where an increasing portion of creative content will be inspired or created by AI technology. The focus of AI implementation at present must be to minimize human involvement in the routine and non-creative tasks, so that human effort can be directed towards innovation and planning, where AI can be used for guidance. Following the lead of industry leaders, organizations aiming for sustained relevance should prepare for the use of AI based technology, embedded in an IoT foundation.



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Multi-access edge computing spend to reach $23 billion globally by 2027

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Multi-access edge computing spend to reach $23 billion globally by 2027


Duncan is an award-winning editor with more than 20 years experience in journalism. Having launched his tech journalism career as editor of Arabian Computer News in Dubai, he has since edited an array of tech and digital marketing publications, including Computer Business Review, TechWeekEurope, Figaro Digital, Digit and Marketing Gazette.


A new study from Juniper Research has predicted that global MEC (Multi-access Edge Computing) spend will grow from $8.8 billion in 2022, to $22.7 billion by 2027.

This growth of 260% will be driven by increasing requirements for on-premises machine learning and low-latency connectivity; enabled by 5G technology.

MEC is a network architecture that moves processing power and digital content to mobile network edges to provide lower latency and faster processing to end users.

The new research, Edge Computing: Vertical Analysis, Competitor Leaderboard, and Market Forecasts 2022-2027, predicts that over 3.4 million MEC nodes will be deployed by 2027; rising from less than one million in 2022. It identifies autonomous vehicles and smart cities as key beneficiaries of increasing MEC roll-outs, by enabling the handling of data generated by connections in these markets to be processed at network edges. This will reduce network strain by decreasing the physical distance that cellular data will need to travel.

The report found that operator partnerships with agile technology companies, such as AWS, IBM and Microsoft, will be essential in achieving the growth of MEC node roll-outs. It forecasts that over 1.6 billion mobile users will have access to services underpinned by MEC nodes by 2027; rising from only 390 million in 2022. Furthermore, mobile cloud computing is anticipated to be a highly valued MEC service amongst mobile users over the next 5 years. By migrating processing power to the cloud, via MEC nodes, users will benefit from faster processing power and devices with smaller form factors.

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Additionally, the report predicts that the delivery of digital content, including video streaming, cloud gaming and immersive reality, will benefit from the geographical proximity of MEC nodes and increase value proposition by improving video caching and computational offload. It urges operators to maximise the user reach of MEC by focusing on urban deployments first.

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