Contesting the Frontier: How Energy Innovation Policy Must Adapt to a Semi-Settled Landscape
Executive Summary
The federal government has long relied on Vannevar Bush's "endless frontier" model of innovation policy, funding basic research and trusting market forces to turn discoveries into commercial success. In today's energy sector, this model is outdated. Market failures, system failures, and nonmarket competition from China have transformed the landscape into a "semi-settled" territory. To advance national goals of security, affordability, economic growth, and environmental protection, the United States must move beyond piecemeal programs and adopt a strategically focused innovation policy. A new report from the American Enterprise Institute (AEI) provides a comprehensive framework for such a shift, emphasizing the need to "contest the frontier" with a coordinated portfolio of policy tools.
Introduction
Vannevar Bush's 1945 report Science: The Endless Frontier has shaped U.S. science policy for generations, painting an image of boundless discovery that innovators can explore at their leisure. Yet this metaphor, while compelling, obscures the reality that technological innovation is often a contest. Pioneers encounter entrenched incumbents and rivals who have settled the frontier first. Nowhere is this more evident than in energy, where U.S. innovators face both conventional market barriers and formidable state-backed competitors from China. The AEI report, "Contesting the Frontier: Rethinking US Energy Innovation Policy in a Semi-Settled Landscape," calls for a drastic rethinking of how the United States supports energy innovation. This article examines the report's core arguments and explores their implications for technology, business, and policy.
Background: The Enduring Myth of the Endless Frontier
The "endless frontier" image captured something true about basic research: it can be a vast unknown waiting to be explored. But it also misleads, as the report points out. The American frontier was never empty; indigenous peoples already inhabited it, and European rivals contested it. Similarly, energy technology innovation takes place in a landscape already occupied by established fossil fuel infrastructure and, increasingly, by Chinese state-supported enterprises. The report argues that policymakers who continue to invoke Bush's metaphor risk overestimating the freedom of exploration and underestimating the need for strategic engagement.
The report emphasizes that market and system failures have long impeded private investment in energy innovation. Environmental externalities, knowledge spillovers, market power, coordination failures, and perceived risk all discourage firms from pursuing socially beneficial technologies. These failures justify federal intervention. However, the report adds a relatively new layer: China's nonmarket policies and business strategies have created "fortified settlements" in key energy technologies, such as solar, batteries, and electric vehicles, giving China first-mover advantages that are difficult to challenge.
Main Analysis: A New Framework for Energy Innovation Policy
The AEI report identifies four national energy goals: security, affordability, economic growth, and environmental protection. It argues that innovation policy must be designed to achieve all four simultaneously. While the shale gas revolution demonstrated the power of federal research support combined with private entrepreneurship, the report cautions that the current situation requires far more than funding research and supporting startups.
The federal policy toolbox includes fiscal incentives (tax credits, subsidies), regulatory policies (emissions standards, portfolio mandates), informational tools (research, data dissemination), and trade measures (tariffs, export controls). Historically, these tools have been used piecemeal, but the report argues they must be deployed systematically and strategically to address the full set of barriers.
A key constraint is the fragmentation of federal policymaking. The Department of Energy, the Interior Department, the Environmental Protection Agency, and other agencies each have partial authority, making a coherent policy difficult. Additionally, China's extreme first-mover advantages in certain areas may make a broad-based U.S. leadership strategy untenable. The report therefore recommends "focused forays": concentrating scarce resources on a few big opportunities that are important, promising, and politically consensual. As an example, it analyzes civilian nuclear energy policy, arguing that targeted support for advanced nuclear and fuel supply chains could yield significant strategic dividends.
User & Industry Impact
For technology companies, the report's findings have direct implications. The rise of artificial intelligence and data centers is dramatically increasing electricity demand, which the report mentions as a factor in rising energy prices. This creates new pressure on the energy system and opens opportunities for digital innovators. Companies that can provide AI-driven efficiency, grid management, or simulation tools for energy R&D will be central to the new innovation landscape.
At the human level, reliable and affordable energy underpins every aspect of modern life. The report's policy recommendations aim to protect consumers from volatile prices and ensure the long-term sustainability of the energy system. For digital platform developers and UX designers, this is a reminder that energy infrastructure increasingly depends on software interfaces, data analytics, and human-centered design to operate effectively. Accessibility and usability are critical as diverse stakeholders—engineers, policymakers, and homeowners—interact with complex energy systems.
Moreover, the report's highlight on cybersecurity as an emerging concern resonates with digital professionals. As the energy grid becomes more connected, the attack surface expands, demanding robust digital security by design. Innovation policy must therefore integrate cybersecurity considerations from the outset.
Strategic Insights
The central strategic insight is that the "endless frontier" metaphor is not just outdated but dangerous. It encourages passive reliance on R&D investment rather than active competition. The report's alternative—"contesting the frontier"—implies a more entrepreneurial stance for government, akin to a military campaign that secures and builds on positions.
Key strategic recommendations include:
- Narrow focus: Rather than trying to lead in every energy technology, the federal government should identify a handful of high-impact areas (e.g., advanced nuclear, long-duration storage, or geothermal) and apply a full suite of policy tools.
- Systematic deployment: Fiscal, regulatory, informational, and trade tools must reinforce one another, not conflict. For example, R&D subsidies for a technology should be paired with demonstration projects, procurement mandates, and trade protection where needed.
- Political realism: Given the fragmented political system, policies must be designed to survive changes in administration. Temporarily focused efforts with bipartisan support are more sustainable than sweeping programs.
- Countering China: U.S. policy must account for Chinese nonmarket strategies. This may require coordinated international action, export controls, and investment in supply chain resilience.
These insights extend beyond energy to other critical technology domains, providing a model for how the United States can compete in a world where the frontier is increasingly contested.
Future Outlook
Over the next 5–10 years, the energy innovation landscape will evolve rapidly. Digital technologies—artificial intelligence, machine learning, digital twins, and automated control systems—will become indispensable tools for designing, testing, and operating energy systems. These technologies can lower the cost and time required for innovation, potentially leveling the playing field against Chinese incumbents.
However, the geopolitical contest will intensify. The report anticipates that China's state-backed enterprises will continue to dominate large-scale manufacturing in several clean energy sectors. To counter this, the United States may need to leverage its advantages in digital innovation, fostering human-AI collaboration in energy R&D and emphasizing customized, software-driven solutions.
The future of energy innovation policy will likely embrace "focused forays" into areas such as advanced nuclear, carbon removal, and fusion energy. These priorities align with both climate goals and national security interests. Additionally, the digital workplace will transform how innovation teams collaborate, with virtual labs and shared data ecosystems enabling faster progress.
As the report implies, the United States cannot feel its way forward in a leisurely exploration; it must actively contest and settle new territories. The next decade will test whether policymakers can break from the enduring myth and adopt a more realistic, strategic approach.
Conclusion
The AEI report "Contesting the Frontier" offers a well-grounded critique of the current U.S. energy innovation policy. By exposing the inadequacy of the "endless frontier" metaphor, it calls for a more deliberate, focused, and systematic strategy. For technology professionals and policymakers, the message is clear: the frontier is no longer open; it is a competitive arena. The tools to succeed exist, but they must be wielded strategically. Human-centered design, digital infrastructure, and inter-agency coordination will all play roles in this rethinking. As the report concludes, adopting a targeted approach carries risks, but it is far safer than clinging to a nostalgic myth that leaves the United States vulnerable on an uneven playing field.
Key Takeaways
- The "endless frontier" model is inadequate for energy innovation; the landscape is now "semi-settled" with market failures and Chinese nonmarket competition.
- Federal innovation policy must be systematic and strategic, using fiscal, regulatory, informational, and trade tools in combination.
- Focus is essential: concentrating resources on a few high-potential domains is more effective than broad-based efforts.
- Digital technologies, especially AI and data analytics, are critical to accelerating energy innovation and managing complex energy systems.
- U.S. competitiveness requires countering China's advantages while maintaining political feasibility through nonpartisan, focused initiatives.
- The future of energy innovation is digital, collaborative, and contested, demanding a new policy paradigm.