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Against the backdrop of carbon neutrality goals and global energy transition, hydrogen energy is gradually moving from concept to large-scale application, emerging as a key carrier connecting renewable energy production with end-use consumption. As hydrogen infrastructure rapidly expands across hydrogen production, storage, transportation, and refueling, the physical foundation of the hydrogen ind...
As commercial spaceflight continues to advance, humanity is transitioning from merely entering space to sustaining production beyond Earth. Concepts such as in-orbit maintenance, on-orbit assembly, microgravity manufacturing, and space factories are gradually moving from theoretical exploration to practical engineering. In this process, manufacturing in space is no longer just a technological chal...
As quantum computing moves from laboratories to industrial deployment, humanity is entering a new era driven by quantum technologies. Quantum computers, quantum communication equipment, superconducting chips, cryogenic refrigeration systems, and precision measurement instruments are becoming critical assets for research institutes, semiconductor fabs, and national laboratories. These assets are ex...
Over the past decade, immersive technologies such as virtual reality, augmented reality, and digital twins have evolved rapidly. Expectations for “immersion” have also shifted—from visual realism to a deeper demand for real-time interaction between what people see, touch, and experience. Virtual spaces are no longer expected to exist in isolation; instead, they are increasingly required to respond...
As digital cities and smart cities continue to evolve, the inability to clearly see, accurately manage, and effectively track urban assets and public facilities has become a major constraint on refined urban governance. From underground pipelines and road infrastructure to public transportation equipment and municipal assets, cities manage vast numbers of assets that are widely distributed and com...
In the aerospace industry, “the cost of error” is never an abstract concept. A misplaced screw or a missing spare part can lead to launch delays at best, and losses of hundreds of millions of dollars—or even risks to astronaut safety—at worst. As spacecraft systems become increasingly complex and mission durations continue to extend, traditional management methods based on manual records and barco...
As populations continue to age worldwide, elderly care systems are facing increasing pressure. Traditional care models rely heavily on manual supervision, routine checks, and paper-based records, which are often inefficient and prone to human error. These limitations make it difficult to meet the growing demand for safer, more personalized, and higher-quality elderly care services. In this context...
In recent years, as companies advance their digital transformation, office management has been undergoing noticeable changes. From the chaos of meeting room reservations to misplaced equipment and cumbersome asset inventories, these seemingly minor issues can significantly affect workplace efficiency. Finding ways to make office resources operate more smoothly has become a key focus for many organ...
When disaster strikes, the first thing people realize is the importance of speed—speed in gathering information, speed in deploying rescue teams, and speed in delivering supplies. Yet the reality on the ground is far more complicated. Communications may be cut off, roads damaged, supplies delayed or misallocated, and manpower stretched thin. The more parties participate in rescue operations, the h...
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