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network-states-and-pop-up-cities
Blog

Why Your Digital City Needs a Protocol for Public Goods

Digital cities and network states are failing at their first test: funding essential infrastructure without political capture. This is a solvable engineering problem, not an intractable social one. We analyze the failure modes of manual governance and propose the protocol-first architecture required for sustainable growth.

introduction
THE INFRASTRUCTURE GAP

Introduction

Blockchain cities lack the fundamental protocols to fund and coordinate essential public infrastructure, creating systemic fragility.

Protocols fund infrastructure. Private goods like DeFi have robust incentive models via Uniswap fees and Lido staking rewards, but public goods like RPC nodes and block explorers rely on unsustainable grants.

Coordination is a market failure. The tragedy of the commons plagues shared resources. Optimism's RetroPGF and Gitcoin Grants are manual, subjective workarounds for a missing automated pricing mechanism.

Fragility precedes failure. A network's resilience depends on its weakest public component. The Solana RPC congestion crisis of 2022 demonstrated that user experience collapses when core infrastructure is under-provisioned and under-monetized.

key-insights
THE INFRASTRUCTURE IMPERATIVE

Executive Summary

Public goods are the roads, parks, and utilities of the digital city—essential but perpetually underfunded. A dedicated protocol is the only way to coordinate, fund, and maintain them at scale.

01

The Free Rider Problem is a Protocol Bug

Non-excludable goods like block explorers and RPC nodes are exploited by all but funded by few. This creates systemic fragility and centralization risk.

  • Key Benefit 1: Protocol-level funding mechanisms (e.g., retroactive public goods funding, protocol revenue splits) align economic incentives with usage.
  • Key Benefit 2: Transparent on-chain allocation eliminates political capture, ensuring funds flow to the most critical infrastructure, not the loudest voices.
<10%
Funded by Users
100%
Relied Upon
02

Coordination Overhead Kills Innovation

Bootstrapping a new public good requires navigating a maze of DAO proposals, grant applications, and community signaling. This wastes ~6-18 months of developer time.

  • Key Benefit 1: Automated, credibly neutral frameworks like Optimism's RetroPGF or Gitcoin Grants provide predictable funding rails.
  • Key Benefit 2: Standardized on-chain primitives for contribution and valuation turn public goods into composable, investable assets, attracting capital from protocols like Aave and Compound.
70%
Time Saved
10x
More Experiments
03

Fragmented Incentives Create Security Gaps

Core infrastructure—like Ethereum's core devs, MEV research, or cross-chain security—lacks sustainable funding, pushing talent towards extractive DeFi apps.

  • Key Benefit 1: A protocol creates a permanent, vested interest in the network's health, similar to how Lido's LDO token aligns stakers.
  • Key Benefit 2: It enables positive-sum games where protocols like Uniswap and Arbitrum co-fund the infrastructure they all depend on, boosting the entire ecosystem's TVL and resilience.
$100M+
Annual Funding Gap
>50%
Risk Reduction
thesis-statement
THE COORDINATION FAILURE

The Core Argument: Manual Governance Is a Sybil Attack

Traditional grant programs are structurally vulnerable to influence by well-organized, non-aligned actors, mirroring a permissioned Sybil attack.

Manual governance is permissioned Sybil. Grant committees and multisigs are centralized points of failure. A coordinated group of insiders or a well-funded project can capture the process, directing funds to their own benefit rather than the ecosystem's. This is functionally identical to a Sybil attack but executed through social, not technical, means.

Protocols require protocol-native funding. Public goods funding must be as trustless and programmable as the infrastructure it supports. Systems like Optimism's RetroPGF and Gitcoin Grants demonstrate demand but rely on flawed, centralized curation. The solution is a credibly neutral mechanism that algorithmically allocates capital based on verifiable on-chain impact.

Proof-of-usage beats proof-of-pitch. The current model rewards persuasive narratives and marketing. The correct model measures actual protocol usage, developer adoption, and economic value captured by the chain. This shifts power from lobbyists to builders and users, aligning incentives with network growth.

Evidence: In Q1 2024, over $100M was distributed via major ecosystem funds, yet developer retention rates post-grant remain below 20%. This capital misallocation proves manual processes fail to identify sustainable value creation.

case-study
WHY YOUR DIGITAL CITY NEEDS A PROTOCOL FOR PUBLIC GOODS

Case Study: The Two Paths

Blockchain cities face a critical fork: build a fragile, centralized commons or architect a self-sustaining, protocol-native one.

01

The Problem: The Tragedy of the Digital Commons

Without a protocol, public goods like RPC endpoints, block explorers, and indexers become underfunded liabilities. This leads to: \n- Centralized choke points controlled by a single entity.\n- Chronic underfunding and degraded service quality.\n- Protocol fragility where core infrastructure fails during high demand.

>90%
RPC Centralization
-70%
Uptime During Stress
02

The Solution: Protocol-Native Funding (Gitcoin, Optimism RetroPGF)

Embed funding mechanisms directly into the protocol's economic layer. This transforms public goods from cost centers to investable assets.\n- Retroactive funding rewards proven impact, not promises.\n- Sustained yield for infrastructure providers via protocol revenue splits.\n- Credible neutrality removes single-entity gatekeeping.

$50M+
RetroPGF Rounds
10x
ROI on Commons
03

The Problem: Ad-Hoc Governance Collapse

Multi-sigs and informal DAO votes fail at scale. Infrastructure decisions become political battles, not technical optimizations.\n- Voter apathy on complex technical proposals.\n- Governance attacks targeting critical service upgrades.\n- Decision paralysis stalls essential maintenance and innovation.

<5%
Voter Participation
60 days
Avg. Decision Time
04

The Solution: Automated Policy Engines (EigenLayer AVS, Cosmos SDK)

Encode public goods provisioning into verifiable, automated smart contracts. Think Slashing for Service-Level Agreements.\n- Algorithmic governance triggers funding based on objective metrics (uptime, latency).\n- Staked security from restaking protocols like EigenLayer ensures provider accountability.\n- Rapid iteration without constant political referendums.

~500ms
Policy Execution
$1B+
Securing AVSs
05

The Problem: The Innovation Moat is a Mirage

Closed ecosystems that don't fund shared R&D get out-innovated. Your "competitive advantage" becomes a technical debt prison.\n- Duplicate efforts as every project builds its own indexer.\n- No composability between isolated infrastructure stacks.\n- Brain drain to chains with richer developer ecosystems.

3x
Dev Cost
-40%
New Devs YoY
06

The Solution: The Protocol as a Platform (Ethereum L2s, Solana)

Treat the public goods protocol as the primary platform for innovation. This attracts capital and talent at the base layer.\n- Standardized primitives (like EIP-4337 for account abstraction) become global commons.\n- Positive-sum economics where infrastructure improvements benefit all applications.\n- Network effects that compound across the entire stack, not just apps.

$30B+
L2 TVL
1000+
Active Teams
PUBLIC GOODS FUNDING MECHANISMS

On-Chine Evidence: The Cost of Politics

A comparison of governance models for funding digital public goods, quantifying inefficiency and political overhead.

Governance MetricDirect Democracy (e.g., Snapshot)Representative Multisig (e.g., DAO Treasury)Retroactive Funding (e.g., Optimism, Arbitrum)Algorithmic Allocation (e.g., Gitcoin Grants, Hypercerts)

Voter Participation Rate (Typical)

2-5%

0.1-0.5% (Council)

N/A

N/A

Proposal-to-Funding Latency

30-90 days

14-60 days

90-180 days post-event

< 7 days (for matching)

Administrative Overhead Cost

15-30% of grant size

10-20% of grant size

5-10% of grant size

1-3% of grant size

Susceptible to Whale Voting

Partial (Sybil resistant)

Requires Pre-Defined Scope

Funds Unproven Ideas (Speculative)

Funds Proven Impact (Retroactive)

On-Chain Proof-of-Impact Required

deep-dive
THE INFRASTRUCTURE

Architecting the Protocol: Beyond RetroPGF

A public goods protocol is the foundational operating system for a sustainable digital economy, not a discretionary grants program.

Protocols are not grants programs. RetroPGF is a funding mechanism, not an economic primitive. A true public goods protocol defines the rules for creation, curation, and consumption of non-rivalrous assets. This creates a native economic engine for the network.

The market is the curator. The protocol must embed on-chain verification and credible neutrality to avoid centralized committees. Systems like Optimism's Citizen House or Gitcoin's Allo Protocol demonstrate early attempts, but they rely on human voting. The endgame is algorithmic curation via staking or prediction markets.

Public goods are infrastructure. A digital city needs roads and libraries. In web3, these are developer SDKs, open-source block explorers, and shared security models. Protocols like EigenLayer for restaking and Celestia for modular data availability are public goods that enable entire ecosystems.

Evidence: The Ethereum protocol itself is the canonical public good. Its fee market (EIP-1559) and consensus mechanism are non-rivalrous infrastructure that enabled a $400B+ ecosystem. This proves protocol-level design, not application-level grants, drives systemic value.

risk-analysis
PUBLIC GOODS FAILURE MODES

Risk Analysis: What Could Go Wrong?

Protocols for public goods are not immune to systemic risks. Here are the critical failure modes and how to architect against them.

01

The Free-Rider Problem

The classic economic failure where users benefit without contributing, starving the system of resources. Without a mechanism to capture value from usage, infrastructure decays.

  • Tragedy of the Commons: Unchecked consumption leads to resource depletion (e.g., congested block space, underfunded R&D).
  • Vitalik's Quadratic Funding: A mechanism to optimally allocate capital, but requires sybil-resistance and a source of funds.
  • Solution: Protocol-owned revenue streams (e.g., sequencer fees, MEV redirection) that fund development autonomously.
>90%
Free Riders
0%
Sustainable
02

Governance Capture & Plutocracy

When token-weighted voting leads to control by a few large holders, subverting the protocol's mission for private gain.

  • MakerDAO Pre-ESG: Early governance skewed towards financial maximization over public good stability.
  • Curve Wars: VeTokenomics created a meta-game for directing emissions, not necessarily optimal public goods funding.
  • Solution: Futarchy (prediction market-based governance), conviction voting, or non-financial soulbound reputation (like Gitcoin Passport).
<1%
Holders Control
51%
Votes
03

Inefficient Capital Allocation

Even with funding, capital is often misallocated due to poor information, hype cycles, or poor incentive design.

  • Grant Committee Inefficiency: Slow, subjective, and prone to insider bias. MolochDAO pioneered a model but faces scaling issues.
  • RetroPGF Pitfalls: Optimism's experiment shows challenges in measuring impact and preventing collusion.
  • Solution: Algorithmic retroactive funding with verifiable on-chain metrics, and Hats Protocol-style modular roles for execution accountability.
~30%
Efficiency
70%+
Overhead
04

Protocol Ossification

A public goods protocol that cannot adapt to new threats or opportunities becomes a legacy liability. This is a failure of on-chain upgradeability.

  • Ethereum's Hard Fork Process: Social consensus is slow but robust. For a funding protocol, speed may be critical.
  • Uniswap Governance Slowdown: Delegated voting and low participation can stall essential upgrades.
  • Solution: Constitutional DAOs with clear amendment procedures, or zk-rollup-based L2s that can fork and iterate rapidly without fracturing the community.
18+ months
Upgrade Cycle
High
Coordination Cost
05

Sybil Attacks on Funding

Attackers create many fake identities to manipulate funding mechanisms like Quadratic Funding, draining resources to themselves.

  • Gitcoin Grants' Constant Battle: Relies on a continuously updated sybil defense stack (Passport, BrightID).
  • Cost of Attack: Often lower than the potential payout, creating a persistent economic vulnerability.
  • Solution: Zero-Knowledge Proofs of Personhood (Worldcoin, Iden3), proof-of-humanity systems, and social graph analysis.
$1
Attack Cost
$100K+
Potential Theft
06

Regulatory Blowback

A successful, large-scale public goods treasury becomes a high-profile target for securities regulators and tax authorities.

  • The Howey Test for Grants: Could disbursing funds be seen as an investment contract? Aragon and other DAOs face this ambiguity.
  • OFAC Compliance: Sanctioned entities could theoretically receive funds, creating legal risk for contributors.
  • Solution: Legal Wrapper DAOs (like Kleros or LAO), zk-proofs for regulatory compliance (without exposing all data), and proactive policy engagement.
High
Legal Risk
Global
Jurisdiction
future-outlook
THE PUBLIC GOODS ENGINE

The Future: Protocol-Led City Growth

Digital cities require programmable funding mechanisms for infrastructure, not charity.

Protocols fund infrastructure. A city's roads, parks, and utilities are public goods. Digital equivalents—like data availability layers, block explorers, and indexers—require sustainable, automated funding. This moves beyond one-time grants to continuous on-chain revenue streams.

Retroactive funding models win. Protocols like Optimism's RetroPGF demonstrate that rewarding proven value creation after the fact is more effective than speculative grants. This aligns incentives, funding builders who deliver measurable utility to the network.

The city owns its economy. A native protocol captures value from its own economic activity through mechanisms like sequencer fees or L2 revenue sharing. This creates a self-sustaining treasury for reinvestment, mirroring a municipal budget funded by local taxes.

Evidence: Optimism's RetroPGF Round 3 distributed $30M to 643 contributors, directly funding core development, education, and tooling based on community-voted impact.

takeaways
PUBLIC GOODS AS INFRASTRUCTURE

TL;DR: Takeaways for Builders

Public goods are not charity; they are the foundational utilities that determine your protocol's long-term viability and defensibility.

01

The Problem: The Free-Rider Dilemma

Critical infrastructure like RPC nodes, indexers, and block explorers are underfunded despite being essential for every dApp. This creates systemic fragility and centralization pressure.

  • Result: Reliance on a few centralized providers like Infura or Alchemy.
  • Risk: Single points of failure that can cripple your entire stack.
>70%
RPC Reliance
1-2
Major Outages/Year
02

The Solution: Retroactive Public Goods Funding (RPGF)

Pioneered by Optimism's Citizen House and Ethereum's PGN, RPGF funds proven value after it's delivered, aligning incentives with outcomes.

  • Mechanism: Use DAOs and quadratic funding to allocate capital efficiently.
  • Outcome: Bootstraps a competitive ecosystem of infrastructure providers, reducing protocol dependency.
$100M+
OP Committed
10x
ROI Multiplier
03

The Model: Protocol-Owned Liquidity for Infrastructure

Treat public goods like core protocol development. Dedicate a portion of treasury or sequencer/MEV revenue (see Arbitrum STIP, Polygon ecosystem fund) to sustain them.

  • Benefit: Creates a positive feedback loop where a healthier ecosystem drives more revenue.
  • Example: Celestia's modular data availability is a public good funded by its own tokenomics.
2-5%
Treasury Allocation
Sustainable
Funding Model
04

The Execution: Leverage Existing Stacks

You don't need to build from scratch. Integrate with protocols designed for public goods coordination.

  • Funding: Use Gitcoin Grants, Clr.fund, or Allo Protocol.
  • Coordination: Implement Hats Protocol for decentralized governance roles.
  • Verification: Use Hypercerts for impact attestation.
~50%
Time Saved
Plug & Play
Integration
05

The Outcome: Protocol Resilience & Developer Magnetism

A well-funded public goods layer is your best growth hack and moat.

  • Attract Talent: Developers flock to chains with robust, reliable tooling (see Solana's comeback driven by developer tools).
  • Reduce Integration Friction: High-quality, free-to-use RPCs and indexers lower the barrier to building on your chain.
40%+
Dev Retention
Unbreakable
Network Effect
06

The Warning: Ignore at Your Peril

Chains that treat infrastructure as an afterthought become brittle and centralized. Look at the struggles of early EVM L2s before standardized tooling.

  • Consequence: Your "decentralized" protocol is only as strong as its most centralized dependency.
  • Action Item: Map your critical dependencies and fund at least one decentralized alternative today.
High
Existential Risk
Now
Time to Act
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Why Your Digital City Needs a Protocol for Public Goods | ChainScore Blog