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View corpus contextEU tech pilots often die in the policy 'valley of death' unless they secure an institutional home, multi-year funding and broad stakeholder buy-in; the absence of any of these three mutually reinforcing conditions reliably predicts attrition across illustrative EU cases.
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View corpus contextAbstract This article examines why some European Union (EU) technology initiatives fail to transition from policy announcement or pilot launch to durable operationalisation. Existing scholarship disproportionately focuses on successful or fully institutionalised initiatives, overlooking a substantial number of projects that stall after announcement or pilot launch. Drawing on innovation studies, the article adapts the concept of the ‘valley of death’ to explain this critical transition. It develops a theory‐building framework centred on three mutually reinforcing enabling conditions: institutional anchoring, sustained funding and stakeholder alignment. The framework is applied to three illustrative case studies – EU Voice/EU Video, the European Blockchain Services Infrastructure and Quaero – spanning different institutional settings and technological domains. The findings suggest that early‐stage policy attrition is consistently associated with the absence or only partial presence of these enabling conditions, whilst alternative explanations – including technological infeasibility, member state vetoes and low political salience – provide only partial accounts. The article contributes a theory‐building framework for analysing early‐stage policy attrition in EU technology policy and offers practical insights for the design of future European technology initiatives.
Summary
Main Finding
Early-stage EU technology initiatives commonly fail to transition from announcement/pilot to durable operationalisation when three enabling conditions are absent or only partially present. Adapting the “valley of death” framing from innovation studies, the article shows that institutional anchoring, sustained funding and stakeholder alignment must co-exist (and reinforce one another) to bridge the policy pilot → scale gap; their absence is a consistent predictor of policy attrition across the illustrative EU cases.
Key Points
- Conceptual contribution: adapts the “valley of death” to explain early-stage attrition in EU technology policy and offers a theory-building framework centered on three enabling conditions:
- Institutional anchoring: a clear organisational home or legal/institutional basis that can carry the initiative forward.
- Sustained funding: predictable, medium-to-long-term resourcing that enables scaling beyond pilots.
- Stakeholder alignment: buy-in and coordinated incentives among member states, private partners, agencies and other actors.
- Mutual reinforcement: the three conditions interact — e.g., anchoring helps secure funding and align stakeholders; funding enables institutional capacity and stakeholder commitments.
- Empirical claim: across three illustrative cases (EU Voice/EU Video, European Blockchain Services Infrastructure, Quaero), attrition correlates with missing or incomplete enabling conditions.
- Alternative explanations (technological infeasibility, member-state vetoes, low political salience) are only partial accounts and do not fully explain why many initiatives stall.
- Practical takeaway: design choices that secure all three enabling conditions reduce the risk that announcements and pilots get stuck in the “valley of death.”
Data & Methods
- Theoretical approach: theory-building framework grounded in innovation studies literature and adapted to the policy context.
- Empirical strategy: comparative illustrative case analysis — the framework is applied to three EU technology initiatives that span different institutional settings and technology domains to test how the presence/absence of enabling conditions maps onto observed outcomes.
- Evidence base: qualitative examination of the lifecycle and trajectories of the selected initiatives (policy announcements, pilot phases, institutional developments, funding patterns and stakeholder dynamics). (Note: the abstract does not list specific primary data sources; the analysis appears to be based on documentary and comparative case study methods consistent with innovation-policy scholarship.)
Implications for AI Economics
- Project design and scaling: AI-related EU initiatives (research infrastructures, datasets, model sandboxes, cross-border services) risk early attrition unless they secure institutional homes, multi-year funding, and stakeholder alignment at design stage. Economists assessing AI policy should model these policy-failure risks when estimating returns to public investment.
- Public investment signalling: one-off or pilot funding generates weaker market and coordination signals than sustained commitments; economists should account for how funding temporal structure affects private co-investment and network effects in AI ecosystems.
- Governance and market formation: institutional anchoring (agency, legal mandate, procurement vehicles) shapes standards, interoperability and first-mover coordination — all critical for creating positive externalities in AI markets.
- Cost–benefit and evaluation design: evaluations of AI policy pilots should include explicit scaling pathways and conditionality tied to the three enabling conditions; otherwise ex-post impact estimates will overstate likely social returns.
- Policy prescriptions for reducing attrition risk:
- Build explicit institutional hosts or governance mechanisms at the outset (EU agency, joint venture, legal instrument).
- Commit multi-year funding streams or contingent financing mechanisms to bridge pilot→scale.
- Include mechanisms to align member states and private partners (clear incentives, binding agreements, staged deliverables).
- Design pilots with explicit exit/scale criteria and de-risking instruments (standardisation, procurement pools, shared infrastructure).
- For AI economics research, incorporate institutional and political-economy variables (anchoring, funding durability, stakeholder alignment) into models of technology diffusion, public good provision, and policy-induced market creation to better predict which interventions will produce sustained impacts.
Assessment
Claims (5)
| Claim | Direction | Outcome | Confidence & Evidence | Details |
|---|---|---|---|---|
| Early-stage EU technology initiatives commonly fail to transition from announcement or pilot phases to durable operationalisation when institutional anchoring, sustained funding, and stakeholder alignment are absent or only partially present. Organizational Efficiency | negative | Transition from policy announcement or pilot to durable operationalisation |
Reading fidelity
high
Study strength
medium
|
n=3
|
| Institutional anchoring, sustained funding, and stakeholder alignment must co-exist and reinforce one another to bridge the policy pilot-to-scale gap. Governance And Regulation | positive | Successful scaling of EU technology policy initiatives beyond pilot phases |
Reading fidelity
high
Study strength
low
|
n=3
|
| Across the EU Voice/EU Video, European Blockchain Services Infrastructure, and Quaero cases, policy attrition is associated with missing or incomplete enabling conditions. Adoption Rate | negative | Policy attrition or failure to progress from pilot to sustained operation |
Reading fidelity
high
Study strength
medium
|
n=3
|
| Technological infeasibility, member-state vetoes, and low political salience provide only partial explanations for why EU technology initiatives stall and do not fully account for observed policy attrition. Governance And Regulation | mixed | Explanation of initiative stalling or policy attrition |
Reading fidelity
high
Study strength
low
|
n=3
|
| Securing institutional anchoring, sustained funding, and stakeholder alignment at the design stage reduces the risk that EU technology announcements and pilots become stuck in the 'valley of death.' Governance And Regulation | positive | Risk of policy attrition between pilot and scale |
Reading fidelity
high
Study strength
low
|
n=3
|