Here's something that's been bothering me lately.

People buy crypto tokens all the time. Sometimes they research the project. Sometimes they don't. But there's one question I almost never see anyone ask:

How does this token actually capture value from the network's success?

And honestly, after digging into this over the weekend, I realized something uncomfortable: for most tokens, the answer is they don't. At least not directly.

The network might be generating massive revenue. Real companies might be building on it. Activity might be exploding. But none of that automatically translates to the token price going up.

And that disconnect is way more important than people realize.

What Even Is "Value Capture"?

Before we go further, let me explain what I mean by value capture.

When a company like Apple makes billions in profit, shareholders capture that value through dividends or stock buybacks. The company's success directly benefits the people who own shares.

For blockchain tokens, value capture should work similarly. If a blockchain network is successful, generating revenue and seeing massive adoption, token holders should benefit from that success somehow.

But here's the problem: most blockchain tokens don't have clear mechanisms for this.

The token might be used for gas fees. It might be used for staking. It might have governance rights. But does network revenue actually flow to token holders? In most cases, the connection is indirect at best.

And that's created a weird situation where networks can be wildly successful while their tokens underperform.

The Ethereum Story: From Fee Machine to... What Exactly?

Let me start with Ethereum because it's the clearest example of this problem playing out in real-time.

For years, Ethereum had a simple value capture story. You needed ETH to pay for transaction fees. More network usage meant more demand for ETH. Burn mechanisms like EIP-1559 destroyed some of that ETH, creating deflationary pressure. Simple, clear, effective.

Then Layer-2 rollups came along.

Arbitrum, Optimism, Base, zkSync. These Layer-2 networks process transactions off the main Ethereum chain, then settle back to it. This solves Ethereum's scaling problem beautifully. Transactions are fast and cheap on Layer-2s.

But here's the catch: users pay fees in ETH to Layer-2 operators, not directly to Ethereum validators. The Layer-2 operators then pay a much smaller fee to Ethereum for settlement and data availability.

The result? Ethereum's mainnet revenue collapsed.

In August 2025, Ethereum's monthly revenue was just $39.2 million. For context, it was $157.4 million in August 2023. That's a 75% decline.

Meanwhile, Layer-2s are processing over 2 million transactions daily. They're handling 90% of Ethereum's transaction volume. The network is scaling successfully. But Ethereum's base layer isn't capturing much of that value.

This is what crypto analyst VanEck called the "value capture to Layer-2s" debate in 2025. Everyone was asking: if most activity happens on Layer-2s, and Layer-2s keep most of the fees, how does that benefit ETH holders?

The answer remains unclear.

The Fusaka Upgrade: Ethereum's Attempt to Fix This

In December 2025, Ethereum implemented the Fusaka upgrade specifically to address this problem.

The upgrade introduced something called Peer Data Availability Sampling and optimized blob gas fees. The technical details are complicated, but the goal was simple: make Layer-2s pay more predictable fees to Ethereum for data availability.

Essentially, Ethereum is trying to establish itself as the data availability and settlement layer for all these Layer-2s. If Layer-2s grow, Ethereum's data availability fees should grow too, creating a clearer path for ETH value capture.

Did it work? It's too early to tell. ETH has been underperforming in late 2025 despite these upgrades.

But the attempt itself is telling. Ethereum developers recognized that without better value capture mechanisms, network success and token performance were decoupling. And that's a problem.

Solana's Value Capture Problem: Even Worse?

Now let's talk about Solana, because the situation there is somehow even more confusing.

Solana generated $1.4 billion in network revenue in 2025. That's almost 3x what Ethereum generated. The network is firing on all cylinders. DeFi activity is exploding. Institutional adoption is real. ETF inflows are strong.

And yet, SOL token holders don't directly capture any of that revenue.

There's no burn mechanism. There's no fee sharing. There's no buyback program. Network fees go to validators, not to SOL holders. You can stake SOL to earn rewards, but those rewards come from inflation, not from network revenue.

So how does Solana's massive network success translate to SOL price appreciation?

The theory is indirect demand. As the network grows, more people need SOL for transactions and staking. Supply and demand dynamics push the price up. But it's a weak connection.

One analyst put it perfectly: "Solana enters 2026 with unparalleled technical execution versus unanswered questions about token value capture."

The network is succeeding. The token is struggling to reflect that success.

And this isn't theoretical. SOL was trading at $120 in late December 2025, down 49% from its yearly peak, despite Solana having its best year ever for network metrics.

Cardano, Avalanche, and Others: Same Problem, Different Flavors

Let me quickly run through how other major blockchains handle value capture, because the pattern is pretty consistent.

Cardano

ADA holders can stake to earn rewards. Those rewards come from transaction fees and treasury reserves. But the fee revenue is tiny compared to network activity. Cardano generated far less fee revenue than competitors in 2025.

The value capture mechanism exists in theory. In practice, it's minimal. One analyst called Cardano a "ghost chain" with low developer activity. Whether that's fair or not, the token value capture is weak.

Avalanche

AVAX uses a fee burn mechanism. Transaction fees are burned, reducing supply. This is actually one of the clearer value capture models among Layer-1 chains.

But Avalanche's subnet architecture creates a problem. Most activity happens on custom subnets, which keep their own fees. The C-Chain sees relatively low transaction volume. So the burn mechanism doesn't capture as much value as you'd expect.

Polkadot

DOT is used for staking, governance, and parachain slot auctions. But there's no direct fee revenue sharing. Token holders benefit from scarcity created by locking DOT in parachains, but it's an indirect mechanism.

The Layer-2 Token Problem: Even Worse

Here's where it gets really messy.

Remember those Ethereum Layer-2s I mentioned? Arbitrum, Optimism, Polygon, etc.? Many of them have their own tokens: ARB, OP, MATIC/POL.

But here's the thing: users don't pay gas in Layer-2 tokens. They pay gas in ETH.

So what's the point of the Layer-2 token?

Usually, it's just governance. You hold ARB to vote on Arbitrum governance proposals. You hold OP to vote on Optimism proposals. That's it.

As VanEck analysts put it in October 2025: "We are generally bearish on the long-term value prospects for the majority of L2 tokens. Users pay ETH, not LINEA, for gas."

They pointed out that LINEA token fell 43% as investors realized it had no economic utility. Just governance rights.

And there are potentially $100 billion more in Layer-2 token fully diluted valuations coming to market over 2025-2026. If none of these tokens have real value capture mechanisms, that's a lot of supply with questionable demand.

So What Actually Works? The Fee Burn Model

After looking at all these different approaches, the clearest value capture mechanism is Ethereum's EIP-1559 burn.

Here's how it works: every transaction on Ethereum burns a portion of the fee. That ETH is permanently destroyed, removed from circulation. More usage means more ETH burned. This creates deflationary pressure.

It's simple. It's direct. It's automatic. Network success immediately reduces supply, which should support higher prices.

The problem? With Layer-2s dominating, Ethereum isn't burning much ETH anymore. In some periods, Ethereum has become inflationary again because issuance outpaces fee burns.

But the mechanism itself is sound. It's just being undermined by the scaling solution.

Avalanche uses a similar burn mechanism. BNB Chain burns BNB. These approaches at least create a clear link between network activity and token supply.

Compare that to Solana, Cardano, Polkadot where there's no burn at all. Network success and token supply are completely disconnected.

The Staking Yield Trap

A lot of people will say: "But I'm earning 5-8% staking yields! Isn't that value capture?"

Not really. Here's why.

Most staking yields come from inflation, not from network fees. The protocol mints new tokens to pay stakers. That dilutes everyone else.

Yes, you're earning yield. But the total supply is increasing. Your percentage ownership of the network isn't growing.

It's only real value capture if the staking rewards come from actual network revenue that's being distributed. And for most chains, that's a tiny fraction of staking rewards.

Ethereum is moving toward this model where validators earn from fees and MEV, not just from inflation. But most chains aren't there yet.

Why This Matters More Than People Realize

Okay, so why does any of this matter?

Because it fundamentally changes how you should think about crypto investments.

If a blockchain token doesn't have clear value capture, then the token price is driven almost entirely by speculation and narrative. Not by fundamentals.

You're betting that the story around the token will attract more buyers. You're playing a game of greater fool theory. Buy low, sell to someone else for more, hope you're not the last one holding.

That can work. Plenty of people have made money on speculative tokens. But it's a very different investment thesis than "this network is successful, therefore the token should be valuable."

Look at what happened with Ethereum in 2025. The network is objectively succeeding. Total Value Locked hit $70 billion. Stablecoin transfers hit $8 trillion quarterly. Institutional adoption is growing.

And yet ETH underperformed Bitcoin. Why? Because investors couldn't figure out how ETH captures value in a Layer-2-dominated world.

The fundamentals improved. The token struggled. That disconnect is the value capture problem in action.

What I Learned From All This Research

After digging into this over the weekend, here's what I've concluded.

Most blockchain tokens don't have strong value capture mechanisms. They have governance rights, gas utility, or staking, but those don't create direct links between network success and token value.

The best value capture mechanism is fee burns. Simple, automatic, clear. But even that's being undermined by scaling solutions that move activity off-chain.

Staking yields are mostly inflation-funded, not real value redistribution. Don't confuse earning yield with capturing value.

Layer-2 tokens are particularly problematic. Most exist purely for governance with no economic utility.

The chains that figure out value capture will outperform. The ones that don't will see network success and token underperformance.

As an investor or holder, you should ask: "If this network 10xs in usage, how does that benefit me as a token holder?" If the answer isn't clear, that's a red flag.

The VanEck ETH Prediction Update: A Case Study

Here's a perfect example of how value capture confusion affects valuations.

In 2024, VanEck predicted ETH would hit $22,000 by 2030. That was their base case.

In January 2026, they updated their model. New prediction: $55,000 by 2030.

What changed? Two things.

First, market share estimates improved. Ethereum plus its Layer-2s now process about 85% of all smart contract activity when you include rollups. That's way higher than expected.

Second, revenue projections jumped. Original estimate was $78 billion annual revenue by 2030. New estimate: $130 billion. Stablecoins and institutional settlement are driving this.

But here's the key question: does that $130 billion in network revenue actually flow to ETH holders?

The answer depends entirely on whether Ethereum can figure out value capture from Layer-2s. If yes, $55K ETH is plausible. If no, the network can generate massive revenue while ETH underperforms.

That's why value capture matters so much.

What I'm Still Confused About

Even after all this research, there are things I don't fully understand.

Will Ethereum's data availability fee model actually work? Can it extract enough value from Layer-2s to make ETH valuable as a settlement layer?

Why hasn't Solana implemented any value capture mechanism? With $1.4 billion in annual revenue, there's clearly value being created. Why doesn't it flow to SOL holders?

Are Layer-2 tokens doomed? If they have no economic utility beyond governance, why would anyone hold them long-term?

How do you value a blockchain if the token doesn't capture network value? Traditional metrics like P/E ratios don't apply. What's the right framework?

Will any chain successfully implement fee sharing or revenue distribution to token holders? Or is that structurally incompatible with decentralization?

The Uncomfortable Truth

Here's what I think the real situation is.

99.99% of blockchain tokens have weak or nonexistent value capture mechanisms.

Network success and token performance are only loosely coupled.

Most tokens are speculation plays, not value investments.

The few tokens with clear value capture will massively outperform over time.

Investors should be way more focused on tokenomics and value capture than they currently are.

That last point is what motivated me to write this. Because I've been guilty of this myself.

I've looked at networks and thought "this tech is great, adoption is growing, must be a good investment." Without ever asking how the token actually benefits from that success.

That's backwards. The tech can be great and the token can still be a terrible investment if there's no value capture.

What Should You Actually Do With This Information?

I'm not going to tell you what to buy or sell. But here's how I'm thinking about it after this research.

Before buying any token, ask: how does this token capture value from network success?

If the answer is "fee burns," that's relatively clear value capture.

If the answer is "staking rewards," dig deeper. Are those rewards from fees or from inflation?

If the answer is "supply and demand," that's speculation, not value capture. Which is fine, but be honest about it.

If the answer is "governance," run. Governance-only tokens are usually not good long-term holds unless you're actively participating in governance.

Watch which chains implement better value capture mechanisms. Those will likely outperform.

Don't assume network success means token success. That link has to be explicitly built into the tokenomics.

Final Thoughts

The more I learn about crypto, the more I realize how much

most people (including me) don't understand about how these tokens actually work.

We buy tokens because we believe in the technology or the team or the narrative. And sometimes that works.

But if you're holding a token long-term, especially through volatile markets, you need to understand how it captures value.

Because narratives change. Hype fades. Technology gets replaced.

But value capture mechanisms are structural. They're built into the protocol. They either exist or they don't.

Ethereum is struggling with this right now. Solana hasn't addressed it at all. Most Layer-2 tokens are essentially worthless from a value capture perspective.

And that's a huge problem for the industry.

The good news? Some teams are working on it. Ethereum's Fusaka upgrade was an attempt. Future versions might include direct fee sharing or more aggressive burns.

But until we see widespread adoption of clear value capture mechanisms, most token investments remain speculation plays dressed up as fundamental investments.

And honestly, investors deserve better.

If this helped you think about tokens differently, let me know in the comments. And if you have insights on value capture mechanisms I missed, please share them. I'm still learning about this stuff too.