The CIR: Two Sides of the Same Coin
When the Research Tax Credit (CIR) is mentioned, most discussions focus on companies that conduct research and development and wish to receive tax incentives to fund their innovation efforts. However, there is a second, often lesser-known aspect of the program: the role of accredited organizations and experts capable of conducting R&D on behalf of these companies.
While preparing VS360’s CIR 2026 application for approval with the Ministry of Higher Education and Research (MESR), I discovered this other aspect of the program. This process led me to analyze the CIR from two complementary perspectives: that of the company, which must demonstrate the innovative nature of its work to qualify for the tax credit, and that of the service provider, which must prove its ability to conduct research and development activities recognized by the government.
This dual perspective is particularly interesting because it highlights the interactions between innovative companies and the experts who support them in their R&D projects.
1. The CIR: A Tool to Support Innovation
Its goal is to encourage companies to invest in innovation by allowing them to recover a portion of the expenses incurred in their R&D activities.
The principle is simple: a company conducts research that meets certain scientific and technical criteria, and then reports the associated expenses on its tax return.
However, eligibility for the tax credit is not based solely on the expenses incurred. It also requires demonstrating that the work performed actually constitutes research and development within the meaning of the program.
The CIR is not merely a tax mechanism. It is also a tool designed to encourage scientific and technological risk-taking, particularly in sectors where there is a high degree of technical uncertainty.
2. The corporate perspective: demonstrating the reality of R&D
This is the most visible aspect of the CIR. To qualify for the program, the company must be able to demonstrate:
the scientific and technical context of the project;
the obstacles or uncertainties encountered;
the work carried out to remove them;
the results obtained;
the human and material resources deployed.
The CIR application is not merely an administrative document. Above all, it is a scientific and technical demonstration aimed at showing that the activities carried out go beyond the scope of routine development or conventional engineering.
This step is often underestimated. However, the quality of the technical justification plays a crucial role in the strength of the case.
Throughout my career, whether in public research or in industry, I have participated in numerous projects involving the design of innovative measurement systems, Monte Carlo simulation, experimental campaigns, and the analysis of complex data. These experiences now enable me to assist companies in structuring and drafting their CIR applications, translating technical work into clear and well-reasoned elements within the framework of the program.
3. The perspective of the accredited provider: demonstrating the ability to conduct R&D
The second aspect of the CIR applies to research organizations and service providers that conduct R&D on behalf of companies. To be recognized under this program, they must obtain accreditation from the Ministry of Higher Education and Research.
The objective is different, but the logic remains similar: the goal is to demonstrate that the organization possesses the scientific expertise, human resources, and track record necessary to conduct research and development activities.
The process of compiling an application for approval involves, in particular, documenting the following:
the team's scientific expertise;
completed projects;
publications, patents, or results achieved;
the technical resources deployed;
the ability to lead research and development projects.
This approach is particularly noteworthy because it provides official recognition of an organization’s ability to engage in R&D activities.
For corporate clients, using a certified service provider also offers an advantage: services provided under this arrangement can be more easily included in their own CIR application, provided that the conditions set forth in the regulations are met.
Preparing the VS360 accreditation application gave me an appreciation for the rigor of this process and the role it plays in France’s innovation ecosystem.
4. A complementary perspective on the program
These two approaches are often presented separately, even though they share the same goal: to foster innovation and encourage collaboration among companies, research laboratories, and experts. In the first case, the company demonstrates that it is conducting research. In the second, the service provider demonstrates that it possesses the necessary expertise to contribute to this research.
Ultimately, both approaches hinge on the same question: How can an idea, an industrial need, or a technological challenge be transformed into a genuine research and development initiative?
As part of VS360’s application for CIR certification, this process allowed me to gain a comprehensive understanding of the program, from the scientific justification of projects to the recognition of entities capable of conducting R&D.
After more than ten years working in academic research, large-scale scientific instruments, and industry, I now work with VS360 on issues related to nuclear instrumentation, Monte Carlo simulation, experimental data analysis, and technological innovation.
This experience allows me to support businesses in two ways:
by helping them organize and draft their CIR applications;
by directly conducting research and development studies and projects on topics related to instrumentation, radiation detectors, simulation, and data analysis.
The CIR is a tool that facilitates collaboration between those with innovation needs and those with the scientific and technical expertise required to turn those needs into concrete research projects.
Every R&D project is unique, but certain questions often come up: How can you demonstrate the innovative nature of your work? How do you put together a solid CIR application? When should you seek outside expertise? If these topics are relevant to you, I would be happy to discuss your projects and technical challenges with you.
Source documents on the MESR website: Guide to the 2025 Research Tax Credit | enseignementsup-recherche.gouv.fr
And the complete CIR 2025 guide is available here: guide-du-cir-2025-38191.pdf