Critical Success Factors
We are on the cusp of solving many of the challenges and opportunities facing humanity in domains such as food security, clean drinking water, health and longevity, climate change, crime, and energy. A focus on future industries will usher in the next wave of economic growth and improvements in the standard of living. There are nine critical success factors to usher in future industries.
Balance
The major innovations required to foster future industries will not just happen by accident. They require governmental high-level planning and direction as well as stimulus, coupled with the pure and applied research in academia and real-world insights of commercial businesses ranging from entrepreneurial startups to established corporations
Capital
Most major innovations today require large investments. For example, training just one of the next generation of Large Language Models is expected to cost roughly one billion dollars. Space programs cost billions of dollars for development and launch. Typically, such large investments require a mix of government and private investment.
Vision
A vision and long-term plan is required to create a framework for investment, prioritize and align resources, and motivate all elements of a far-flung, distributed multidisciplinary organization to succeed. Being driven by short-term financial results can be antithetical to long-term success, but specific interim progress metrics can also be applied in addition to a long-term goal to drive innovation and ensure that resources are being invested wisely.
Innovation
Innovation can arise from individuals, teams, or large organizations. For example, a recent breakthrough in generative AI—Tiny Recursive Models—arose from a solitary researcher in a larger organization. Today, AI and other technologies can be increasingly used in the innovation process, whether scanning through tens of thousands of existing research reports, creating new testable hypotheses, or designing or running precise experiments in robotics labs. Such innovation technology can be used to augment the insights of creative and experienced individuals and teams.
Talent
Acquiring global talent and a focus on education and skills development in science and technology but also skills related to successful innovation such as project management, user-centered design, collaboration tools, etc. will be a key enabler of future industries development.
Risk Tolerance
Breakthrough innovation requires great risk, whether of investments in R&D or scaling or ability to tolerate dramatic failures such as failed space launches. This in turn requires a substantial capital cushion, the right personalities and culture, and a shared understanding that failures are speed bumps on the road to ultimate success.
Collaboration
Future industries, and exploiting the synergies between them, require a great deal of collaboration. This includes not just collaboration between researchers from multiple disciplines, but also between research, development, production, sales and marketing, e.g., building what customers are willing to pay for that exploits technological breakthroughs but also can be scaled to meaningful production levels, can be delivered cost effectively, etc.
Commercialization
Ultimately, commercialization and user and customer adoption are the keys to success for future industries. Global commercial revenues will fund continued incremental and breakthrough improvements and prove the value of future industries. This requires careful thought in building ecosystems and business models, distribution channels, overcoming protectionism, and the like.
Policy & Regulatory
Policies need to support and accelerate the development of future industries, not hinder it. This may include areas such as privacy, ethics, trust, and transparency, as well as ensuring that legacy industries and technologies are successfully nursed during a transition to reduce backlash. The bigger the breakthrough, the less likely that existing laws and practices will apply. For example, would a biosynthetic organoid brain grown in a vat that achieves consciousness have the same rights as a human? What about an AI that becomes self-aware?