ALFA Programme

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Applied research and development subsidy program supporting business-research organization partnerships in advanced technologies, energy, and sustainable transport sectors.
What are the main aims and objectives?

The ALFA Programme pursued foundational objective of stimulating applied research and experimental development within Czech business enterprises and research organizations, recognizing that lack of public R&D support constrained innovation activity particularly within smaller firms facing financing barriers. The program aimed to accelerate knowledge translation into practical, commercially-viable innovations strengthening business competitiveness and economic performance. ALFA explicitly targeted strengthening public-private partnerships in research, development, and innovation, recognizing that collaborative research between business enterprises and research organizations generates superior outcomes compared to siloed institutional research. 

By requiring projects to involve both business and research partners, the program incentivized knowledge-transfer and institutional collaboration. The program aimed to support R&D projects requiring rigorous co-financing from private sources, recognizing that government funding alone proved insufficient to maximize innovation incentives. By requiring substantial private sector financial participation, the program ensured genuine private sector commitment and research relevance to business needs. ALFA targeted specific technical results and tangible innovation outputs, explicitly requiring projects to achieve at least one of specified outcome types: patents, pilot operations demonstrating proven technology, intellectual property protection, technically realized results (prototypes, functional samples), certified methodologies and procedures, or software. The program aimed to increase Czech Republic's competitiveness and innovation capacity through knowledge application in business performance improvement and environmental protection, specifically developing technological solutions addressing transport sustainability, energy resources, and environmental protection challenges. 

How does the program work?

The ALFA Programme operated through competitive, merit-based selection processes evaluating project proposals against established technical and innovation criteria.​

Eligible Projects and Partners: The program accepted applications from independent business entities (corporations, limited liability companies, sole proprietors) and research organizations, with emphasis on joint projects involving both private sector and research institution partners. Projects had to align with one of three thematic sub-programmes: Advanced Technologies, Materials and Systems; Energy Resources and Environmental Creation and Protection; or Sustainable Development of Transport. Projects had to produce clearly defined deliverables meeting specified output requirements including patents, pilot operations, intellectual property protection, prototypes, certified methodologies, or software.​

Application and Selection Process: ALFA operated through periodic calls for proposals announced in 2010, 2011, 2012, and 2013 (four annual calls total). The first call (2010) received 657 proposals with 256 selected for support. Subsequent calls received increasing volumes: 832 proposals in 2011 (273 funded), 995 proposals in 2012 (165 funded), and 549 proposals in 2013 (approximately 200 funded). Applications were evaluated by independent expert panels assessing scientific merit, innovation potential, commercial viability, and feasibility.​

Funding Structure: The average subsidy per project was 4.6 million Czech koruna (approximately EUR 190,000 / USD 207,000), with median 3.8 million Czech koruna (EUR 150,000 / USD 164,000). These grant amounts represented substantial supplements to company R&D budgets. Median pre-treatment company R&D expenditure was 13 million Czech koruna, indicating ALFA grants represented approximately 30-50% of typical participant R&D budgets.​

Co-financing Requirements: Applications explicitly required significant private sector financial contributions, ensuring genuine private sector commitment and that projects addressed market-relevant challenges. This co-financing requirement modeled public subsidies as supplements to private investment rather than substitutes, establishing accountability mechanism preventing grants supporting research lacking commercial potential.​

Project Duration and Implementation: Projects typically operated over 2-3 year periods with funding commencing January following the award competition year. Participants worked closely with Technology Agency of Czech Republic project officers ensuring adherence to timelines, budgets, and quality standards.​

Outcome Requirements: Projects had to produce at least one specified innovation output: patents (exclusive or licensed), pilot operations demonstrating proven technology feasibility, intellectual property protection (utility models, industrial designs, trademarks), technically realized results (prototypes, functional samples, demonstration products), certified methodologies and procedures, or software products. This outcome requirement ensured tangible deliverables rather than theoretical research products.

What is the overall cost?

The ALFA Programme received 9.3 billion Czech koruna (approximately 340 million EUR / 373 million USD) in total funding distributed between 2010-2018. Funding was allocated exclusively from Czech national budget sources managed through the Technology Agency of the Czech Republic.

How was it implemented?

Institutional Foundation (2008-2009): The Czech government recognized that fragmented R&D funding across multiple agencies hindered innovation effectiveness and efficiency. In 2008-2009, policymakers initiated institutional consolidation establishing the Technology Agency of the Czech Republic (TA CR) through amendment to Act No. 130/2002 Collection, approved by Act No. 110/2009. TA CR was formally established in 2009 with mandate to consolidate government funding for applied research and innovation, replacing the previous fragmented system where multiple ministries administered competing R&D programs.​

Program Development (2009-2010): TA CR leadership, working collaboratively with Ministry of Industry and Trade, Ministry of Transport, and Ministry of Environment, designed ALFA as the Agency's flagship program. The program synthesized objectives from existing initiatives while incorporating international best practices in competitive R&D funding and public-private partnership structures. Program design emphasized merit-based selection, peer review evaluation, and outcome-focused project requirements.​

Implementation Framework (2009-2010): TA CR developed comprehensive program regulations, application procedures, evaluation criteria, and administrative processes. The Agency established governance structures including Board (decision-making authority), Research Council (strategic direction), and Sectoral Commissions (thematic oversight), ensuring transparent processes and expert-driven decision-making.​

Program Launch and Operations (2010-2013): TA CR announced the first ALFA call on March 24, 2010, inviting proposals from business enterprises and research organizations. The first call received 657 proposals, demonstrating substantial demand for program support. Selection of 256 projects proceeded during 2010 with funding commencing January 2011. Following successful first call implementation, TA CR announced three additional annual calls (2011, 2012, 2013). Each successive call refined procedures based on operational experience, tightened evaluation standards, and increased competition as program reputation grew. By the fourth call (2013), competition intensified significantly with declining success rates reflecting increased applicant sophistication and program awareness.​

Program Administration (2010-2018): Throughout the operational period, TA CR managed project funding, monitored budget compliance, conducted interim project evaluations, and facilitated knowledge dissemination. The Agency established specialized project officers supporting funded projects, ensuring adherence to timelines and quality standards. TA CR Office of approximately 50-60 staff administered program activities across all four calls and subsequent project monitoring phases.​

Transition to Successor Programs (2015-onwards): Recognizing completion of initial ALFA phase, TA CR developed successor program EPSILON (2015-2026) incorporating ALFA lessons learned while introducing refined selection and support mechanisms. EPSILON incorporated outcome-based evaluation frameworks and strengthened connections with follow-on commercialization programs.

What impact has been measured?

A 2023 impact evaluation employing regression discontinuity analysis found that ALFA stimulated SME R&D expenditures substantially: one unit of public subsidy was associated with approximately 2.3 units of additional total R&D expenditure in supported SMEs, indicating strong "crowding-in" of private R&D investment.​

This positive additionality persisted long-term: positive effects on SME R&D expenditure were maintained up to eight years following award competition. Persistence analysis indicated continued funding from TA CR (subsequent EPSILON program or other TA CR initiatives) contributed to sustained R&D elevation, though additional analysis is required to determine whether private sector maintained elevated R&D independent of subsequent subsidies.​

Despite increased R&D activity, rigorous analysis found no evidence that ALFA led to increased employment in supported firms or sustained improvements in sales and productivity. While initial sales increases post-award occurred, these benefits did not persist long-term (year 5-8 follow-up). International patenting remained unaffected, suggesting that supported firms remained primarily domestic-focused innovation participants rather than globally-competitive innovators.

What lessons can be learned?
  • Firm Size Heterogeneity Critical for Program Design: ALFA's differential effectiveness across firm sizes (strong SME additionality but large firm crowding-out) demonstrates that R&D subsidy program design must account for target firm characteristics. Researchers explicitly recommend that "similar programmes could potentially become more efficient by reallocating funding from large firms to SMEs, for which positive additionality effects on R&D inputs have been identified."​
  • Financing Constraints Explain Program Heterogeneity: Analysis identifies financing constraints as central mechanism explaining why SMEs benefited substantially while large firms crowded-out private investment. Well-capitalized large firms substituted public funds for private spending, while resource-constrained SMEs leveraged public subsidies to accelerate privately-funded R&D. This suggests future programs should more explicitly target resource-constrained firms through explicit eligibility criteria based on firm capital availability or credit market access.​
  • R&D Stimulation Does Not Automatically Generate Employment or Productivity: ALFA's most significant limitation involves disconnect between increased R&D activity (documented positive additionality) and downstream economic benefits (employment, long-term productivity, sales sustainability). Despite 2.3:1 private-public R&D crowding-in for SMEs, the program generated limited employment effects and no sustained sales or productivity improvements. This suggests that R&D subsidies alone prove insufficient for achieving broader economic development objectives; complementary support mechanisms (commercialization assistance, market development, workforce training) may be required.​
  • Public IP Protection Gaps May Indicate Limited International Competitiveness: While supported firms applied for Czech domestic intellectual property protection at higher rates, international patenting remained unaffected. This suggests that subsidized R&D remained primarily incremental, domestic-focused innovation rather than breakthrough innovation with global commercial potential. Program design might benefit from incentives encouraging international intellectual property protection or global market development for supported innovations.​
  • Short-Term Sales Benefits May Not Sustain Long-Term: Initial sales increases post-award did not persist to year 8 analysis, suggesting that R&D-enabled product development initially expanded market opportunities but competitive pressures or market saturation subsequently eroded gains. This indicates that sustained competitive advantage requires continued innovation support, not merely initial R&D stimulation.​
  • Peer Review Evaluation Quality Critical for Program Credibility: ALFA's use of independent expert evaluators assessing scientific merit, innovation potential, and commercial viability maintained program quality and stakeholder confidence. Investment in professional evaluation infrastructure proved essential for maintaining research community participation and continued political support.​
  • Independent Rigorous Evaluation Generates Actionable Insights: The IDEA Centre's application of regression discontinuity methodology to ALFA administrative data generated credible causal findings enabling evidence-based policy refinement. Government investment in rigorous evaluation infrastructure (both academic partnerships and in-house capacity) produces invaluable returns through evidence-based improvement opportunities.

CURATED BY

Tom Hancock

Research Associate
Global Entrepreneurship Network
United Kingdom