📺 Today’s recommended deep-dive video: https://www.youtube.com/watch?v=VDYNzOPwi-o

Why the Future of the Internet is a City, Not a Theme Park

The internet has drifted from its decentralized roots toward a duopoly of corporate silos that control the economics of the digital world. By understanding the architectural shift from protocols to platforms—and now to blockchains—we can reclaim ownership of our digital lives through the “Read-Write-Own” era.

Core Question: How can blockchain technology restore the internet’s original promise of decentralization while maintaining the competitive power of modern platforms?

Highlights

• The evolution of the internet through three distinct eras: Web1 (Read), Web2 (Read-Write), and the emerging Web3 (Read-Write-Own).
• The “Attract-Extract” cycle that forces corporate networks to eventually squeeze their users and developers to maximize profit.
• The “City vs. Theme Park” analogy as a framework for understanding the difference between open ecosystems and closed corporate silos.
• How tokens and “faucets and sinks” act as new primitives for digital ownership and incentive alignment in virtual economies.

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The Three Eras and the Power of Protocols

Democratizing Information and Interaction

We are currently entering the third major era of the internet, a shift defined by who owns the underlying networks.

The first era, roughly 1990 to 2005, was the “Read” era, which democratized information consumption through open protocols like HTTP and SMTP. These were decentralized standards that no single person owned; if you built a website, you owned it completely, and the “power of the mapping” via DNS stayed with the user, allowing you to switch hosts without losing your audience or your identity.

This changed with the “Read-Write” era of the mid-2000s, where corporate networks like Facebook and Twitter democratized publishing but moved the architecture into centralized silos. While these platforms offered better user experiences and subsidized hosting, they created a Faustian bargain where the platform owner held ultimate power over every user and developer in the system.

💡 Digging Deeper

Q: Why was the transition from protocols to corporate networks so successful?
A: Corporate networks could raise venture capital to subsidize hosting and development, offering a “free” and seamless user experience that open protocols like RSS simply couldn’t fund or match in terms of features.

Q: What is the significance of DNS in Web1?
A: DNS allowed users to own their names and map them to IP addresses they controlled; this “user-controlled mapping” is what gave the early web its power, as it meant no intermediary could sit between a creator and their audience.

The “Attract-Extract” Cycle

When Platforms Turn Against Their Users

Startups usually begin by being extremely friendly to developers and creators because they have no network effect and need to attract participants to survive.

They offer subsidies, open APIs, and generous terms to build a community, but once the network effect takes hold and the platform reaches scale, the incentives shift toward profit maximization. This leads to the “Extract” phase, where the platform unilaterally changes the rules, shuts down third-party apps, and hikes take rates—often taking 100% of the advertising revenue generated by the creators’ content.

Network architecture is destiny; if a single company controls the platform, they will eventually be forced by the logic of the market to squeeze their participants.

This extraction isn’t just about money; it’s about stifling the “bazaar” of innovation in favor of a “cathedral” controlled by a priesthood of product managers. When Twitter or Facebook deprecate their APIs, they kill off entire sectors of startups, teaching developers that it is too risky to build on top of a centralized silo that can pull the rug out from under them at any moment.

💡 Digging Deeper

Q: What is a “take rate”?
A: A take rate is the percentage of value a network operator keeps for themselves from the total economic activity in the network; in social media, this is nearly 100%, whereas in blockchains, it is often near 0%.

Q: Why don’t corporate networks keep their APIs open forever?
A: Once a network is dominant, interoperability becomes a liability rather than an asset, as the company no longer needs outsiders to help them grow and would rather capture all the data and revenue for themselves.

Blockchains as Digital Cities

The Power of Composability and Ownership

Blockchains provide a new way to build networks that combine the societal benefits of open protocols with the competitive features of corporate platforms.

If a corporate network is like a theme park—carefully curated but entirely controlled by a single owner—a blockchain network is like a city. In a city, the “core” (the infrastructure, roads, and town hall) is public or community-governed, allowing private entrepreneurs to build shops and businesses on top of it with the confidence that the mayor won’t suddenly seize their property or block the sidewalk.

This architecture enables “composability,” the idea that software can be like Lego bricks where one person’s output becomes another person’s input.

This creates a compounding interest effect in software development; once a piece of code is written and deployed to a blockchain, it is immutable and “can’t be evil,” meaning it will exist forever for others to build upon. We saw this with the early web and Linux, but corporate silos broke that chain of innovation; blockchains restore it by moving the “core” into a transparent, decentralized ledger.

💡 Digging Deeper

Q: What does Dixon mean by “Can’t be Evil” vs. “Don’t be Evil”?
A: “Don’t be evil” is a corporate promise that relies on the goodwill of management; “Can’t be evil” is a mathematical guarantee where the rules are baked into immutable code that no single entity can change.

Q: How do blockchains solve the funding problem that killed protocols like RSS?
A: Blockchains use tokens to create native economies, allowing the network to fund its own development and reward early adopters without relying on a centralized corporate treasury.

The Path Forward: Tokens and Incentives

Engineering Virtual Economies

The “Read-Write-Own” era is powered by the token, a new primitive that encapsulates ownership in the same way a website once encapsulated information.

Tokens allow us to design virtual economies using “faucets” (how tokens are distributed, like staking rewards) and “sinks” (how tokens are removed or used, like gas fees). By aligning these faucets with productive behavior—like hosting content or writing code—and aligning sinks with network utility, we can create sustainable ecosystems that grow organically without the need for a central dictator to manage the budget.

Gaming is the perfect beachhead for this movement because it is already comfortable with virtual goods and complex economies.

By moving game backends on-chain, we enable “modding” on steroids, where players can truly own their assets and developers can build new experiences on top of existing game worlds. This creates a “flywheel” where the fundamental fun of the game drives demand for the token, which in turn funds further development, eventually onboarding millions of users into the broader Web3 ecosystem.

It is still early, and we are currently at the bottom of the “S-curve” of adoption, waiting for the infrastructure to become invisible.

💡 Digging Deeper

Q: Why is gaming considered a “wedge” for Web3?
A: Games are historically the first to adopt new computing platforms; they provide a sandbox to test complex incentive designs and can onboard millions of users who are motivated by play rather than just financial speculation.

Q: How does the “S-curve” apply to crypto?
A: Like the internet or AI, technology adoption starts slowly (winter), hits an inflection point (summer), and eventually matures; Dixon argues we are still in the early, chaotic phase where the “real things” are being built.

Key Takeaways

The transition to Web3 represents a fundamental shift from a “dictatorship” model of the internet to a “democratic” or “city-like” model. By using blockchains as a logically centralized but organizationally decentralized core, we can build platforms that offer the same seamless experience as Big Tech but with 0-5% take rates instead of 30-100%.

Success in this era requires achieving “feature parity” with corporate networks; users will not sacrifice convenience for decentralization. However, the superior economics offered to creators and the security offered to developers will eventually act as a gravitational force, pulling the most talented people away from the “cathedrals” of the past and into the “bazaars” of the future.

Ultimately, the goal is to return the internet to its roots as an open, innovative substrate for human creativity. Through tokens, composability, and immutable code, we are building a digital world where the participants—not the intermediaries—own the value they create.

Q&A

Q1: What is the main architectural difference between Web1 and Web2?
A1: Web1 was built on open protocols (like HTTP) where the user controlled the “mapping” of their identity and data. Web2 moved to corporate networks where a single company owns the database, the user identity, and the relationship with the audience.

Q2: How does the “City vs. Theme Park” analogy explain blockchain networks?
A2: A theme park is owned by one company that controls every feature and can kick anyone out. A city has public infrastructure (the blockchain) that allows private individuals (developers) to build their own “shops” (apps) with guaranteed property rights and open access.

Q3: Why are take rates so much lower in Web3?
A3: Because blockchain networks are open-source and the switching costs are lower, they must compete for users and developers. High take rates would simply lead the community to “fork” the network and move to a cheaper alternative.

Q4: What are “faucets” and “sinks” in a token economy?
A4: Faucets are mechanisms that distribute tokens to incentivize good behavior (like rewards). Sinks are mechanisms that remove tokens from circulation or require them for utility (like transaction fees), balancing the economy’s supply and demand.

Q5: Is crypto still in a “speculative” phase?
A5: While speculation exists, Dixon argues the goal is to move toward “sustainable demand” based on the actual utility of the network, similar to how the early railroad or internet booms eventually settled into productive eras.

Q6: Why hasn’t a new protocol like RSS succeeded in 30 years?
A6: Protocols lack native funding and the ability to subsidize hosting costs. Corporate networks used venture capital to build better features and offer “free” services, outcompeting protocols that had no way to pay developers or host large files like video.

Q7: What is “composability” in software?
A7: It is the ability for developers to use existing software components like Lego bricks to build new things. In Web3, this is “on steroids” because anyone can build on top of a smart contract without needing permission from the original creator.