There's a phrase that echoes through every market cycle: "In hindsight, it was obvious." It's usually uttered by those who missed the trend, who sat on the sidelines while others captured generational wealth. But what if the obvious trade wasn't hidden in the rearview mirror — what if it's staring us in the face right now?
Raoul Pal, macro strategist and board member at Sui, lays out a compelling case for why smart contract layer ones will accrue an increasingly larger share of crypto's total value over time. This isn't speculation — it's a thesis grounded in network economics, infrastructure dynamics, and what Pal calls "the universal code."
🏗️ The Infrastructure Layer: Why Layer Ones Will Consolidate
The core argument is simple but profound: layer one blockchains represent the first globalized digital infrastructure that we can directly invest in. Unlike the internet — where users couldn't participate in the equity upside of TCP/IP or HTTP — crypto allows retail and institutional investors alike to capture value from the infrastructure layer itself.
Pal draws a parallel to every major network-based industry:
"If you think of all big networks that are important for infrastructure, whether it's operating systems or cloud, all of that, there's basically three to four main players. Then there's a bunch of specialists, and then there's a tail of stuff, but it really accumulates to three or four to five people. This will be the same."
In other words, the market will consolidate around three to five dominant layer one chains, with specialists serving vertical niches (like Hyperliquid for perpetuals or privacy-focused chains). But the bulk of economic activity — and therefore value accrual — will concentrate in a handful of winners.
💰 Economic Density: The Real Valuation Framework
How should investors think about the value of a layer one? Pal offers a thought experiment:
"If you were to pull the plug on Ethereum today, how much economic value do you destroy? I mean, huge. Every layer two, all of DeFi, all the real-world assets, all of NFTs, everything that's been built on ETH goes to zero."
This concept of economic density — the total value of applications, assets, and users dependent on a blockchain — is the lens through which layer ones should be evaluated. According to Pal, Ethereum is already undervalued relative to the infrastructure it supports, let alone its future growth trajectory as traditional finance migrates on-chain.
But there's a key difference between Bitcoin and smart contract platforms:
- Bitcoin has one job: global savings. It follows a power law distribution because it can only capture up to 100% of the world's store-of-value market.
- Smart contract layer ones can scale infinitely because they support composable applications, tokenized assets, AI economies, and programmable infrastructure — much like how Google, Amazon, and Microsoft have grown on log regression channels.
📊 The Top Three: ETH, SOL, and Sui
Through deep analysis, Pal identifies three layer ones that have proven resilience and economic staying power:
1. Ethereum (ETH)
Ethereum boasts the largest economic and intelligence density of any blockchain. It has the most developers, the strongest Lindy effect, and unmatched security. Pal likens it to Microsoft — "You don't get fired for ETH." While not the fastest or cheapest, its network effects and institutional trust make it a core holding.
2. Solana (SOL)
Solana is much more efficient, faster, and cheaper than Ethereum. It has proven its durability through market cycles and maintains strong developer activity and economic density. It's the performance layer for high-frequency applications.
3. Sui (SUI)
Sui is the dark horse. Despite being younger, it has more TVL per user than Solana. When the broader market fell significantly, Sui was one of only three tokens (alongside ETH and SOL) that maintained economic density — a critical signal of underlying strength.
Sui's technical architecture also stands out:
- It processes thousands of transactions within one block
- Speed to finality is orders of magnitude faster
- Programmability is fundamentally more efficient
Pal's thesis is blunt:
"I just think there's a basket of four or five layer ones you can own, and you can go to the beach, and in 10 years time you can fly back from the beach in a private jet."
⚡ The Universal Code: Intelligence Per Unit of Energy
Pal introduces a framework he calls the universal code — an organizing principle observable across physics, biology, economics, and now blockchain networks. The core idea:
"The entire universe continues to convert units of energy, which is fixed — all of physics says you can't destroy or create energy — and out of it comes intelligence."
This principle applies everywhere:
- Nvidia outperforms because it produces more intelligent output (AI compute) per unit of energy than competitors
- The Nasdaq outperforms traditional indices because tech companies generate more intelligence (software, automation, data) per dollar of capital
- Layer ones will outperform based on how much programmable intelligence they can produce per unit of energy consumed
In blockchain terms, this translates to:
- Developer activity (human intelligence)
- Programmability and efficiency (how much can be built, how fast, how cheaply)
- Economic density (applications per user, TVL, stablecoin reserves)
- Speed and cost (block times, transaction throughput, finality)
🧮 Why Traditional Valuation Models Fail
Many analysts value blockchains using discounted cash flow (DCF) models based on fee generation. Pal argues this is fundamentally flawed:
"The very purpose of a network like this is to be the cheapest, fastest. If you use discounted cash flows, you miss the actual signal, which is cheapest, fastest, most programmable will outperform over time."
In other words, high fees are a bug, not a feature. Networks that optimize for low cost and high throughput will attract more builders, users, and economic activity — even if they generate less revenue in the short term. This is the opposite of how Wall Street typically values infrastructure.
The better framework: what is the cost of destroying this network? How much economic activity would vanish if it ceased to exist? That's the true measure of a layer one's value.
🎯 The Actionable Takeaway
Pal's thesis is clear:
- Layer ones should be the majority of a crypto portfolio
- Focus on three to five dominant chains (ETH, SOL, Sui as the core)
- Evaluate based on intelligence per unit of energy, not fee generation
- Look for economic density that persists through drawdowns
- Prioritize speed, cost, and programmability over narrative
The beauty of this approach is its simplicity. Unlike trading memecoins or chasing narratives, owning a basket of infrastructure layer ones is a set-it-and-forget-it strategy aligned with the long-term trajectory of the global digital economy.
The AI economy, tokenized finance, on-chain applications — all of it accrues value to the layer ones that power it. And unlike the internet, this time we get to own the infrastructure.
So in 10 years, when someone says "In hindsight, it was obvious," the question is: will you be saying it from the beach, or from the sidelines?
