In the field of solar photovoltaic and solar thermal power generation, solar radiation is the sole and core “fuel”. Accurately measuring the input of this “fuel” is the absolute cornerstone for evaluating the performance of power stations, optimizing operational efficiency...
While mechanical parts jam in downpours and shatter in hail, a sensor with no moving parts is quietly becoming the ‘silent sentinel’ of meteorological observation—not just counting rain, but decoding the unique identity of every drop.
For centuries, the core logic of measuring rainfa...
In the grand picture of smart agriculture, the perception of the sky (meteorology) has become increasingly mature, but there is still a huge data gap in the insight into the earth (soil). Soil, as the foundation for crop growth and the carrier of nutrient water sources, has an internal dynamic co...
At the critical stage when modern agriculture is moving towards precision and sustainable development, the environmental factors for crop growth are no longer confined to the traditional temperature, light, water and air. Suspended particulate matter (PM2.5/PM10) in the atmosphere, as a new type ...
While the world focuses on THE LINE’s futuristic architecture, a sensory network embedded in the foundations of new cities, oil fields, and holy sites is silently breathing, providing the fundamental safety and data layer for this ambitious transformation.
Beneath the vast desert of Saudi ...
When dissolved oxygen, pH, and ammonia levels are no longer manual readings but data streams driving automatic aeration, precision feeding, and disease alerts, a silent agricultural revolution centered on “water intelligence” is unfolding in fisheries worldwide.
In the fjords of Norw...
In the wave of increasingly refined and digitalized global agricultural production, “relying on the weather for a living” is being replaced by “acting in accordance with the weather”. However, traditional large-scale meteorological stations are costly and complex to deploy...
Today, as agriculture is deeply transforming from a “surface” to a “point”, the bottlenecks in crop yields, the differences in quality, and the waste of fertilizer and water often stem from our limited understanding of the “canteen” of crop roots. Traditional s...
When storms hit, surface flooding is just a symptom—the real crisis surges underground. A microwave technology that can see through concrete and soil is uncovering the most dangerous secrets of urban subsurface pipe networks
In 1870, London municipal engineer Joseph Bazalgette could never have i...