Standing at the Nanjing Pukou High-Tech Zone Comprehensive Low-Altitude Flight Base, several drones cut through the clear blue sky, conducting intensive test flights. Inside the nearby office building, the R&D team of Nanjing Sunny Aerospace Technology Co., Ltd. (“Nanjing Sunny”) is fully focused on the screens. The dancing codes and shuttling drones form a fascinating resonance between the virtual and the physical.

As we all know, the main battlefield for robotic lawn mowers has long been in Europe and the United States, where courtyard culture runs deep. Today, this "reserved territory" long dominated by foreign giants is gradually being cultivated by Chinese enterprises. With the global expansion of China’s smart manufacturing, "Chinese robots mowing the lawns overseas" has become a new landscape.

In the summer of 2018, Tesla Model 3 became the first vehicle to adopt silicon carbide (SiC) power devices in its main drive inverter. Like a boulder dropped into a lake, this move sent ripples across the new energy vehicle industry chain — silicon carbide, known as a groundbreaking third-generation semiconductor material, began to shine.

Boosting High-Quality Industrial Chain Development • Venture Capital Record | MicroBridge Testing: The "Needlework" Craft in Microcosm Time: 2026-01-23 Standing before the floor-to-ceiling windows on the 6th floor of Nanjing Hongfeng Science Park, Lei Ming, Founder and Chairman of Nanjing MicroBridge Testing Technology Co., Ltd. (hereinafter referred to as "MicroBridge Testing"), gazes into the distance. About a hundred meters away, the outline of a modern, intelligent factory covering 2,500 square meters is taking shape. Sunlight dances on the building's façade, mirroring the company's vigorous upward trajectory.

In the biomedical field, the mantra of "10 years, 1 billion US dollars, and a 10% success rate" hangs like the Sword of Damocles, reflecting the high investment, long cycle, and high risks associated with innovative drug R&D.

This is a magical beam of light. When the chip emits ultra-short laser pulses that touch the surface of an object, it can capture the reflected photons instantly. By accurately calculating the round-trip flight time of the photons, it quickly parses the distance between the object and itself.

With the rising incidence of hypertension and the accelerating trend of population aging, the annual number of new stroke cases continues to increase, among which ischemic stroke accounts for the highest proportion. Clinically, the most effective treatments for ischemic stroke are thrombolysis and thrombectomy.

Today, when we look up at the starry sky, what meets our eyes is not only the eternal stars but also a "satellite network" woven by countless communication satellites. Like "mobile base stations" in the vast universe, they keep us connected to network coverage anytime, anywhere, enabling true "uninterrupted connectivity".

What kind of innovation wave will "academic pioneers" trigger in the industrial automation sector when they step into the market? Huang Xuzhen, a professor at Nanjing University of Aeronautics and Astronautics (NUAA), driven by the industrial vision of "translating laboratory research achievements into tangible value on production lines", resolutely embarked on an entrepreneurial journey. She led her team to tackle the R&D of magnetic-driven flexible transmission systems, a field rarely explored domestically. Today, the team has not only advanced the localization of this technology but also provided a "high-performance solution" that is independently controllable and internationally competitive for China's high-end manufacturing industry.

As the global semiconductor industry landscape undergoes profound transformation, a "core" battle for technological independence has begun on the northern bank of the Yangtze River.