"The Merge is Done! Now What? Startup Growth and Venture Returns: What We Found When We Analyzed Thousands of VC Deals"

"The Merge is Done! Now What? Startup Growth and Venture Returns: What We Found When We Analyzed Thousands of VC Deals"

The Merge, the long-awaited switchover from Proof of Work to Proof of Stake, went off without a hitch, and Ethereum is now running on 99.5% less energy and with a 90% lower inflation rate. This significant milestone marks a new era for Ethereum and opens up exciting possibilities for the future.

One of the key developments post-Merge is the Surge in Ethereum's computing capacity using Sharding technology. By scaling out through sharding, Ethereum can increase its computing power without increasing the computational demands on stakers. Imagine splitting a database horizontally into five shards, each with 200,000 rows, allowing for processing the information using five separate machines. This method, known as "scaling out," is crucial for maintaining Ethereum's security and composability.

However, with a full sharding implementation, there arises a challenge. The state, which refers to the historical record of everything that has happened on the Ethereum chain, could start growing at 10s of Terabytes per year. This exponential growth would soon make it prohibitively expensive to maintain a record of it on every validator. To address this issue, the solution is to move toward stateless network validation, allowing for increased processing power and a larger historical record without burdening every validator connected to the network.

The core step for achieving stateless network validation is shifting from the current Merkle-tree-based validation to a newer concept called "Verkle Trees." Verkle trees compress the amount of data required to prove the validity of a block based on historical data. For instance, in a traditional binary Merkle tree, making a proof for a billion pieces of data would require about 1 kilobyte. However, in a Verkle tree, the proof would be less than 150 bytes. This significant reduction makes stateless clients finally viable in practice, enabling Ethereum to handle larger volumes of historical data efficiently.

In addition to the technical advancements, the Ethereum community is also focused on The Purge, a strategy to cut down the length of historical data that execution clients need to maintain. Instead of needing the full history, the proposal suggests maintaining only one year of historical data. This approach further optimizes the network's performance and reduces the burden on validators.

Now, let's shift our focus to the world of startups and venture capital. When analyzing thousands of VC deals, researchers found that seed-stage returns tend to be more extreme than later rounds. This can be attributed to two factors. Firstly, startups tend to experience faster growth in their early stages. Secondly, seed investments have longer to compound these higher growth rates. Therefore, seed-stage investments have the potential for significant returns.

To avoid missing out on the best seed deals, investors can take a simple approach: putting money into every credible deal. Simulations conducted on 10-year investing windows for seed-stage deals suggest that fewer than 10% of investors will beat the index, even if they possess the skill to select promising deals. By broadly indexing into every credible deal, investors can increase their expected return and capture the potential upside of promising startups.

Furthermore, a study utilizing AngelList data revealed that growth tends to drop off in a startup's second year of funding, and this decline continues as the startup matures. This finding emphasizes the importance of early-stage investments and the potential for higher returns during the early years of a startup's life.

In conclusion, the Merge and the advancements in sharding and stateless network validation mark significant milestones for Ethereum. These developments enable Ethereum to handle larger volumes of data efficiently, paving the way for future scalability and growth. Simultaneously, the world of startups and venture capital presents opportunities for investors to capture the potential upside of high-growth early-stage companies. By diversifying investments and focusing on the early years of a startup's life, investors can increase their chances of achieving superior returns.

Actionable Advice:

1. Diversify your seed-stage investments: To maximize your chances of capturing the best seed deals and achieving superior returns, consider investing in a diversified portfolio of credible startups. This approach allows you to benefit from the potential upside of promising companies while mitigating the risks associated with individual investments.

2. Stay informed about Ethereum's developments: As Ethereum continues to evolve post-Merge, staying updated with the latest advancements in sharding and stateless network validation can provide valuable insights. This knowledge can help you identify investment opportunities and understand the potential impact on the broader ecosystem.

3. Evaluate startups based on early-stage growth potential: When analyzing startup investments, pay close attention to the growth trajectory during the early years of a startup's life. Research and data suggest that growth tends to drop off as a startup matures. By focusing on startups with high-growth potential in their early stages, you can position yourself for potentially higher returns.

In summary, the Merge and the world of startups and venture capital offer exciting prospects for growth and returns. By understanding and leveraging these developments, investors can navigate the ever-changing landscape and capitalize on the opportunities presented by Ethereum and promising early-stage companies.