What A Global Cooperative Internet — Publicly Owned Infrastructure — Would Enable

The internet's origin story is public. ARPANET, funded by the US Department of Defense. TCP/IP, developed by publicly funded researchers. The World Wide Web, created by Tim Berners-Lee at CERN (a publicly funded institution) and released to the world for free. The early internet was a commons — built with public money, governed by open standards, available to anyone with a connection.

The privatization happened in stages:

1990s: Infrastructure privatization. The US government transferred control of the internet backbone from public institutions to private telecommunications companies. The logic: private capital would invest in expansion faster than public funding. The result: private control of the physical layer.

2000s: Platform consolidation. Google, Facebook, Amazon, and a handful of other companies built platforms on the public protocol layer, captured network effects, and achieved monopoly or near-monopoly positions. The logic: free services in exchange for data. The result: private control of the application layer.

2010s: Data monetization. The accumulated data from billions of users became the most valuable commodity in the economy. Surveillance capitalism — the systematic extraction and sale of behavioral data — became the dominant business model. The logic: your attention and data are the product. The result: private control of the information layer.

2020s: AI consolidation. The training of large language models requires massive datasets (harvested from the public internet without consent or compensation) and massive computing infrastructure (concentrated in a few companies). The AI layer is being built on top of the privatized stack, concentrating even more power in fewer hands.

Each stage followed the same pattern as every other commons enclosure: a shared resource is captured, the captors extract value, and the commoners become dependent.

Physical layer: Community and municipal broadband.

Over 750 communities in the US have some form of publicly owned broadband. Chattanooga, Tennessee, built a municipal fiber network that provides gigabit service at lower prices than private competitors. Ammon, Idaho, built a software-defined fiber network that allows residents to switch providers instantly. In Barcelona, Guifi.net operates one of the world's largest community mesh networks with tens of thousands of nodes.

The model: the community owns the infrastructure (fiber, towers, routers). Service providers compete on the publicly owned infrastructure, or the community provides service directly. Revenue stays local. Governance is democratic. The network serves the community rather than extracting from it.

Data layer: Data cooperatives and trusts.

Data cooperatives give individuals collective bargaining power over their data. Instead of each person facing Google alone, a data cooperative negotiates on behalf of all its members. Models include:

- Data trusts: legal structures that hold data on behalf of defined communities, governed by fiduciary obligations to the data subjects. - Data cooperatives: member-owned organizations that collect, manage, and negotiate the use of members' data. - Personal data stores: technical systems that give individuals control over their own data, sharing it selectively based on their own terms.

Application layer: Federated and cooperative platforms.

Instead of one Facebook, imagine thousands of community-owned social networks that can communicate with each other (federation). Mastodon and the broader Fediverse demonstrate this model: independent servers, run by communities, connected through shared protocols. No central owner. No algorithmic manipulation for advertising. No data extraction.

Platform cooperatives — cooperatively owned versions of platform businesses — extend this to other domains: Stocksy (cooperative stock photography), Up & Go (cooperative cleaning service platform), Resonate (cooperative music streaming).

Governance layer: Multi-stakeholder internet governance.

The Internet Engineering Task Force (IETF), the Internet Corporation for Assigned Names and Numbers (ICANN), and the World Wide Web Consortium (W3C) already govern internet protocols through multi-stakeholder processes. These models — imperfect but functional — demonstrate that internet governance doesn't require corporate or government ownership.

Genuine privacy. When you own the infrastructure, you control the data. A cooperative internet doesn't need to monetize your data because the network is funded by membership, not by surveillance. Privacy becomes the default rather than a premium feature sold back to you.

Democratic discourse. The current internet optimizes for engagement because engagement sells advertising. Engagement optimization produces outrage, polarization, and misinformation because those emotions are more engaging than nuance. A cooperative internet optimized for community well-being would design algorithms for understanding rather than reaction.

Local economic circulation. When infrastructure is locally owned, revenue circulates locally. When platforms are cooperatively owned, profits go to members rather than distant shareholders. Digital economic activity strengthens local economies rather than extracting from them.

Digital sovereignty. Nations and communities currently depend on infrastructure controlled by a handful of American and Chinese companies. A cooperative internet distributed across many community-owned networks is resilient against corporate capture, government surveillance, and geopolitical disruption.

Innovation for need, not profit. The current internet incentivizes innovation that generates advertising revenue. A cooperative internet incentivizes innovation that serves community needs — healthcare, education, governance, agriculture, culture. Different ownership produces different innovation.

Capital. Building physical infrastructure requires significant investment. Incumbent telecoms fight municipal broadband through lobbying, legislation, and litigation. In the US, over 20 states have laws restricting municipal broadband — laws often written by the telecom industry.

Network effects. Cooperative platforms face the chicken-and-egg problem: users go where other users are, and other users are on the corporate platforms. Breaking network effects requires either regulation (interoperability mandates) or cultural shifts (community adoption campaigns).

Technical complexity. Running network infrastructure, managing data systems, and maintaining cooperative platforms requires technical expertise. Communities need access to technical talent and training.

Political will. Incumbent corporations spend enormous sums lobbying against public and cooperative alternatives. Political leaders who depend on corporate campaign contributions are unlikely to champion cooperative infrastructure.

For any piece of digital infrastructure you use, ask:

1. Who owns it? A corporation, a government, a cooperative, a community, or nobody (open protocol)? 2. Who governs it? Shareholders, bureaucrats, members, users, or a multi-stakeholder body? 3. Who profits from it? Distant shareholders, local community, the users themselves, or nobody (non-profit)? 4. Who controls the data? The platform, the government, the user, or a trust acting on behalf of users? 5. What happens if it disappears? Are you locked in, or can you move to an alternative?

The more answers that point toward community, users, and distributed control, the more the infrastructure serves unity. The more answers that point toward corporate concentration, the more it serves extraction.

List every digital platform you use in a typical day. For each one, identify: Who owns it? Where is your data? What happens if the service shuts down tomorrow?

Now identify one dependency you could shift to a cooperative or community-owned alternative. Switch to it for a month. The experience — probably less polished, probably less convenient, definitely more aligned with your interests — is a taste of what a cooperative internet feels like.

The current internet was built by us, funded by our taxes, fed by our data, and captured by corporations. The cooperative internet would be built by us, funded by our contributions, governed by our participation, and serving our connection to each other. The technology is the same. The ownership changes everything.