Technology Forms Hierarchies While Knowledge Is Artificially Disseminated¶
Previous: The Ubiquity of Technology Fees
As discussed previously:
- Technology Fees are pervasive in modern economies
- Technology Fees change with technological development and diffusion
To further understand this phenomenon, a more fundamental question must be addressed:
How is technology itself structured and how does it evolve?
It should be clarified:
This section does not aim to explain price formation, but to illustrate how technological structures influence the way technological value appears in prices.
This section presents two core observations:
- Technology naturally forms hierarchical structures
- The dissemination of knowledge is largely a human-driven process
The relationship between these two is essential for understanding the distribution and evolution of Technology Fees.
I. Technology Naturally Forms Hierarchies¶
In real production and engineering systems, technology is not flat but exhibits clear hierarchical structures. This hierarchy is typically reflected as:
- Foundational technologies
- Intermediate technologies
- Advanced system-level technologies
1. Dependency Relationships¶
The hierarchical nature of technology is first reflected in dependency relationships. For example:
- Higher-level technologies often depend on lower-level ones
- Advanced systems rely on basic components
In industrial systems:
- Materials technology → Process technology → Product technology
In digital systems:
- Hardware → Operating systems → Application software
These dependency relationships naturally form hierarchical structures.
2. Differences in Complexity¶
Technologies at different levels also differ significantly in complexity. For example:
- Basic tools are relatively easy to learn
- Advanced systems require long-term accumulation
As one moves up the hierarchy:
- Complexity increases
- Difficulty of understanding increases
- Implementation costs rise
As a result, higher-level technologies tend to be concentrated among a limited number of actors.
3. Entry Barriers¶
Technology hierarchies also manifest as differences in entry barriers.
Lower-level technologies typically feature:
- Low barriers to entry
- Ease of learning
- High diffusion potential
In contrast, higher-level technologies often require:
- Long-term training
- Significant resource investment
- Complex organizational capabilities
This leads to a naturally stratified technological structure.
II. Hierarchy and Uneven Distribution¶
Because technology is hierarchical, its distribution is typically uneven. For example:
- Most actors possess basic technologies
- A small number possess advanced technologies
This pattern can be observed across many fields, such as:
- Industrial manufacturing
- Software development
- Scientific research
While this uneven distribution does not directly determine price structures, it provides the structural background for the distribution of technological capabilities.
III. The Necessity of Knowledge Dissemination¶
Despite the hierarchical nature of technology, economic systems rely on knowledge dissemination.
If technology does not diffuse:
- Production capacity cannot expand
- Industrial systems cannot form
- Overall efficiency declines
Therefore, in practice, technological knowledge is disseminated through various mechanisms, such as:
- Education systems
- Technical documentation
- Engineering standards
- Training and practice
Knowledge dissemination allows more actors to use existing technologies.
IV. The “Artificial” Nature of Knowledge Dissemination¶
Unlike the natural formation of technological hierarchies, knowledge dissemination is largely human-driven. For example:
- The establishment of education systems
- The creation of technical standards
- Mechanisms for knowledge sharing and openness
These are not outcomes of spontaneous technological evolution, but of organizational and institutional arrangements.
The extent of knowledge dissemination can vary significantly across different environments.
V. The Relationship Between Technology Diffusion and Technology Fees¶
Technological hierarchy and knowledge dissemination influence how technological value appears within price structures.
It should be emphasized:
This relationship is structural, not a simple causal determination.
Across different technological levels:
- Higher-level technologies, controlled by fewer actors, tend to have more concentrated value representation
- Lower-level technologies, as they diffuse, see their value become dispersed and no longer separately identifiable
This is typically reflected as:
- Early-stage technology: value is more concentrated
- During diffusion: value gradually disperses
- After widespread adoption: value still exists but is no longer separately recognized
Therefore:
Changes in Technology Fees can be understood as a manifestation of technological structure and diffusion processes within price structures.
Rather than:
- Technology directly “determining” prices
- Or a single mechanism generating prices
VI. Further Notes on Technological Hierarchy¶
In analyzing Technology Fees, it can be useful to describe technological levels in a simplified manner, such as:
- Widely diffused technologies
- General technologies
- Advanced technologies
The purpose of this classification is:
- To help understand the structure of technological distribution
- To assist in identifying technological value across levels
It should be noted:
This classification is an analytical tool, not a reconstruction of technological systems.
VII. Limits of Knowledge Dissemination¶
Although knowledge can be disseminated, there are inherent limitations:
1. Cognitive Constraints¶
Even when knowledge is accessible, not everyone can understand it. For example:
- Advanced engineering techniques
- Complex system design
These still require specialized expertise.
2. Practical Capability Constraints¶
Technology is not only knowledge, but also practical capability. For example:
- Process experience
- Engineering debugging skills
These are difficult to fully transmit through documentation alone.
3. Organizational Constraints¶
Complex technologies often require:
- Team collaboration
- Organizational management
Therefore, knowledge dissemination does not imply complete equalization of capabilities.
VIII. Summary¶
Technological systems exhibit two key characteristics:
- Technology naturally forms hierarchical structures
- Knowledge dissemination is largely driven by human intervention
Together, these shape:
- The distribution of technological capabilities
- The different ways technological value appears in price structures
At the same time, it is important to reiterate:
- Technology Fee is not an independent variable
- It is not a price-determining mechanism
- It is a method of identifying technological value
Therefore, understanding Technology Fees requires considering both:
- Technological hierarchy
- Knowledge dissemination processes
The next section will further examine:
The dynamic nature of Technology Fees.