Imagining the Future: Insights from WAVE 2026
- Original source
- blog.naver.com
When people imagine the future, they often picture landscapes that are completely different from today. They envision humanoid robots walking the streets, cars driving themselves without drivers, and factories where machines handle all tasks instead of humans.
However, the actual future does not suddenly appear before us. It arrives gradually as the technologies we use today connect and are applied in industrial settings, ultimately changing our daily lives.
On September 10, 2026, I visited the Ulsan Exhibition and Convention Center (UECO). The atmosphere was distinct from the moment I passed through the entrance and headed toward the exhibition hall. A large sign for WAVE 2026, utilizing black and purple colors, welcomed visitors.
This year marks the third World Advanced Vision Expo 2026, taking place from September 10 to 12 at UECO. The central theme of this year's event is 'Industrial AX Nexus,' which aims to create new connections in existing industries in Ulsan, such as automotive, shipbuilding, and energy, by integrating artificial intelligence.
As I explored the exhibition, my first thought was that we can no longer understand AI solely through computer screens. We are already familiar with generative AI for writing, creating images, and searching for information. However, AI in industrial settings has a different face.
AI assesses situations based on data collected by cameras and sensors, allowing robots and machines to translate this into action. At this point, AI begins to transition from a 'tool' to an 'industrial system.'
The WAVE 2026 exhibition is primarily divided into four areas: AI and digital innovation, future mobility, shipbuilding, defense, and advanced materials, and clean energy and carbon neutrality. Approximately 160 companies are participating with around 480 booths, showcasing future industrial technologies from companies like SK, HD Hyundai Heavy Industries, Hyundai Motor, S-OIL, Korea Zinc, and LS MnM.
Upon entering the exhibition hall, the first things that caught my eye were AI and robots. A humanoid robot resembling a human stood before the audience, while industrial robotic arms and automation systems prepared to move. A small robotic training device connected to a laptop demonstrated how AI and robot control are interconnected, giving a glimpse of the future direction of manufacturing.
While past factory automation focused on quickly and accurately repeating predetermined actions, automation combined with AI adds the capability to 'make judgments.' AI can identify anomalies in products through video analysis or detect signs of equipment failure before it occurs. It can also analyze vast amounts of data, such as production volume, energy consumption, and equipment status, to suggest the most efficient conditions.
At the exhibition, a space called 'Dual Brain Portal' was also set up. SK Ulsan CLX introduced the concept of 'Dual Brain,' which combines AI's analytical capabilities with the experience of field engineers accumulated over many years. This space showcases the direction of manufacturing AX, applying AI to optimize production processes, predict equipment failures, and manage safety and environmental concerns.
What intrigued me about this concept is that it does not solely discuss a future where AI replaces humans; it also considers how to combine AI with human experience. Many things in industrial settings cannot be understood through data alone. A person who has worked with machines for decades can notice subtle changes in equipment just by sound. Workers in production environments make judgments based on experiences that are not covered in manuals.
The future industrial competitiveness may arise not from eliminating such human experiences but from connecting and utilizing them more broadly with data. If AI is the brain of industry, then robots are the hands and feet that execute those judgments. This is why robots were so prominent throughout the exhibition.
The changes hold even more realistic significance in industrial cities like Ulsan, where a long history of automotive, shipbuilding, petrochemical, non-ferrous metals, and energy industries has accumulated. Thus, integrating AI into existing massive manufacturing sectors is as crucial as creating new industries with AI.
The fact that WAVE 2026 did not exhibit AI separately but instead connected AI with manufacturing AX, mobility and batteries, shipbuilding and defense, and energy can be seen as a reflection of this understanding.
Future mobility encountered at the event did not refer solely to automobiles. There were platforms resembling actual ships equipped with various sensors. When we think of autonomous driving, we often envision cars first, but the application of technology extends beyond land to the sea. By utilizing cameras, radars, and communication equipment to understand the surrounding environment and analyze data, ships can also move more intelligently.
Cars, ships, drones, and robots may look entirely different, but they are likely to share similar structures in the future. The structure of sensing, data collection, AI judgment, and machine movement is a glimpse of what will often be referred to as 'Physical AI,' functioning in real spaces.
Next to this, there were exhibitions related to energy and materials, including Korea Zinc. Observing a model that depicted power plants, factories, hydrogen, and renewable energy as a small city reinforced the idea that AI and energy are not separate issues in future industries.
No matter how advanced AI becomes, operating computers, data centers, robots, and vehicles ultimately requires substantial power. Conversely, the energy industry will also employ AI to predict production and demand and to operate facilities efficiently.
Thus, the future industry cannot be explained by a single technology. There is AI, robots, batteries, hydrogen, and renewable energy. These connect with cars, ships, factories, and data centers. It is not a single technology that changes everything; rather, it is the interconnectedness of various industries that brings about change. This is why the term 'Nexus' in WAVE 2026 becomes clearer as one explores the venue.
The exhibition is not limited to technology displays. The 2026 Ulsan Artificial Intelligence Industry Development Conference, U-Battery Tech+ Forum, and the 6th Ulsan International Hydrogen Energy Forum are also taking place, alongside the ULSAN EXPORT PLAZA and WAVE export consultation sessions. Programs that allow companies, research institutions, students, and citizens to participate together, such as the SK Ulsan Forum, AI and SW idea programs, robotics competitions, and Battery Academy Job Fair, have also been organized.
The 'NOVATUS ACADEMIA' and AI-related educational programs noted in the UNIST exhibition hall caught my attention for this reason.
As the pace of technological advancement accelerates, it becomes increasingly important not just to acquire new equipment but to have individuals who understand and can apply that technology to industries. In the AI era, the way we work with skills learned once may also change significantly.
A time is coming when engineers need to learn AI, production workers need to understand data, and software students must comprehend the structure of manufacturing. The need for individuals who can connect knowledge from different fields is growing.
As I walked through the exhibition, I began to think that the question of how much AI will eliminate human jobs may become less important than another question: 'What skills should people have to work alongside AI?' If AI takes over calculations and analysis, we must define what problems humans need to solve. If robots take over repetitive tasks, humans should design better methods while viewing the entire system. As AI provides vast amounts of information, the ability to discern what constitutes important information will become even more crucial.
Ultimately, this exhibition posed more important questions than just the technology of AI itself: how to connect AI with industries, what problems to solve, and what roles humans will play in the process. Ulsan has long symbolized Korea's industrialization. It has produced cars, built massive ships, and nurtured the petrochemical and energy industries. Now, a new technology called AI is beginning to rise upon this industrial foundation. Thus, the future I encountered at WAVE 2026 is closer to an evolution of the industries we already possess rather than an entirely unfamiliar sight.
Factories will read more data, robots will exercise more autonomous judgment, cars and ships will become increasingly intelligent, and the energy industry will connect more intricately. And at the center of all these changes is AI.
Reflecting on the name 'World Advanced Vision Expo' that I saw at the entrance, I realize that the future is not waiting for us at some distant point in time. Today, a robot moving in a factory, a sensor installed in a vehicle, and an AI that detects anomalies in equipment are coming together to create the future. The future I witnessed at WAVE 2026 is much closer than I had imagined.
Source :https://blog.naver.com/ulsan_nuri/224408012807
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