Revolutionizing Economies: How Blockchains Are Disrupting Traditional Scale Models
Achieving economies of scale has been a key driver of economic growth and success for many industries worldwide. A prime example of this is the original Ford Motor factory in Detroit, where the company managed to drastically reduce production time for their model T from 12 hours to just 93 minutes through continuous improvement efforts. This involved streamlining processes, limiting options for customers, and even researching faster-drying paint to use on their cars.
But the landscape of business is constantly evolving, and now we are at the cusp of a new era of disruption, powered by the utilization of public blockchains and tokenization of industrial processes. This, along with other emerging digital technologies, is reshaping the traditional notions of economies of scale and the economics of doing business.
One of the key factors driving this disruption is the use of blockchains and smart contracts, which allow for standardization through tokenization and provide flexibility for businesses without the need for traditional economies of scale to remain competitive. This is poised to significantly disrupt industries, markets, and supply chains on a global scale.
While scale has always been considered a crucial aspect of success, it is not without its limitations. As companies grow in size, they can become saddled with bureaucratic processes and face tougher regulations and targets from government legislation. This hinders their ability to make agile and localized decisions, ultimately impacting their efficiency and competitiveness.
In fact, the Central Intelligence Agency (CIA) published a top-secret manual in 1944 on how to sabotage the enemy, advising tactics such as going through proper channels and haggling over precise wording in communications. Unfortunately, these tactics are still prevalent in many large offices today, highlighting the negative effects of excessive scale.
But smaller scales also have their benefits. By reducing the minimum economic scale, there is room for more companies to enter and compete in the market. This is known as “minimum economic scale” and is vital for fostering a healthy competitive environment.
In some industries, the required scale of investment continues to increase, making it difficult for new players to enter and remain competitive. For example, the cost of building a state-of-the-art semiconductor facility is estimated at a staggering $30 billion. This contributes to the consolidation of industries and limits competition.
However, this pattern is being challenged by emerging technologies, such as 3-D printing, which is driving scale requirements down significantly. While traditional metal-stamping presses require large fixed costs and can only produce one part at a time, 3-D printers have the ability to produce a wide range of parts with minimal scale requirements. Research at IBM has shown that 3-D printing can reduce scale requirements in some industries by up to 90%.
The same holds true for IT, where eCommerce and API-enabled services have enabled even the smallest companies to compete globally. The next big transformation will come from the use of blockchain technology, which enables more complex and customizable integrations between businesses through tokenization and smart contracts.
As businesses increasingly rely on partnerships and supply chains, the need for effective coordination becomes crucial. However, this can be a daunting task, and many businesses struggle with it. But with the use of blockchain technology, companies can create standardized models of their products in the form of digital tokens and integrate into a single location, such as the Ethereum blockchain. Privacy technology can also be added to allow firms to control who has access to their information, preventing competitors or intermediaries from exploiting their data.
As industries experience a reduction in the minimum economic scale, markets can support more competitors, leading to increased variety and customization. This creates opportunities for local products to thrive and outperform global options, with smaller businesses often excelling due to their flexibility and proximity to the customer.
This shift towards smaller scales and more localized economies could potentially bring about a return to an era where small companies provide local services. While the replacement of small businesses with larger ones has been a driving force behind the massive efficiency gains in recent years, this was not done with malicious intent. In fact, with the use of blockchain technology and other emerging digital processes, we may be able to achieve the best of both worlds – locally enriched economies, highly competitive markets, and efficient operations.
In the end, it is important to note that while economies of scale have played a significant role in our modern economy, the emergence of new technologies is reshaping our traditional notions of scale and creating new opportunities for businesses of all sizes to thrive.
