Jakarta, INTI - The robotics industry is a rapidly evolving sector with immense potential for the future. According to a report by Boston Consulting Group (BCG), robotics is poised for significant growth in the coming decade. However, to achieve success, major companies producing hardware and industrial automation software must act quickly and aggressively, leveraging strategic directions and emerging technologies that will become critical by 2030. On the other hand, startups and smaller competitors are driving innovation in promising areas, reshaping the landscape of the robotics industry.
Currently, there are over 500 companies operating in this sector, producing robots categorized into four main groups: conventional and collaborative industrial robots, stationary professional service robots used in medical and agricultural fields, mobile professional service robots for cleaning, construction, and underwater exploration, and automated guided vehicles (AGVs) for transport in logistics pathways or assembly lines.
Experts predict that professional service robots will dominate the sector by 2030. Sales of robots in this segment are expected to more than double those of industrial and logistics robots. Overall, the global robotics market is forecasted to surge from approximately $25 billion today to between $160 billion and $260 billion by 2030, with professional service robots contributing up to $170 billion.
Social trends and changing consumer preferences are anticipated to accelerate the demand for more advanced robotic solutions. Consumer demand for faster deliveries and more customized products is driving the expansion of robotic capacity in manufacturing and logistics applications. Simultaneously, an aging population will create a need for mobile service robots to assist with daily tasks like cleaning, exercise, and food delivery. Moreover, sustainability concerns will spur the use of robots for complex tasks such as demolition and material sorting for recycling.
Advanced technologies like artificial intelligence (AI) will further enhance human-robot interaction. AI enables robots to handle unforeseen situations without human supervision. Swarm intelligence, or collective robot intelligence, allows for flexible task sharing and adjustments on-site. These technologies will also be supported by 5G communication networks, which increase bandwidth and extend the operational range of robots, as well as edge services that expand the computational capabilities of robots and sensors.
Future robots will also have the ability to learn independently. Research from OpenAI has demonstrated progress in training robots to solve complex problems. For instance, a robotic hand successfully solved a Rubik's Cube without human input after undergoing simulations for 50 hours, equivalent to 100 years of experience gathered using cloud computing.
Technological advancements will also enable the creation of semi-autonomous robots capable of managing tasks in pre-mapped environments. By 2030, it is estimated that Level 3 autonomous vehicles will account for about 8% of new car sales. At this level, robots can operate independently under certain conditions but still require human assistance in situations they cannot handle.
Asia is expected to play an increasingly significant role in the robotics industry. Robotics companies in South Korea and China, although currently holding a small market share, are predicted to experience substantial growth in the next decade. Modernizing warehouses and the increasing demand for logistics in Asia will drive the need for robotic equipment, creating opportunities for local manufacturers and startups in the region.
However, the future of this industry is influenced by various factors, such as the pace of technological breakthroughs, societal acceptance of autonomous machines, and the development of "killer applications" or revolutionary uses. Three potential future scenarios for the robotics sector include: increasing tailored solutions, robots as standard automation devices, and a "Google World" scenario where intelligent robots dominate.
In the first scenario, robots will be designed for specific applications but lack sufficient demand for mass production. The second scenario involves standardized robots that are easy to use for everyday tasks, such as delivery robots or electric vehicle chargers. Meanwhile, the third scenario envisions a future where smart robotic modules can handle complex situations with plug-and-play technology.
Regardless of the scenario, the robotics industry will continue to evolve and significantly impact various aspects of human life. With such vast potential, the future of robotics is set to remain a focal point for both investors and the general public.