Experimental development represents a stage in the innovation cycle that directly builds upon preceding research phases (such as industrial research).

What is the goal of experimental development?

Its primary objective is to translate theoretical knowledge and scientific discoveries into practical applications—specifically to create a concrete product, technology, service, or process that possesses clear application potential.

Key characteristics of experimental development include:

• Utilizing existing knowledge derived from research or practical experience,
• focusing on verifying functionality and real-world applicability,
• producing prototypes and pilot versions that serve as a stepping stone prior to market release,
• frequently involving iterative testing, adjustments, and fine-tuning based on operational conditions or user feedback.

Examples of experimental development in Information Technology:

• Developing and testing a functional software tool prototype with defined features,
• pilot deployment of a new application for a selected customer to validate its performance and value,
• integrating and testing a newly developed algorithm into an existing system to enhance efficiency or expand capabilities.

It is frequently supported by public funding (such as grant programs dedicated to research and development).

Experimental development thus serves as a bridge between the laboratory and the market—turning ideas into concrete solutions with real-world value.