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European Innovation Council
EIC Innovation Procurement Toolkit

Powered by SPIN4EIC, an initiative of the EIC Innovation Procurement Programme

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Through practical insights, examples, and actionable steps, the EIC Innovation Procurement Toolkit seeks to demystify the complexities of Innovation Procurement, enabling startups and SMEs to navigate the process effectively and capitalise on opportunities for collaboration and innovation within the public and private sectors. 

The Toolkit is currently under construction. The following chapters will be released gradually in the next weeks and months:  

  1. Introduction: Why is Innovation Procurement important for your business
  2. R&D procurement 
  3. Non-R&D procurement
  4. Private Sector Innovation
  5. Innovation Procurement at International level
  6. Setting cooperation with other companies
  7. How to attract investors  in innovation procurement
  8. Proof of Concept, Prototype and Pilot Testing - the public procurement framework
  9. Glossary & resources 

Frequently asked questions

Why is Innovation Procurement important for my business?

1. What is Innovation Procurement? 

Innovation Procurement is one of the three pillars of the European Commission’s Strategic Procurement, alongside Green Public Procurement and Socially Responsible Public Procurement. Innovation Procurement refers to the acquisition of innovative solutions and includes both: 

  • The procurement of the innovation process, such as Research & Development (R&D) services. 
  • The procurement of innovative outcomes, meaning goods or services that are new or significantly improved and not yet available on the market at scale. 

 

See Section 1.2 to know more. 

2. What is the European Innovation Council (EIC) and how can I benefit from its services?  

The EIC was established under Horizon Europe to identify, develop, and scale up breakthrough technologies and game-changing innovations. The EIC supports EIC Awardees at different Technology Readiness Levels (TRL) and provides access to a wide range of tailor-made, high-quality Business Acceleration Services (BAS), helping them scale up and commercialise their innovations. Within the EIC Innovation Procurement Programme (a BAS), SPIN4EIC focuses on the “Strategic Use of Procurement to Open up Business Opportunities for EIC Innovators”. As part of this initiative, a dedicated Toolkit has been developed to provide practical guidance on Innovation Procurement for startups and SMEs. 

See Section 1.1 to know more. 

3. What is Business-to-Government (B2G) public procurement? Why is it important for my business? 

B2G refers to public procurement whereby public authorities contract economic operators to purchase goods, provide services or execute works. Public procurement is not only meant to meet public needs, but also serves as strategic tool to drive innovation, sustainability, and economic development. It is one of the main entry points for companies wanting to grow, innovate, and expand in the European market through contracts with public authorities. 

See Sections 1.2.1 & 1.2.3 to know more. 

Different frameworks regulate B2G public procurement. In the EU, it is governed by four main Directives: 2014/24/EU for the general public sector, 2014/25/EU for utilities (water, energy, transport, postal services), 2009/81/EC for defence and security, and 2014/23/EU for concession contracts. Economic thresholds, set by EU Directives and transposed into national laws, are monetary limits that determine whether a procurement must be advertised across the EU or can be limited to national or local level. Usually, all medium and higher value contracts must be awarded through competitive tendering. There are different official platforms where economic operators can find public procurement opportunities (Tenders Electronic Daily (TED) portal or national and regional procurement platforms). 

See Sections 1.2.4 to 1.2.9 to know more. 

4. What is Business-to-Business (B2B) private procurement? Why is it important for my business? How is it regulated?  

B2B refers to private procurement, where entities from the private sector contract other private entities to purchase goods, provide services, or execute works. Innovation is essential for organisational strategy, driving competitiveness, growth, and customer satisfaction. Being involved in Innovation Procurement creates market opportunities, speeds up the introduction of new solutions, and attracts funding. 

See Sections 1.2.2 & 1.2.3 to know more. 

Private procurement is not subject to public procurement regulations. Instead, it is governed by Private Law, meaning that the parties involved are free to define the terms and conditions of the contract, provided they comply with general principles of contract law and any applicable national legislation. Incoterms® (International Commercial Terms), play a pivotal role in private procurement.  They are a set of rules published by the International Chamber of Commerce (ICC), which relate to International Commercial Law.  According to the ICC, Incoterms® rules provide internationally accepted definitions and rules of interpretation for the most common commercial terms used in contracts for the sale of goods. Private procurement, being governed by private law and profit-driven rules, is not subject to transparency obligations, which limits publicity and makes it harder for suppliers to identify opportunities and conditions. In terms of timeline, B2B procurement is generally more flexible and faster compared to public procurement. However, the duration of private procurement processes can vary significantly based on a company’s internal processes and the nature of the procurement. 

See Sections 1.2.4 to 1.2.9 to know more. 

Module A: Procurement of Research and Development (R&D) Services

1. What are R&D services?  

R&D services refer to activities aimed at developing and testing prototypes to introduce solutions that are not available on the market yet. These services are closely linked to the Technology Readiness Levels (TRL), as the maturity of a given solution depends on its TRL stage. Suppliers are required to perform R&D activities within TRLs 1 and 8. 

See Section 2.1.1 to know more. 

2. What procedures do R&D services follow? 

R&D-related public procurement procedures include Pre-Commercial Procurement (PCP), the negotiated procedure for R&D purposes [Art. 32(3)(a)], and the Innovation Partnership (Art. 31) under Directive 2014/24/EU. The Design Contest, under the same Directive, fosters innovation by competitively selecting the best project proposals, typically in architecture or engineering. 

See Sections 2.1 to 2.3 to know more. 

3. How are Intellectual Property Rights (IPRs) managed in these R&D services? 

In procurement contracts involving R&D services, IPRs management balances the protection of innovations developed by suppliers and the public interest of the contracting authority. Such contracts clearly define ownership, distinguishing between: 

  • Background IPRs (pre-existing). 
  • Foreground IPRs (generated during the project). 
  • Sideground IPRs (developed in parallel to, but not as a direct result of the project). 

   Depending on the contractual agreement, IPRs may: 

  • Remain the property of the supplier, who may nonetheless be required to grant licenses to the contracting authority. 
  • Be jointly owned by the supplier and the contracting authority, with rules to be defined for their use and commercial exploitation. 
  • Be transferred to the contracting authority, thereby limiting the supplier’s ability to reuse them unless specific licensing rights are negotiated. 

See Section 2.5 to know more. 

Module B: Non-research and development (R&D) procurement

1. What is non-R&D Innovation Procurement? Why is it important for my business? 

Non-R&D Innovation Procurement or Public Procurement of Innovative Solutions (PPI) refers to the purchase of innovative market-ready solutions or solutions not widely available on the market by public authorities (TRL 9). 

Thanks to PPI, suppliers can bring solutions that are already close to market into real deployment, gaining visibility and credibility. This not only facilitates wider uptake of their solutions but also positions them to address urgent societal challenges in fields such as sustainability, mobility, health, or digitalisation. 

See Section 3.1 to know more.   

2. What procurement procedures are used in this case? 

Non-R&D procurement mainly uses the Open and Restricted procedures (Arts. 27–28, Dir. 2014/24/EU), Negotiated procedures — with or without prior publication (Arts. 32 and 47) —, the Competitive procedure with negotiation (Art. 29), and the Competitive dialogue (Art. 30) of Directive 2014/24/EU. 

See Section 3.3 to know more. 

3. How can I participate in these procedures? 

Key steps include:  

  • Understand the buyer’s needs. 
  • Demonstrate market readiness. 
  • Prepare for testing and certification. 
  • Meet scale and pricing expectations. 
  • Comply with procurement rules.       
  • Preparing for competitive tendering. 
  • Manage Intellectual Property Rights (IPRs) effectively. 
  • Providing post-contract support. 
  • Participation requirements. 

See Sections 3.1 to 3.3 to know more. 

4. How are Intellectual Property Rights (IPRs) managed in a non-R&D contract? 

In non-R&D contracts, the focus is mainly on pre-existing IPRs (background IPRs). Contrary to R&D contracts, where ownership and use of newly developed IPRs are heavily negotiated, non-R&D procurement focuses on ensuring that the procurer obtains a license from the supplier to use, deploy, and potentially modify or scale existing solutions, while safeguarding against risks of IPR infringement, non-performance, or operational issues.  

The specifics of licensing (i.e. exclusivity, duration, geographic scope, and field of use) must be clearly defined in the contract to meet the procurer's operational needs. Ownership of new IPRs is usually not relevant, as the buyer purchases ready-made solutions. Protecting trade secrets and confidential information is critical in non-R&D procurement due to the commercial nature of the solutions involved. Non-Disclosure Agreements (NDAs) are therefore commonly used to safeguard proprietary processes, designs or software, particularly if they involve sensitive technical data or competitive advantages.  

See Section 3.4. to know more. 

Module C: Private procurement

1. What is Private Sector Innovation Procurement (PSIP)? Why is it important for my business? 

PSIP refers to the process, regulated by Private Law, by which private companies procure innovative goods and services from suppliers, including SMEs and startups. Engaging in PSIP offers several benefits for businesses, including access to new markets and clients, opportunities to co-develop and tailor solutions in partnership with private buyers, as well as enhancing the company’s profile by becoming a supplier of an industry leader. 

See Section 4.1 to know more. 

2. How can my company participate in PSIP opportunities? 

Key steps include:  

  • Identifying market needs and innovation gaps. 
  • Establishing competitive differentiation and readiness.  
  • Proactive market engagement and business development.  
  • Structuring Innovation Procurement agreements and negotiations. 
  • Implementation, testing and scaling. 
  • Long-term relationship management and continuous innovation. 

See Section 4.5 to know more.           

3. How are Intellectual Property Rights (IPRs) managed in PSIP opportunities? 

In PSIP, IPRs and the ownership of Intellectual Property developed during procurement vary depending on contractual agreements. For the types of IPRs, please refer to FAQ no. 3 of Module A. In some PSIP cases, suppliers retain full ownership, allowing them to commercialise the innovation independently while granting usage rights to buyers. Alternatively, ownership may be shared between supplier and buyer, requiring mutual agreement on the commercialisation terms. In other cases, ownership may transfer entirely to the buyer, limiting the supplier’s ability to use or profit from the innovation unless specific licensing rights are included. 

See Section 4.10 to know more. 

Module D: Innovation Procurement at the International Level

1. What is the Module on International Innovation Procurement about, and which countries does it cover? 

The Module on International Innovation Procurement provides guidance to top-notch SMEs and startups on how to access Innovation Procurement opportunities beyond the EU market. It offers practical and strategic insights into public and private procurement processes, including legal and regulatory frameworks, available procurement instruments, and tips to support international market entry. 

The Module covers 11 strategically selected non-EU countries, each addressed in a dedicated Chapter, in this order: South Africa, USA, Japan, Canada, United Kingdom, Brazil, Chile, Switzerland, Republic of Korea, India and Australia. In addition, this Module includes a Chapter on International Organisations involved in Innovation Procurement, such as multilateral development banks and United Nations Agencies, to support engagement in global procurement.  

See Introduction to know more. 

2. What is meant by Innovation Procurement at a global level? 

Innovation Procurement at a global level refers to procurement strategies used by buyers worldwide to stimulate the development and uptake of innovative solutions that are not yet fully available on the market. At the international level, the legal framework is primarily shaped by the World Trade Organisation (WTO) Agreement on Government Procurement (GPA), to which 22 Parties belong currently. The GPA aims to mutually open government procurement markets among its Parties, while promoting transparency, competition and non-discrimination, alongside other non-EU procurement models. 

See Section 2 of each Country profile of Module D to know more. 

3. How to access tender opportunities at a global level?  

Access to international tender opportunities is facilitated by the EU’s forty (40) trade agreements in place with nearly eighty (80) countries, which allow for the mutual opening of public procurement markets, providing an easier access for EU companies in both developed countries and emerging economies. In addition, the European Commission’s Access2Markets portal supports businesses in engaging in international trade, offering comprehensive information on tariffs, taxes, product regulations and market requirements across all EU Member States and more than hundred and forty (140) non-EU markets. Each country profile sheet provides information on the main public and private sector tender platforms, as well as guidance on how to apply to tender opportunities.  

If you are an EIC beneficiary and not yet part of the SPIN4EIC free assistance programme, you are welcome to request support aimed at receiving tailored guidance on accessing international markets. 

See Sections 4 & 5 of each Country profile of Module D to know more. 

Module E: Setting up cooperation with other companies

1. What is meant by cooperation in the context of Innovation Procurement? 

 In EU public procurement, cooperation refers to structured collaboration between two or more parties - typically economic operators, public authorities, or both - with the shared objective of participating in or delivering public contracts. Cooperation aims to bring together different skills, resources and perspectives to reduce risks and costs and enable the development and adoption of complex innovative solutions. 

When an economic operator intends to explore a cooperative arrangement, it is essential to follow best practices that ensure compliance with EU Public Procurement Directives and competition law, carry out thorough due diligence on potential partners, select the most appropriate form of cooperation, and put in place a well-drafted cooperation agreement clearly defining roles, responsibilities, governance arrangements, and Intellectual Property Rights (IPRs). 

See Section 6.1 & 6.2 to know more. 

2. What types of cooperation exist in Innovation Procurement? 

In the context of Innovation Procurement, cooperation can take several forms, depending on how economic operators organise themselves and interact with other actors in the procurement process. The main types of collaboration are presented, in a non-exclusive manner, below:  

  • Cooperation between economic operators refers to collaborative arrangements between companies to jointly develop and deliver innovative solutions in response to a procurement need. This cooperation typically takes the form of consortia, subcontracting arrangements, joint ventures or strategic alliances, and open innovation networks, enabling companies to combine complementary skills, share risks and co-develop innovative solutions.  
  • Cooperation within a contracting authority refers to cross-departmental cooperation between different departments or agencies within a public authority to align goals, share knowledge, and ensure the innovation fits broader policy or operational needs. 
  • Cooperation between contracting authorities refers to the desire of public procurers to purchase together, collaborating and implementing joint procurement either within a single EU Member State or including a cross-border element in it. 
  • There can be other types of cooperation, such as the quadruple helix cooperation, involving four key actors - government, industry, academia, and civil society - to ensure innovations are socially relevant, scientifically sound, and economically viable, or partnerships between the demand and the supply side, such as Public–Private Partnerships (PPPs) and Innovation Partnerships. Nonetheless, in stricto sensu, public procurement’s main focus and primary objective is the acquisition of innovative solutions, as defined in the Introduction of the EIC Innovation Procurement Toolkit (please refer to FAQ no. 1 of Introduction).  

See Section 6.2 to know more. 

3. What are the main risks associated with cooperation in Innovation Procurement, and how can they be managed?  

In Innovation Procurement, cooperation offers clear benefits but also exposes economic operators to several categories of risk. The risk refers to the uncertainty that may affect the achievement of procurement objectives. 

The main risks include: 

  • Financial risks, such as significant upfront and non-recoverable costs for bid preparation. 
  • Legal and procedural risks related to compliance with EU and national procurement rules and the risk of exclusion or legal challenges. 
  • Performance risks, including failure to meet contractual objectives, penalties, reputational damage and possible exclusion from future tenders. 
  • Risks related to Intellectual Property Rights (IPRs), particularly concerning the ownership, allocation and exploitation of Intellectual Property generated through cooperation.  
  • Further risks arise from EU competition law, as cooperation must not be misused for market sharing, bid rigging, or other collusive behaviour.  
  • State aid risks may also occur, especially in cases of cross-subsidisation where one of the cooperating partners receives State aid linked to the subject matter of the procurement.  

 

These risks can be mitigated through legal due diligence, clear allocation of roles and liabilities, well-drafted cooperation and IPR agreements, robust governance and compliance mechanisms. 

See Section 6.3 & 6.4.3 to know more. 

4. What is State aid and why is it relevant in Innovation Procurement?  

State aid is the EU’s main subsidy control mechanism and refers to any selective economic advantage granted through State resources that may distort competition and affect trade within the internal market. It goes well beyond direct grants and can include tax benefits, guarantees, loans, favourable contractual terms or the provision of goods and services below market conditions. In public procurement, State aid risks may arise if a contracting authority pays more than a market price or if cooperation arrangements result in cross-subsidisation, particularly when public entities engage in economic activities. The prohibition on State aid is not absolute, as certain forms of aid may be considered compatible with the internal market and therefore permitted. 

See Section 6.4.1 & 6.4.2 to know more. 

Module F: How to attract investors in innovation procurement
  1. Who are investors and why are they relevant to innovation procurement? 

Businesses typically seek investors when they need additional capital to expand or develop and when other funding options are limited, especially if debt levels are already high or the company is still in its early stages and requires venture investment. 

In the context of innovation procurement, investors can be even more important. Developing new products and services often involves higher risk, significant upfront costs, and longer timelines before commercial returns materialise. Investors who specialise in R&D or innovative technologies do not only provide funding. They often bring sector expertise, management support, and networks that help accelerate market entry and scale-up. Working with investors can therefore enable founders to share financial and operational risks and can inject fresh perspectives that support innovation and competitiveness in a fast-changing market. 

See Section 7.1 to know more. 

  1. How can you scale a solution and build a strong commercialisation and scale-up plan? 

Commercialisation and scale-up activities are important for investors because they show that innovative solutions will move beyond prototypes and pilots and become sustainable, market-ready products and services. 

Moving from a viable prototype to a fully scalable solution is a critical transition that involves progressive technical, commercial and organisational change. It typically proceeds through prototyping, experimentation and piloting to validate assumptions, improve delivery mechanisms and demonstrate real-world operability. Crucially, scaling requires far more than technical feasibility: organisations must also show they can produce at scale, integrate with existing systems, win and retain customers and comply with regulatory and societal requirements. Readiness levels (i.e. Technology Readiness Levels, Manufacturing Readiness Levels etc.) help manage this complexity by measuring maturity across multiple dimensions and identifying gaps to address before full-scale deployment. 

Moreover, building a robust business model is central to commercialisation and scale-up. It requires understanding market dynamics and trends, anticipating the 3 to 5-year outlook, defining clear customer segments and mapping the competitive landscape to position the solution effectively. Finally, scaling also depends on strategic Intellectual Property (IP) management: IP (patents, trademarks, designs, trade secrets and licensing) can protect value, differentiate the offer and strengthen investor and buyer confidence. Guidelines for Strategic IP Management in scaling are provided in the Module. 

See Section 7.2 to know more. 

  1. What are the main funding options for innovators?  

Companies can access a wide range of funding sources depending on their needs, industry and stage of development. Alongside internal resources such as retained earnings, external funding may come from private and venture investors (e.g. Venture Capital, Angel Investors, Crowdfunding and Startup Accelerators), from public support instruments (government subsidies and other state-backed programmes), and financial institutions that provide capital through direct lending and investment channels, including banks, credit unions, insurance companies, investment and brokerage firms, pension funds and mutual funds. Other potential sources of long-term capital include family offices and sovereign wealth funds. 

This Module outlines the main advantages and drawbacks of each funding source and includes a compliance checklist for investors engaging in innovation-related investments within the EU. Taken together, these funding options provide companies with multiple pathways to secure capital for growth, stability and new ventures, and can support participation in innovation procurement by strengthening financial capacity and investment readiness. The Module also provides a series of considerations related to the regulatory framework and potential legal issues companies may need to deal with in the context of funding and innovation investment.  

See Section 7.3 to know more. 

  1. What approach helps attract investment and how should you prepare? 

An effective approach for securing private investment in innovation procurement is an end-to-end methodology that starts by viewing your proposition through the investor’s lens, considering portfolio composition, stakeholder objectives, market context, long-term scalability and exit potential. You should then engage with investors through a clear sequence of networking, pitching and negotiation. Networking is essential to build visibility, connections and trust. Pitching acts as the bridge between networking and deal-making, using procurement-backed evidence to reduce perceived risk and demonstrate scalability. Finally, negotiation is used to agree terms that protect the innovation while attracting capital. Details, checklists and practical information are provided in this Module, as well as six editable templates annexed to help present investor-facing information in a credible and comparable way. Together, they cover financial robustness, economic sustainability, cash requirements, business model logic and project rationale. These templates are: 1) Balance sheet, 2) Cash Flow statement, 3) Income statement, 4) Profit and loss statement, 5) Business Case and 6) Business model Canvas. 

See Section 7.4 to know more, as well as the annexes to this Module. 

Module G: Proof of Concept, Prototype and Pilot Testing - The public procurement framework
  1. What are Proofs of Concept, prototypes and pilot testing, and what is their role in procurement? 

Proofs of Concept (PoCs), prototypes and pilot testing constitute an essential bridge between ideas and scalable market-ready solutions used to reduce uncertainty, mitigate potential risks, evaluate the feasibility and suitability of a given solution and mature an innovation before full-scale deployment. They form part of Research & Development (R&D) activities that may be carried out either within or outside a procurement procedure. More in particular: 

  • A Proof of Concept (PoC) aims to demonstrate, in principle, that an idea or technology has practical feasibility and potential without needing to fully develop it or committing significant resources. In Technology Readiness Levels (TRLs) terms, a PoC is usually situated around TRL 2–4 based on NASA’s Technology Readiness Assessment Guide (to learn more about TRLs, see Module A). 
  • A prototype is an original model that incorporates all the technical and performance characteristics of the new product. Prototypes are typically developed after a successful PoC, starting around TRL 4, and they support progression towards TRL 5–7, where the solution is validated and demonstrated first in relevant and later in operational environments. 
  • Pilot testing is a limited deployment in the actual environment where the solution would ultimately be used, with the purpose of identifying and resolving operational, logistical and organisational issues before a large-scale roll-out. Once the experimental phase is completed and the pilot operates as a normal commercial production unit, it is no longer considered R&D. 

These stages may be financed through different means such as grants, the supplier’s own resources, or procurement of R&D services. If properly used, they can help contracting authorities and suppliers manage technical and implementation risks and increase the likelihood that innovative solutions will meet real needs and be adoptable at scale. 

See Section 8.1 to 8.3 to know more. 

  1. How can competition and lawfulness be retained and lock-in avoided when performing PoCs and pilot testing in the context of innovation procurement? 

When performing Proofs of Concept (PoCs) and pilot testing within R&D activities, contracting authorities can choose from different procurement approaches, each with different levels of transparency, competition and legal risk. Selecting the right procedure is essential to avoid supplier lock-in and distortion of competition and comply with the TFEU principles as well as with the applicable legislation. The appropriate scenario typically depends on multiple factors  such as the desired level of competition, transparency and acceptable risk as well as the maturity of the solution, as reflected by its TRL:  

  • Open Procedure with a Framework Agreement covering pilot testing and potential deployment: when applied to pilot testing in this circumstance, the innovation is already sufficiently developed for testing (higher TRLs 7-8); a Contracting Authority can design the procedure in such a way that the scope not only covers the testing phase but also provides a framework agreement for possible subsequent deployment.  
  • Pilot testing as part of Pre-Commercial Procurement, followed by deployment: at the end of a PCP (TRLs 3–8) (see Module A for more details), if the Contracting Authority decides to procure the resulting innovative solution for large-scale deployment, it must launch a separate procedure under Directive 2014/24/EU. This is normally done through Public Procurement of Innovative Solutions (PPI). Exceptionally, deployment may be carried out via the negotiated procedure without prior publication (NPWPP) under Article 32(2)(b) of Directive 2014/24/EU, but only if the Contracting Authority can duly justify that the solution can be supplied exclusively by a single economic operator and no equivalent alternatives exist (e.g., lack of competition for technical reasons or protection of exclusive IPRs). 
  • Pilot testing under Article 32(3)(a) of Directive 2014/24/EU, followed by deployment: Article 32(3)(a) allows Contracting Authorities to use a negotiated procedure without prior publication (NPWPP) to procure products made solely for research, experimentation, study or development, provided there is no production for commercial viability or cost recovery (typically TRLs 7–8). After the experimental phase, if the Authority decides to move to commercial deployment, this should normally be done through a competitive procedure, most likely Public Procurement of Innovative Solutions (PPI), to ensure transparency, equal treatment and broad market access. Exceptionally, a further NPWPP under Article 32(2)(b) may be used only if the Contracting Authority can duly justify that the solution can be supplied exclusively by a single economic operator and no equivalent alternatives exist (e.g., absence of competition for technical reasons or protection of exclusive IPRs). 
  • PoC / pilot testing financed through third-party grants, followed by Public Procurement of Innovative Solutions (PPI):pilot testing can be implemented via grant-funded programmes (e.g., InnoMatch), outside procurement and without direct buyer funding, to validate solutions in real conditions. Any subsequent procurement must be competitive and cannot be directly awarded to the pilot suppliers. It is recommended that all results of the pilot carried out are shared among all suppliers, in an agnostic way and before the procurement process takes place.  
  • PoC / pilot testing financed directly by the supplier, followed by Public Procurement of Innovative Solutions (PPI):pilot testing may be supplier-funded after an Expression of Interest, with no remuneration from the buyer, allowing the supplier to test its solution at their own risk while the buyer refines their needs and tender design. Any subsequent procurement cannot be awarded directly to the pilot supplier.  

See Section 8.4 to 8.7 to know more. 

  1. What are the benefits for suppliers of testing or piloting with the public sector? 

Testing or piloting with public buyers can benefit suppliers by: 

  • Proving the solution works in a real public setting, reducing buyer risk and increasing the chance of a follow-up tender that fits what the supplier can deliver. 
  • Helping shape future tenders in a fair way (what the solution must do, how performance is measured, integration needs, practical constraints and realistic timelines). 
  • Building credibility through public-sector references, case studies and evidence that the solution meets public standards which can be reused with other public buyers. 
  • Improving the product thanks to feedback from real conditions (legacy systems, data quality, workflows, user adoption, rules and governance, performance at scale). 
  • Making it easier for the public buyer to prepare a solid business case and secure budget or innovation funding for scaling up. 
  • Accessing co-funding or full funding for R&D to speed up development and adapt the innovation to real public-sector needs. 

See Section 8.7 to know more. 

  1. How can CPV/CPC codes and key compliance checks help suppliers understand whether a test/pilot is treated as R&D under EU procurement rules? 

Common Procurement Vocabulary (CPV) codes are a standardised classification system used in public procurement across the EU to define goods, services and works clearly and uniformly. In practical terms, suppliers should use these classifications as an initial check, since some CPV codes specifically cover R&D activities and can be used as a reference point to verify whether testing carried out by a supplier forms part of an R&D project or not.  

The Central Product Classification (CPC) is a comprehensive product classification covering all goods and services, and it serves as an international standard used to compile and structure detailed product data. In practical terms, it provides a framework for international comparison and harmonisation of various types of statistics related to goods and services. It is equally important to clarify early on with the Contracting Authority the purpose and scope of the testing, ask how participation may affect eligibility in later stages and what information will be disclosed, protect IPR through clear contractual terms and confidentiality safeguards, and document communications and deliverables. 

See Annex 1 an Annex 2 to the Module to learn more.