Record capital is flowing into deep tech globally, with investments in AI, biotech, and energy revolutionizing industries.
Advancements like AGI, biotech treatments, and commercial fusion hold the potential to reshape economies and societies.
Deep tech faces challenges like outdated funding models, regulatory uncertainties, and fragmented talent pools.
Despite increased deep tech investment worldwide, many ventures struggle to move from prototype to market adoption.
The disconnect between scientific progress and real-world commercialization is a global structural challenge.
Deep tech ventures require patient capital, regulatory clarity, skilled talent, and robust infrastructure for scaling.
The misalignment between scientific potential and market delivery poses risks to addressing critical global challenges like climate change and public health.
To bridge the gap, efforts are needed to blend capital sources, embed commercialization expertise early, redefine traction metrics, and engage multi-stakeholder coalitions.
Enabling infrastructure and investing in foundational elements like standardized interfaces are vital to driving scalable innovation in deep tech.
Building cross-border ecosystems and connecting science with global strengths will be key to shaping the future of deep tech.
Success in deep tech depends on navigating the transition from concept to commercialization, aligning technical possibilities with business scalability.