From Lab to Liftoff: Tracking Public R&D's Shift to Deployment-Focused Frameworks

The Transfer Pathway: From R&D Call to Market Entry

The emerging transfer pathway is characterized by a multi-stage process embedded within public funding frameworks. For instance, the EU's Horizon Europe program is structured to guide projects from basic research to addressing societal challenges and finally to innovative applications. The work programmes for clusters like 'Climate, Energy and Mobility' specify 'expected impacts' that are explicitly tied to market creation and policy goals. Similarly, the US DoD's SBIR/STTR programs are designed as a phased gate system, where Phase I funds feasibility studies and Phase II funds prototype development, with a clear expectation that successful projects will transition to Phase III, which involves procurement by the government or commercial sales, using non-SBIR funds.^[1][2]

Potential False Positives: The 'Valley of Death' Persists

While these frameworks create clearer pathways, they do not eliminate the 'valley of death' between R&D and commercialization. A key false positive is a technology that successfully navigates the R&D funding stages but fails to secure private-sector investment or public procurement for full-scale deployment. Many projects may meet the grant requirements for commercialization plans on paper but lack a viable business model or face unforeseen market barriers. The success of ocean energy technologies, for example, has been contingent on long-term policy support and cost reduction, a hurdle that many grant-funded projects may not clear.^[3]

Skeptical lens / counterpoint

Despite more structured R&D-to-market pathways, the fundamental techno-economic barriers for capital-intensive technologies, particularly in hard-to-abate sectors like cement production, remain formidable. The 'Pathways to Commercial Liftoff' reports highlight that even with policy support, achieving cost-competitiveness and scaling infrastructure requires massive private investment that public R&D funding alone cannot trigger. Techno-economic assessments consistently show that without sustained, high carbon prices or equivalent regulatory mandates, many advanced energy and industrial technologies will struggle to transition from publicly-funded prototypes to commercially viable operations.^[7][8]

What changed recently

Recent draft work programmes for Horizon Europe's 2026-2027 cycle, particularly for Cluster 4 (Digital, Industry and Space) and Cluster 5 (Climate, Energy and Mobility), continue to emphasize market-oriented outcomes. These documents, circulated in mid-2025, build on the strategic plan for 2025-2027, which explicitly links research funding to achieving tangible impacts in areas like industrial decarbonization and energy systems. This shows a consistent, forward-looking policy direction from a major international R&D funder.

What to watch next

• Track the award announcements for the Horizon Europe 2026-2027 work programmes. Monitor the composition of the winning consortia to see the ratio of academic institutions to industrial partners.
• Monitor subsequent funding rounds for companies that graduate from the DoD SBIR Phase II. A transition to a major defense procurement program (a 'Program of Record') is a key indicator of successful transfer.
• Follow policy developments related to carbon pricing and green public procurement, as these are identified as critical demand-pull mechanisms needed to complement the supply-push of R&D funding.