The crypto landscape is undergoing a fundamental reassessment of value. A recent re-examination of foundational theses—like the 'Fat Protocol' and 'Thin Applications'—reveals a significant shift in how expected value is perceived by builders and investors.
Instead of focusing on creating novel decentralized applications (dapps), many developers now see the highest expected value in launching new Layer-1s (L1s), Layer-2s (L2s), or Liquid Staking Tokens (LSTs). This has led to market fragmentation and an oversupply of underutilized block space.
The Current State of Value Capture
Today, the majority of accrued economic value in crypto is captured by L1 and L2 infrastructures. This dominance is reflected in their Fully Diluted Valuations (FDVs), where established chains and even emerging scaling solutions command significant market premiums.
This trend is partly due to the robust fee structures and defensive economic moats that block space provides. However, data from platforms like Token Terminal reveals an interesting nuance: many DeFi protocols significantly outpace the fee generation of even some highly valued L1s and L2s over a 365-day trailing period.
While fees alone aren't a perfect measure of value—factors like defensibility, scalability, and token utility matter—they highlight a disconnect between valuation and current utility. The recent proposal to activate UNI fee capture demonstrated how quickly markets can reprice "valueless governance tokens" when given tangible value accrual mechanisms.
The Block Space Investment Flywheel
A self-reinforcing cycle has emerged between founders and investors. Large funds raising substantial capital need to deploy at scale to generate targeted returns. Capital-intensive infrastructure projects present the most straightforward path to deploying large sums, justifying the creation of tokens with billion-dollar FDVs.
This dynamic creates what might be called the "zombie L1" phenomenon—chains that achieved significant valuation despite limited utility or adoption. The situation becomes more pronounced when examining the top cryptocurrencies by market capitalization, where non-infrastructure protocols are notably scarce.
This infrastructure inflation cycle risks eroding ecosystem health and has sparked endless debates about monolithic versus modular chains that rarely yield practical progress. Each cycle brings new block space narratives—data availability, restaking, and other variations—that create temporary excitement followed by valuation declines as imitation protocols emerge.
The Mobile Paradigm Parallel
The current fragmentation in crypto block space mirrors the early mobile operating system wars. Before iOS and Android emerged as dominant, numerous OEMs pushed their own platforms: Blackberry, PalmOS, Windows Phone, and others.
The crypto space may be heading toward a similar consolidation. Many draw parallels between Solana and Android (with its various forks and play store value capture) and Ethereum (with value accruing to its settlement layer through L2/L3 activity). This potential duopoly could fundamentally shift where builders focus their efforts.
In this future, the highest expected value activities would involve building dapps atop dominant chains and developing fragmentation solutions like restaking protocols or chain clusters that help consolidate value.
Three Potential Futures for Crypto Value Capture
1. The Duopoly/Oligopoly Outcome
The emergence of 2-3 dominant L1 ecosystems would structurally force innovation toward the application layer. This would create a healthier flywheel where dapps and infrastructure mutually enhance each other, driving overall crypto market capitalization growth through genuine utility.
2. The Frankenstein Model
A fragmented future combining decentralized, centralized, and application-specific chains. Value accrual might be captured by entities orchestrating these fragmented blockchain pieces, similar to how cloud providers (AWS, Azure, GCP) capture significant value in traditional and AI software.
3. The Status Quo
Continued issuance of high-FDV tokens based on new block space narratives driven primarily by speculation. This path represents the least desirable outcome, prioritizing short-term capital extraction over sustainable ecosystem development.
Changing the Value Equation
Shifting crypto's trajectory requires addressing several core issues:
Longer, More Complex Token Lockups
Despite widespread agreement on the need for longer vesting schedules, implementation remains scarce. Investors cite competitive pressures while founders point to investor demands and talent retention challenges.
The solution may require coordinated action from large funds and their LPs, or community pressure similar to how the Starkware team revised their unlock schedule after ecosystem feedback. Longer lockups would create natural disincentives for launching low-utility block space, as retail participants would have years to assess token utility before insiders can exit positions.
Breakthrough Non-Infrastructure Protocols
The DeFi summer demonstrated how successful applications (Aave, Compound, Maker, Uniswap) can drive smart contract adoption and inspire builder ecosystems. Similar breakthroughs in other categories—DePIN, AI, gaming, or social—are needed to shift focus from infrastructure to applications.
Protocols like Helium, RNDR, and Livepeer showing sustainable value capture beyond the $10B FDV threshold could change builder incentives toward application development.
Reimagining Value Capture Mechanisms
The concept of "hyperstructures"—protocols that can run indefinitely without maintenance while capturing value—offers interesting possibilities for application-layer value accrual. By simplifying infrastructure and middleware, we might create environments where builder incentives align with creating genuine utility and expanding user bases.
Frequently Asked Questions
What is block space in cryptocurrency?
Block space refers to the capacity within a blockchain to process transactions and store data. It's the fundamental resource that users pay for when interacting with blockchain networks, similar to how computing power or storage are resources in traditional cloud services.
Why are there so many Layer 1 and Layer 2 solutions?
The proliferation stems from both technical needs for scaling and economic incentives. Early blockchain congestion created demand for scaling solutions, while the potential for significant token valuations attracted capital and developers to create new infrastructure projects rather than applications.
How does token valuation differ between infrastructure and applications?
Infrastructure tokens often achieve higher valuations due to their defensive characteristics, perceived stability, and ability to capture value from all activities on their network. Application tokens typically require demonstrating specific utility and user adoption but can achieve significant value when they solve meaningful problems.
What are the risks of too much block space?
Excess block space can lead to fragmentation of liquidity, developer attention, and user activity across too many networks. It can also create speculative bubbles around infrastructure projects that lack sustainable usage, ultimately draining resources from application development.
Can the crypto ecosystem support multiple successful blockchains?
Yes, but likely through specialization rather than duplication. Different chains may serve specific use cases (gaming, DeFi, social) or geographic markets, much like how various cloud providers coexist while serving different customer needs and preferences.
How can I evaluate which blockchain projects have long-term potential?
Focus on projects with growing active users, sustainable fee generation, and clear value accrual mechanisms for their tokens. Be wary of projects relying solely on speculative narratives without demonstrated utility or those with excessive token unlocks that create selling pressure. For those looking to explore real-time analytics and valuation metrics, several platforms provide comprehensive data.
The Path Forward
The current fragmentation and oversupply of block space may represent a natural evolutionary phase as the ecosystem determines what works. Crypto's early financialization has undoubtedly made long-term optimization more challenging in the short term.
The optimal path forward requires recalibrating expected value toward applications and away from pure infrastructure. This shift is existential for crypto's long-term relevance—if L1s, L2s, and restaking protocols continue capturing the overwhelming majority of resources, we'll keep waiting for applications and use cases that never materialize.
Ultimately, we get the crypto ecosystem we incentivize. The definition of insanity—doing the same thing repeatedly while expecting different results—serves as appropriate warning against perpetuating current dynamics without meaningful change. The opportunity to build applications with real utility has never been better for those willing to develop innovative approaches that prioritize user needs over speculative token mechanics.