Recently, a wave of actions in the aviation industry has sparked reflections, with game theory logic bearing many similarities to the development trajectory of the crypto market.

Let's first look at the current state of the aviation sector: GE Aviation has invested in China for forty years, with global support centers and parts manufacturing bases all located in China. It owns 7,700 active engines and 4,900 spare orders, with a deeply bound market share. Boeing's China market once accounted for a quarter of its global deliveries, and the Zhoushan delivery center was originally a strategic layout. However, with the advancement of domestically produced C919, these former "monopoly advantages" are being broken—especially after the breakthrough of the CJ-1000A domestic engine, the voice in the entire ecosystem has begun to shift.

This logic applies equally to the crypto field. Currently, the global blockchain industry faces an invisible "supply disruption risk"—the development of quantum computing. Google has experimentally demonstrated that quantum computers can crack mainstream RSA-2048 encryption systems within a week. This means that most existing blockchain security mechanisms have potential vulnerabilities.

It is worth noting that domestic efforts have already made early arrangements in this area. China Telecom Quantum Group has launched an integrated solution that combines QKD (Quantum Key Distribution) and PQC (Post-Quantum Cryptography) technologies, which is becoming an important exploration direction to resist risks. Similar domestic substitution ideas are also applicable to underlying blockchain technologies—whoever masters quantum-resistant cryptographic standards first will have the advantage in the next era. At the core of this game is still the contest for technological autonomy.