The evolution of technological and natural systems does not always follow a linear path of performance improvement. A fundamental principle of innovation is the harmonization of rhythms among the parts of a system through coordination and de-coordination. This concept applies to various fields, from mechanics to biology, from engineering design to social organization. The Paradox…
The evolution of technological systems follows a recurring pattern: initially, complexity increases with the introduction of new functions and improvements; subsequently, the system is simplified to optimize performance, reduce costs, and enhance usability. This principle, extensively studied in TRIZ (Theory of Inventive Problem Solving), serves as a strategic key to understanding and anticipating the future…
In recent months, the global technological landscape has been shaken by the arrival of Deepseek, an open-source artificial intelligence app developed in China that has rapidly conquered international markets. Not only has it become the most downloaded app in the United States and the United Kingdom, but its impact has triggered a real revolution, causing…
The TRIZ evolutionary law describing the trend of systems towards increased dynamism and controllability is one of the most relevant principles for understanding technological evolution. This law explains how systems tend to become increasingly adaptable and adjustable over time, enabling better performance and greater flexibility. What Do Dynamism and Controllability Mean?A dynamic system can quickly…
Imagine a music band. The musicians do not all learn to play their instruments at the same pace. The guitarist might improve quickly, while the drummer takes more time to refine their skills. However, it is precisely this imbalance that lays the groundwork for collective improvement. This concept is reflected in the TRIZ law of…
In the landscape of innovation and systematic problem-solving, the concept of ideality represents a fundamental pillar to guide the evolutionary development of systems. The second evolutionary law of TRIZ, known as the “Law of Ideality,” describes the path through which every system evolves to maximize beneficial effects and minimize harmful ones. This principle not only…
Technological evolution is never a random process. One of the most revolutionary contributions of Genrich Altshuller and the TRIZ methodology is the identification of laws governing the development of technical systems. Among these, the first law, known as “Evolution by Stages,” is fundamental for understanding technological progress and anticipating the future of innovations. What Does…
During the Obiettivo50 knowledge session, TRIZConsulting.it showcased how the combination of the Theory of Inventive Problem Solving (TRIZ) and Generative Artificial Intelligence (GenAI) can provide a strategic approach to addressing the challenges of digital transformation. TRIZConsulting.it emphasized that, in order to remain competitive, companies must adopt systems capable of generating, analyzing, and implementing effective solutions,…
A heartfelt thank you to everyone who attended the webinar on #TRIZ and #AI, organized in collaboration with SUPSI Continuing Education. The participation was extraordinary, and the number and level of questions during the Q&A session demonstrate the great interest in the topic. If you missed the event, you can download the recording directly from…
TRIZ and AI A path together through innovation Introduction The past century has seen an understanding of what is meant by Innovation and how it is not only the result of intuition and creativity, but also of method and structured planning. TRIZ is the scientific method that allows us to innovate in a systematic and…
