Quantum computing stands at the threshold of revolutionizing industries, national security, and the very architecture of computing itself. Once a theoretical frontier, quantum is fast becoming a strategic imperative for both enterprise and government organizations. Driven by breakthroughs in hardware, the rapid evolution of artificial intelligence, and the maturation of cloud infrastructure, quantum technology is now transitioning from research labs into real-world use cases with profound implications.
The pace of innovation in the quantum ecosystem is accelerating rapidly. New startups are pushing the boundaries of what’s possible, from developing quantum-native algorithms to creating modular, cloud-integrated hardware. Meanwhile, enterprise and cloud providers are testing hybrid quantum-classical solutions and embedding early quantum capabilities into AI workflows. Universities are expanding training programs, and cross-disciplinary collaboration is driving forward research in everything from materials science to quantum networking. This momentum is transforming quantum from an experimental curiosity into a dynamic innovation platform with the potential to reshape how problems are solved across sectors.
While organizations are eager to harness quantum’s potential for accelerated drug discovery, next-generation artificial intelligence, logistics optimization, and secure communications, they must also navigate a fragmented hardware landscape. What’s certain is that regardless of which hardware approach “wins”, companies like Classiq, who are enabling us to code quantum software, migrate classical applications to quantum, and more, are at the cusp of transforming it all.
Quantum computing is no longer a distant possibility—it is a near-term reality. This report aims to help decipher the current state of the market, the forces shaping its future, and the critical actions required to prepare for a world where quantum is central to innovation, security, and global competitiveness.