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As the "brain" and "nervous system" of aircraft, avionics serves as a core pillar for ensuring global flight safety and enhancing aircraft operational efficiency. Currently, the global aviation industry is accelerating its recovery. Coupled with the integration of the low-altitude economy into strategic emerging industry layouts in many countries, the accelerated pace of large aircraft industrialization worldwide, and the guidance of the international community's consensus on green and low-carbon aviation development, the global avionics industry is ushering in a crucial period of strategic opportunities. At the same time, it also faces multiple challenges such as technological innovation breakthroughs, international standard coordination, and cross-regional industrial collaborative development.

At the policy level, governments around the world have intensively introduced supportive policies for the low-altitude economy, generally emphasizing the strengthening of low-altitude flight safety guarantee system construction. The technological maturity and adaptability of avionics systems directly determine the development quality and commercialization progress of the global low-altitude economy. At the technological level, the in-depth integration of cutting-edge technologies such as artificial intelligence and digital twin with the avionics field has become a trend, driving the accelerated iteration of technologies like intelligent integrated avionics and enhanced vision systems. Meanwhile, the global development of low-altitude aerial vehicles such as eVTOL has put forward unique requirements for avionics systems in terms of lightweight design, high reliability, and low cost. These common industry challenges urgently require collaborative research and solutions from the global avionics community.