Bio-Engineering and AI: How companies in Berlin protect the environment and optimize their products

disruption by organic engineering for all industrial branches expected

innovation and sustainability are decisive drivers for the use of organic engineering in various industrial branches. Companies are increasingly relying on biological and engineering principles in combination with AI and data -controlled technologies to create new biological systems or optimize existing ones. A current study by the Capgemini Research Institute shows that over 70 percent of companies expect to be able to achieve their sustainability goals faster using organic solutions. But cost savings, product optimization and higher security are also motives for the use of organic engineering in industry.

The technology of organic engineering has made immense progress in recent years and enables more precise calculations and faster developments in the design of biological systems. The managers surveyed agree that organic engineering will cause extensive changes in their industry in the next few years. In Germany in particular, over 50 percent of companies expect great progress in this area in the next two to five years.

However, several challenges must be mastered in order to exploit the full potential of organic engineering. This includes market perception and acceptance, high costs and the lack of qualified specialists. Nevertheless, more and more companies are investing in the development and use of organic solutions. According to the study, over 70 percent of companies plan to increase their investments in the next few years.

An important aspect of organic engineering is his role in achieving net zero goals. Most companies expect organic solutions to have a positive impact on the environment, especially in terms of climate change, plastic and air pollution. However, the ecological and social effects of organic solutions should also be extensively examined to ensure sustainable use.

The introduction of organic solutions will not be without challenges. Companies see high costs, lack of infrastructure and the lack of specialists as central hurdles. In addition, supply chains and regulatory aspects must be taken into account. There is also a need for more knowledge and expertise in this area, especially for organic engineering start-ups.

In order to promote the development of organic solutions, companies already use digital and engineering technologies such as artificial intelligence and robotics. These technologies have the potential to increase the efficiency of research and development processes and reduce costs. Companies should develop a strategic roadmap and implement concepts of the circular economy to use the full potential of organic engineering.

Capgemini recently invested in a biotechnology Lab with artificial intelligence to support customers in developing organic solutions. This facility combines leading experts from the fields of research, AI and engineering and is intended to reduce the development costs and shorten the market launch time.

The study by the Capgemini Research Institute shows that organic engineering can be a transformative force for companies and industries in order to advance innovation and sustainability. It is important that companies act within a clear regulatory framework and always keep an eye on the ecological and social effects of organic solutions.