In October 2025, an “AI4Science” expert delegation from the Youth Innovation Promotion Association (YIPA) Xi’an Branch of the Chinese Academy of Sciences (CAS) visited the ICE CYPRESS Low-altitude Economy Exhibition Hall for an in-depth inspection and exchange.
Amidst the accelerated evolution of the global technological revolution and industrial transformation, Artificial Intelligence (AI) is permeating and reshaping various fields at an unprecedented pace. The development of the low-altitude economy, an emerging industry, is also inseparable from the deep empowerment of AI.
The visit of the CAS YIPA Xi’an Branch “AI4Science” delegation is rooted in a shared recognition and anticipation for the immense potential of AI technology in scientific research and industrial application. ICE CYPRESS felt deeply honored to serve as a key stop on this inspection tour, engaging with top-tier scientific research forces to explore the “AI+” development pathway for the low-altitude economy.
t the ICE CYPRESS “Low-altitude Economy Exhibition Hall,” the delegation gained a detailed understanding of the company’s latest R&D achievements and forward-looking strategic planning in the field of low-altitude intelligent technology. As a high-tech enterprise nurtured as a key project in Hangzhou Future Sci-Tech City, ICE CYPRESS is consistently committed to deeply integrating AI technology with low-altitude operational scenarios, building efficient, intelligent, and safe low-altitude solutions.
The breakthrough applications of core products, such as the Mirauge3D Automatic Image 3D Modeling System, the Rusa Rapid 3D Scene High-Fidelity Reconstruction System, in areas including smart city management, precise cultural heritage preservation, environmental monitoring optimization, and emergency response efficiency enhancement, provided the experts with a direct impression of ICE CYPRESS’s technological capabilities.
During the exchange, Dr. Chen Jiang from the Chinese Academy of Sciences showed great interest in ICE CYPRESS’s independently developed DroneSwarm Real-Time Onboard Analysis System.
He engaged in in-depth discussions with the ICE CYPRESS R&D team regarding the system’s core algorithms, task scheduling, safety redundancy, and its future application prospects in broader scientific research fields. Dr. Chen noted that the system holds significant potential for AI application in areas like collaborative operation, intelligent decision-making, and adaptation to complex environments, representing an important development direction for future low-altitude operational models.
ICE CYPRESS consistently upholds a spirit of open innovation, committed to promoting the healthy and sustainable development of the low-altitude economy. We firmly believe that through in-depth exchanges with top scientific research institutions like the Chinese Academy of Sciences, we can jointly ignite more sparks of innovation, accelerating the transition of AI technologies from the laboratory to broader and more diverse low-altitude application scenarios.
Moving forward, ICE CYPRESS will continue to actively expand collaboration with research institutes and industry partners. By joining hands with all parties, the company aims to jointly explore the boundless potential of the low-altitude economy, contributing ICE CYPRESS’s wisdom to building an intelligent, efficient, and safe low-altitude ecosystem, and contributing ICE CYPRESS’s strength to establishing Hangzhou as a globally influential hub for technological innovation.
Following the in-depth discussions at ICE CYPRESS, the expert delegation proceeded to visit and inspect other leading Chinese technology enterprises, including Alibaba Cloud, Hikvision, and Unitree Robotics.
