Since the beginning, both regular individuals and business owners have sought out methods to increase the effectiveness of daily tasks. With the use of hand tools, levers, pulleys, primitive machines, and occasionally working animals, our ancestors performed the majority of their labor by hand in the past. Production procedures are generally divided into the following categories from a manufacturing perspective; Completely manual, The semi-automated, Completely automated.
Automation greatly increases the efficiency of operations like manufacturing by lowering the amount of human intervention needed to complete a task. The timeline of automation history describes how technological advancements have been made possible by the development of automation.
From the evolution to today’s magnetic age of technology, here we look into the predominant transformations across industries and what automation technology trends businesses and industries are today viably adopting and why?
IA Mingling With RPA
In order to save expenses and streamline tasks, intelligent automation (IA) combines robotic process automation (RPA), artificial intelligence (AI), and business process management (BPM). Through a variety of applications, IA streamlines procedures, frees up resources, and increases operational efficiencies by utilizing vast amounts of data, accurate computations, analysis, and business implementation.
Across all industries, IA offers numerous advantages. Workforce augmentation, increased accuracy, increased productivity, consistent procedures, higher customer satisfaction, and regulatory compliance are among the benefits.
PLCs Automating Manufacturing Processes
PLCs, or programmable logic controllers, are essential for automating manufacturing procedures. They guarantee the quality of the products while allowing businesses to react flexibly to shifts in technology or demand. These digital systems significantly improve industrial applications’ productivity and safety because of their resilience, quick reaction times, and high IT security.
Mordor Intelligence experts predict that this worldwide industry sector will grow from USD 11.75 billion in 2023 to USD 14.46 billion by 2028. By 2032, industry predictions also all agree on an annual growth rate of more than 10 percent. The Asia-Pacific area, which is driven by China and India and is seeing significant investment in manufacturing automation, is predicted to grow especially rapidly.
Democratization Of Automation
The broad acceptance and accessibility of automated processes, which opens up cutting-edge technologies to a wider audience, is known as the “democratization of automation.” Moreover, automation is made available to companies of all sizes and sectors, not only big firms. The creation of user-friendly tools, intuitive platforms, and streamlined interfaces that make automation solutions accessible to people with different technical backgrounds is what is driving this shift. As a result, it gives businesses the ability to increase productivity, cut expenses, and create a more creative and inclusive workplace. This change signifies a move away from exclusive and intricate systems and toward a time when automation is used as a tool for efficiency and broad empowerment in a variety of industries.
Hyperautomation With Internet of Things
Hyperautomation and the Internet of Things together represent a crucial technological convergence intended to transform connectivity and efficiency across a range of industries. This collaboration creates a dynamic environment where device processes coexist peacefully by fusing the intelligent automation capabilities of hyperautomation with the smooth communication of IoT devices. Real-time data from IoT sensors is fed into hyperautomation systems, which examine, automate, and improve workflows. By automating repetitive operations, this integration not only improves operational efficiency but also empowers companies to make data-driven decisions quickly. The end result is a complex network that combines the digital and physical worlds, providing unmatched productivity, responsiveness, and insights across a range of industries.
Automation in Supply Chain Management
In 2024, supply chain management has undergone a complete transformation thanks to the incorporation of automation technologies, which has endured hitherto unheard-of levels of responsiveness, agility, and efficiency. Automation is changing conventional methods and changing the dynamics of international logistics, from demand forecasting and inventory management to warehouse operations.
Advanced warehouse management systems (WMS) that use AI and ML algorithms to track inventory increase operational efficiency by optimizing resource allocation, route planning, and inventory placement. Inventory tracking and management are being revolutionized by automation technologies such as computer vision, barcode scanning, and RFID (Radio Frequency Identification) tagging.
Businesses can keep an eye on stock levels, spot inconsistencies, and avoid understocking or overstocking thanks to real-time tracking tools, which offer fine-grained visibility into inventory movements. Additionally, prediction algorithms and AI-driven analytics examine past data and market trends to reduce carrying costs, increase inventory turnover ratios, and optimize inventory levels.
Shift-Left Testing
Automating shift-left testing entails testing throughout the software development lifecycle. Shift-left testing transfers these activities to phases, like requirements and design stages, rather than waiting until the end of the development process. By incorporating continuous testing into development processes, this proactive strategy speeds up development, lowers the chance of late-stage failures, and aids in defect detection. The process that the Shift Left Testing approach employs enables developers to identify bugs frequently and early. Because these code units are short and immensely more manageable, bugs found during the writing or review of code by developers are the simplest to rectify. Finding abnormalities in the code becomes more difficult as its scope expands once it is integrated into the main development branch.
India’s Smart Home Industry
The smart home automation market in India is projected to be valued at USD 7,136.8 million in 2024 and USD 65,084.3 million in 2034. The Indian smart home automation market is anticipated to grow at a compound annual growth rate (CAGR) of 24.8% over the forecast period. In 2023, smart home automation brought in USD 5,791.0 million in revenue. In 2024, the industry is expected to rise by 26.5% year over year.
It is projected that India’s smart home automation market will increase significantly due to rising consumer awareness and encouraging government initiatives. The widespread use of smartphones and the quick penetration of the high-speed internet have made smart home devices more accessible and aesthetically pleasing.
Both local and international companies are spending money on research and development in order to launch affordable and feature-rich smart home appliances. Customers will continue to enjoy living in their homes thanks to the combination of artificial intelligence (AI) and the Internet of Things (IoT), which is offering new opportunities for linked and personalized home environments.
India’s smart home automation zone is being shaped by the growing emphasis on sustainability and energy efficiency, which is driving demand for smart appliances and lights.
he rapid growth and accessibility of the smart home automation sector in India are being fueled by the expansion of low-cost smart home solutions that are customized to meet the demands of Indian families as well as the widespread use of phones.
