The Intersection of Network Effects and Premature Scaling in Web3

The Intersection of Network Effects and Premature Scaling in Web3

Introduction:
In the world of Web3, the combination of network effects and premature scaling can shape the success or failure of projects. Network effects, which are native to crypto and NFTs, play a crucial role in driving value and expanding the user base. However, these network effects are weaker and less defensible compared to their Web 2.0 counterparts. On the other hand, premature scaling, as highlighted in the concept of the "Traction Treadmill," can hinder the ability to iterate and adapt to market dynamics. In this article, we will explore the common points between these two concepts and their implications for Web3 projects.

Network Effects in Web3:
Web3 projects, such as blockchain protocols, operate on a network structure that combines multiple forms of network effects. The addition of more nodes increases the capacity and value for buyers of the Ether token, thereby making it more valuable for nodes to validate transactions. This creates cross-side network effects on a 2-sided interaction network, where token buyers can also be validators and vice versa. However, this structure also poses challenges, such as a unique form of negative network effect and commoditization risk.

Negative Network Effect and Commoditization Risk:
Beyond a certain point, the addition of a token buyer can decrease the value of the network for other token buyers. This is because blockchains are identity agnostic, meaning the identity of each node does not matter to other nodes or token buyers. Consequently, each new node adds less incremental value to the network as it scales. Moreover, the absence of a "matching" or "app store" component and the reliance solely on the Ether token as the underlying product have led to a proliferation of new Layer 1 blockchain protocols.

Layered Network Effects in Web3:
Web3 projects exhibit layered network effects, where the presence of more smart contracts within a protocol makes it easier for developers to build new ones. However, the cross-chain composability of smart contracts across protocols may dilute the impact on defensibility. The value and utility of these network effects are still unclear, as the technology cycle is in its early stages, characterized by experimentation and evangelism preceding utility.

Axie Infinity: A Case Study:
Axie Infinity, a popular Web3 game, combines multiple network effects. The interaction network effects of the game are reinforced by the Axie Marketplace, which is highly defensible due to the differentiated nature of its supply. Additionally, Axie Infinity incorporates the concept of DAOs (Decentralized Autonomous Organizations), which function as "group chats with a shared goal and money." The importance of user identity in this interaction network depends on the scale of the network.

The Potential of Web3 Projects:
The evaluation of web3 projects should focus on how users interact with others, the impact of adding users on overall value, scalability limitations, and defensibility as adoption grows. Projects that combine the capabilities of web3 with stronger network effect layers have the potential to emerge as the winners of this era. However, it remains uncertain whether true network effects will serve as a meaningful source of structural defensibility or if sustainable defensibility will emerge in later stages of the web3 cycle.

The Pitfalls of Premature Scaling:
While network effects play a crucial role in Web3, premature scaling can hinder a project's success. The "Traction Treadmill" concept highlights that as the numbers get bigger, a percentage of users can be lost rapidly, but the budget and funding allow for their replacement. However, the ability to continue growing on top becomes challenging, leading to stagnation. Benchmarking and understanding where a product stands relative to market successes and failures is essential to avoid falling into the trap of premature scaling.

Conclusion:
In the realm of Web3, the interplay between network effects and premature scaling has significant implications for project success. While network effects drive value and expansion, they also face challenges such as negative effects and commoditization risk. Projects that combine the capabilities of web3 with stronger network effect layers hold the potential for success. However, premature scaling can hinder a project's ability to iterate and adapt to market dynamics. To navigate this landscape successfully, three actionable pieces of advice are:

1. Continuously assess the value and utility of network effects in your project to adapt to changing market dynamics.
2. Prioritize scalability and interoperability to ensure the long-term defensibility of your network effects.
3. Avoid falling into the trap of premature scaling by benchmarking your product and understanding its position relative to market successes and failures.

By understanding the intersection of network effects and premature scaling, Web3 projects can position themselves for sustainable growth and success in this era of technological experimentation.