The missing institution of the Internet

8 min read Keywords:  ethereum, economy, crypto
The vaulted Louvre gallery imagined as a roofless ruin overgrown with weeds and broken sculpture
Imaginary View of the Grande Galerie of the Louvre in Ruins, Hubert Robert, 1796. Musée du Louvre (public domain).

By Federico Carrone and Roberto Catalan

The internet made copying and sending information almost free. It did not answer the harder question: who owns something online, who can transfer it, and who enforces the answer when two people disagree?

For a long time the practical answer was simple: the platform decides. Facebook decides what happens to your page. Apple decides what ships in its store. Stripe, Visa, a bank, or a court decides whether a payment or claim settles. That worked well enough to build the web we have, but it left the economic layer of the internet sitting on private terms of service and local legal systems.

Ethereum is interesting because it tries to put some of that missing institutional layer directly into software: records, rules, transfers, collateral, and enforcement backed by economic incentives and cryptographic verification.

#Technology, Culture and Institutional Design

Some inventions help a person do more. Fire, agriculture, medicine, computing. Others help strangers do things together. Property rights, contracts, markets, companies, courts. Both matter. A new tool creates capacity; an institution decides who can use that capacity, who gets paid, and what happens when someone cheats.

#Property Rights and Markets as Social Technologies

People invest when they believe they can keep what they build. Property rights give that assurance by saying who owns what, who can use it, and who can be excluded. Markets sit on top of those rights. Prices only work because there is some legal and social machinery underneath them.

None of this is natural. It was built through law, politics, habit, and a lot of compromise. The global economy of the twentieth century ran on that machinery: neutral jurisdictions, corporate shells, bank rails, accounting rules, courts, and contracts that let people who did not know each other trade anyway.

#The Missing Architecture of Digital Ownership

The internet lowered the cost of communication across borders, but it never created a neutral way to define and enforce claims on digital assets. Offline, ownership goes through courts and states. Online, if there is no shared settlement layer, ownership falls back to whoever runs the server or whichever jurisdiction can reach the dispute.

Platforms filled the hole. They gave us identity, search, feeds, stores, payments, messaging, distribution. In exchange, they kept the switch. You can build inside their walls, accumulate users, even become valuable, but your rights are only as strong as the platform’s current policy and willingness to keep you around.

Zynga is the clean example. It built a huge games business on Facebook and briefly became worth more than Electronic Arts. Then Facebook changed policies and economics, and the ground moved. Zynga owned its games, but not the environment those games depended on. That is the normal platform bargain: you can own the shop and still rent the street.

Platform economies give you participation without full control.

#Ethereum as an Institutional Experiment

Ethereum is one answer to that missing layer. It gives people a way to create, transfer, and enforce digital assets without asking a company or a state to be the final record keeper. The rules live in code. The record is shared. The network checks itself.

In ordinary software, the operator is sovereign. If a company runs the database, the company can change the database. Ethereum makes that harder by spreading execution across many machines that run the same code and agree on the result. Misbehavior is punished economically. Trust is still there, but some of it moves from a private operator to a public protocol.

Some institutional work then becomes protocol work. Auditors check records; Ethereum makes the record public and replayable. Escrow agents hold assets; smart contracts can hold and release collateral according to rules. Courts enforce agreements after the fact; a contract on-chain can make some violations impossible in the first place. Law still matters. The claim is only that some of the work law and intermediaries used to do can move into shared infrastructure.

Ignore the ideology for a moment and look at the structure: no single operator can quietly rewrite the ledger or block a transaction for everyone.

#The Emergence of a Digital Financial System

Ethereum started with people building for themselves: wallets, tokens, exchanges, experiments, strange coordination games. Then the financial use case stopped being theoretical.

The most consequential development has been the rise of stablecoins, dollar tokens backed by reserves of cash and short-term Treasuries. Their combined market value passed $300 billion in 2025, dominated by Tether’s USDT (about $176 billion) and Circle’s USDC (about $74 billion), most of it issued on Ethereum. The flows are no longer a rounding error: stablecoins settled around $27.6 trillion in 2024, edging past Visa and Mastercard combined, roughly 95 percent of it on Ethereum, though much of that volume is exchange and bot activity rather than genuine payments.

Stablecoins are boring in the way important infrastructure is boring: dollars that move globally, settle continuously, and plug into software. Once those dollars exist on-chain, lending markets, collateral systems, automated exchanges, and payment flows can be built around them.

The difference from traditional finance is practical. The system is global by default. Services share standards. Exit is fast. Risk is visible on-chain, even if users still misunderstand it.

Compare that to countries like Argentina, where interoperability between banks and fintech wallets, something as trivial as scanning a QR code, can become a regulatory fight. Incumbents use their position to avoid connecting. On Ethereum, interoperability is the default because the assets and contracts share the same base layer. From a phone, a user can receive dollars, swap them, lend them, borrow against collateral, or move them elsewhere. That is why adoption is strongest where ordinary intermediation is expensive, slow, or hard to trust.

#Implications

Remittances, trade finance, private credit, tokenized Treasuries, collateral markets: all of these are being pulled toward blockchain rails for the same reason. They are record-heavy, settlement-heavy, and full of intermediaries whose job is mostly to verify and move claims.

Plenty can still go wrong. Regulatory uncertainty, operational risk and rough user experience all constrain adoption. Scaling throughput without giving up decentralization remains an open engineering problem. Software vulnerabilities and governance failures have already cost real money. In 2016 a bug in The DAO drained about $60 million of ether and split the community into Ethereum and Ethereum Classic over whether to claw it back. Cross-chain bridges have fared worse: the Ronin bridge lost about $625 million to North Korea’s Lazarus group in March 2022. More is coming.

The serious claim is narrower than the hype. Some financial intermediation can probably run cheaper and more transparently on shared rails. Whether it becomes mainstream depends on regulation, incumbents, user experience, and whether the engineering keeps improving.

#Artificial Intelligence and Coordination

AI makes production cheaper. It does not decide who owns the output, who can use it, who gets paid, or who is liable when something goes wrong.

That is why AI and Ethereum feel complementary rather than competitive. AI expands what people and agents can produce. Ethereum gives some of that activity a place to settle: accounts, payments, collateral, permissions, and contracts that do not depend on one platform operator. If agents are going to trade, hire, escrow, license, and pay each other, they will need rails where the rules are legible and settlement is not owned by a single company.

#Conclusion

The internet lowered the cost of transmitting information but left digital ownership in the hands of whoever runs the platform. Ethereum tries to move part of that ownership and enforcement layer into public infrastructure.

It may become core infrastructure. It may remain a specialized tool. Regulators, incumbents, and engineering limits will decide a lot of that. But it has already shown something important: digital property does not have to mean “an entry in someone else’s database.”

The internet built an economy before it built its own institutions. Ethereum is one attempt to build them after the fact.

#Further reading