A Structural Shortfall in Innovation: Why AI Strategies Often Stop at the Lab Door.

The role of AI in research and developmentis often underestimated in the current digitalization strategies of many companies. The latest Bitkom study, “Artificial Intelligence 2025, paints a clear picture of the digital transformation in Germany: While customer service (88%) and marketing (57%) have already deeply integrated AI solutions into their processes, research and development (R&D) is stagnating at a usage rate of just 21%.

To outsiders, this may seem like nothing more than a lag. To experts in the food industry, however, it is a symptom of a deeper, structural challenge. But why is the AI revolution stopping right at the laboratory door?

Bar chart based on the Bitkom study comparing the low adoption rate of AI in research and development with that in other business areas.
Source: Adapted from Bitkom e.V., Artificial Intelligence, 2025a, p. 7.

The statistical data highlights the technological divide within corporate structures: While customer- and market-facing departments are already integrating artificial intelligence across the board, the laboratory environment lags far behind.

  • Customer Service & Marketing as Pioneers: With AI adoption rates of 88% and 57%, respectively, these departments are already largely digitized.

  • The R&D Gap: Research and development has stagnated at just 21%—nearly three-quarters of laboratories are not yet tapping into the potential of modern data tools.

  • The result: Innovation potential often stops at the laboratory door, as the core of product development remains disconnected from company-wide AI strategies.

Obstacles Along the Way: Why AI Is Stagnating in Research and Development

The reason for its widespread adoption in marketing is simple: generative AI excels at processing unstructured data (text, images). A promotional email or social media post can tolerate statistical inaccuracies.

In R&D, on the other hand, we deal with highly structured, interdependent data. A formula is not a text document; it is a complex network of chemical parameters, physical properties, regulatory limits, and business metrics.

Those who want to use AI here often run into three technical hurdles:

  • Data integrity: When AI “hallucinates” in nutritional calculations or allergen labeling, it’s not just a minor error—it’s a compliance risk.

 

  • Siloed structures: Knowledge is often "trapped" in isolated Excel spreadsheets or in the minds of long-time employees. Without a single source of truth, AI lacks the necessary data foundation.

 

  • Process interdependence: Any change to an ingredient affects the Nutri-Score, the cost structure, and the nutrition label. Manually mapping these causal relationships is the root cause of the so-called “R&D lag.”

The R&D Lag: When Bureaucracy Stifles Innovation

This infrastructure deficit leads to a massive misallocation of valuable resources. We observe a critical imbalance across the industry: the vast majority of expert capacity is tied up in routine administrative processes, while often only a marginal amount of time remains for actual value-adding innovation.

Manually typing out specifications, manually verifying declarations of conformity, and laboriously searching for raw material data are not technical tasks—they are system failures. If 79% of companies still manage these processes manually, this represents a massive loss in innovation speed (time-to-market).

While marketing is already securing market share with AI support, the engine room (product development) is struggling with tools that are no longer sufficient for the demands of 2026.

Strategic Value Creation Through Process Systematization

Companies that are among the top 21% of AI pioneers in R&D have realized that it’s not about using “chatbots.” It’s about creating a digital infrastructure that scales domain expertise.

The introduction of an AI-powered worksuite like UMYNO enables the transition from basic data management to R&D excellence:

  • Automated compliance: Real-time system-based verification of formulations against global regulatory databases.

 

  • Predictive optimization: Simulating changes in Nutri-Score or costs as early as the design phase, before the first laboratory test is conducted.

 

  • Knowledge transfer: Preserving subject matter expertise in a centralized system that operates independently of individual knowledge holders.

Get started now. Anyone can do it tomorrow!

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Conclusion: R&D as the driving force of the future

The Bitkom figures are a wake-up call. AI in marketing may boost visibility, but it is AI in R&D that ensures a product’s long-term viability.

Those who continue to neglect the digitization of R&D risk having their innovative capacity stifled by administrative overhead. It is time to close this blind spot and free the company’s brightest minds from the drudgery of maintaining spreadsheets. This is the only way to create a true competitive advantage.

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