The Wave and the Walls
How strategic autonomy reshapes the new technological order
A new technological wave is colliding with a new geography of power. Artificial intelligence, synthetic biology, robotics, quantum computing, energy systems, semiconductors and defence manufacturing are advancing at the same time as the world’s major regions seek to reduce dependence on one another. For decades, technological progress was associated with global integration, open scientific exchange, distributed supply chains and the circulation of talent, capital and knowledge. That assumption is weakening. The central question is no longer only which technologies will advance fastest, but how the race for strategic autonomy will alter their trajectory. Autonomy does not affect all technologies in the same way. It accelerates what can be anchored in territory, infrastructure, production capacity and sovereign demand; it risks slowing what depends on openness, diffusion, shared standards and global research communities.
This report examines that asymmetry. It first defines the technological wave as a process of diffusion rather than a sequence of isolated inventions. It then distinguishes between the different layers of the wave: research, talent, data, compute, manufacturing, energy, deployment and military adoption. The analysis shows why strategic autonomy accelerates semiconductors, energy, defence production, robotics and other territorialisable layers, while placing pressure on frontier research in artificial intelligence, synthetic biology and parts of quantum science. The report then assesses the regional implications for the United States, China and Europe, showing how each pole is trying to internalise the wave in a different way. The final section identifies the policy dilemma: how to build resilience and reduce critical dependencies without turning strategic autonomy into technological fragmentation.