In difficult technical challenges, AI becomes useful only when it is guided by a real method. The Seal Team Fix case showed exactly why. What this article is about This is not a story about AI magically producing a brilliant idea. It is a story about how a structured TRIZ workflow helped transform a difficult…
An in-depth analysis of how the observation of nature and the TRIZ methodology converge to create innovative solutions in business processes. Introduction: When a Leaf Teaches Innovation In an Asian lake, a leaf of the Nelumbo nucifera rises immaculate from stagnant waters. A droplet of water slides across its surface, collecting every impurity and leaving…
The Challenge An international logistics company struggles to balance delivery speed with cost. Half-loaded trucks are faster but increase transport costs and reduce efficiency, while fully loaded trucks take longer, delaying deliveries and causing customer dissatisfaction. We asked to our chatbot to find solutions applying the TRIZ inventive principles Below the Results
Below Zero °C Ice Destroys Power lines In some areas, when the temperature drops below zero, the ice accumulates on high-voltage cables increasing the weight of the cables and amplifies the oscillation effect caused by the wind, leading to the breaking of the pylons. TRIZ suggests to understand the system and find useful or harmful…
In this simple example, we can see how the system evolves following a predefined path. By shifting from continuous to pulsating action, the effectiveness of the blade function increases. The result It’s not just about the number of blades. There’s much more behind the razor’s performance 1. Vibrating the blade 2. Make the blade resonate…
Abstract The global energy sector faces significant challenges due to rising demand, depleting traditional resources, and the urgent need for a transition to renewable energy sources. This article delves into how the Theory of Inventive Problem Solving (TRIZ), a scientific methodology, can drive innovation in energy storage and efficiency, particularly in the Middle East. TRIZ…
Technological evolution has always aimed to reduce human involvement in the most repetitive and labor-intensive tasks, allowing people to focus on more creative and strategic activities. This evolutionary law is often underestimated and reduced to the concept of simple automation. However, it represents a fundamental TRIZ principle of technological innovation and the ongoing digital transformation….
Technological evolution follows a clear trend: systems tend to move from macroscopic solutions to microsystems, progressively harnessing energy fields to improve their efficiency, control, and performance. This process occurs in successive stages and applies to various sectors—from engineering and construction to industrial production. The Transition from Macro to Micro The evolution from macroscopic systems to…
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…
