Antwork Attends the 4th China South Asia Technology Transfer and Innovation Cooperation Conference

迅蚁 2023年08月17日

On August 16th, the opening ceremony of the 4th China South Asia Technology Transfer and Innovation Cooperation Conference and the High Level Forum on Science and Technology Cooperation were held in Kunming. Zhao Liang, CMO of Antwork Technology, attended and delivered a presentation on the theme of "Empowering Smart City Construction with Urban Air Delivery Networks".


This conference is a landmark event of the China South Asia Technology Transfer Center, with the theme of "Innovation Achieves Future Cooperation and Win Win Development". The aim is to further deepen regional innovation cooperation and technology transfer between China and South Asia, jointly discuss policies and mechanisms for regional scientific and technological cooperation, establish cooperation platforms, and promote scientific and technological innovation and sustainable economic development in the region.


At the meeting, Zhao Liang stated that the development of Antwork delivery drones has gone through three periods: "verifying the stability of drone express delivery from remote postal transportation", "exploring the application mode of drone scenarios, and the embryonic form of air delivery network", and "focusing on urban medical emergency delivery and building a city level air traffic ecology". They have successively obtained the first urban drone delivery operation license and the first set of urban drone delivery standards, The first 100000+city compliant flight.


As a pioneer of urban air delivery, Antwork has accumulated numerous technologies and experiences in its development, and has been widely applied in fields such as medical inspection, emergency support, and local consumption, with a focus on exploring urban data services. Antwork is willing to share many experiences of urban air operations with domestic and foreign partners, so that more cities can experience the benefits and convenience brought by low altitude construction