Broadband Is the Only Infrastructure In Which Heavy Users Don’t Pay
Infrastructure systems are generally designed so that those who place greater demands on the system contribute proportionally to its maintenance and expansion. Whether through demand charges in electricity markets, landing fees in aviation, or transaction-based pricing in payments networks, cost recovery is typically aligned with usage intensity.
Broadband access networks are increasingly unusual in this respect. The following comparison illustrates how cost recovery operates across sectors and highlights where broadband interconnection diverges from established infrastructure norms. Across nearly every major infrastructure system, heavy users pay proportionally more.
| Infrastructure | Who Pays | Basis of Fee | Cost Recovery Logic |
| Payments Networks (Visa, Mastercard) | Merchants, banks | % of transaction + per-transaction fee | Volume-scaled network funding [1] |
| Electric Grid | End users | kWh + demand charges | Usage and peak-capacity recovery [2] |
| Data Center Interconnection | Hyperscale operators | Capacity reservation + energy usage | Large users trigger upgrades [3] |
| Roads | Drivers, freight operators | Fuel taxes, tolls, weight/distance | Usage proxy; heavier vehicles pay more [4] |
| Airports | Airlines, passengers | Landing fees, passenger facility charges | Aircraft weight + passenger volume [5] |
| Rail Networks | Train operators | Track access charges | Train-km / gross tonne-km [6] |
| Water & Sewer | End users | Metered consumption | Usage-based recovery [7] |
| Internet Backbone / Transit | ISPs, content networks | Mbps/Gbps contracts | Capacity-priced wholesale [8] |
| Content Delivery Networks | Content providers | Data delivered (GB) | Usage-based commit pricing [9] |
Across these systems:
- Fees scale with volume, weight, capacity, or transactions;
- Large users frequently trigger or co-finance infrastructure expansion;
- Usage-based charges are treated as normal cost allocation;
- “Free riding” at scale is not an accepted operating norm.
Broadband interconnection remains the outlier. Retail broadband pricing is largely flat-rate. Interconnection between access networks and major platforms is often settlement-free, meaning no payment The largest marginal traffic generators frequently pay nothing at the network interface, despite accounting for a substantial share of peak downstream traffic.¹¹
This structure reflects historical assumptions of traffic symmetry dating to the early commercial internet era. Those conditions no longer characterize the modern broadband ecosystem. A privately negotiated “pay your own way” regime could, in theory, internalize costs more directly and reduce reliance on consumer-funded surcharge mechanisms. However, it presents uncertainty:
- It may produce fragmented bilateral negotiations;
- It may increase litigation or regulatory disputes;
- It does not necessarily ensure statutory compliance with universal service parity requirements under 47 U.S.C. § 254;
- It may not guarantee nationwide coverage outcomes.
Accordingly, while economically coherent, such a shift would represent a reactive adjustment rather than a predictable statutory modernization.
At present, broadband access networks are the only major infrastructure system in which the largest marginal users often do not contribute proportionally at the point of network impact.
If Congress does not update the contribution framework, market pressures are likely to push the system toward cost-internalization mechanisms organically. The question is whether that transition occurs through deliberate statutory reform or through ad hoc commercial renegotiation.
- Retail pricing is largely flat-rate;
- Interconnection between access networks and large platforms is often settlement-free;
- The largest marginal traffic generators frequently pay $0 at the interface;
- Cost recovery shifts to retail ARPU rather than upstream usage pricing.
The system implicitly assumes traffic symmetry — a condition that no longer reflects current traffic concentration patterns.
The Economic Logic
Across infrastructure sectors:
- Heavy users pay more.
- Fees scale with volume, weight, capacity, or transactions.
- Large users often trigger and co-finance upgrades.
- Usage-based charges are considered normal cost allocation, not punitive measures.
Broadband interconnection is the exception. If statutory reform does not correct the imbalance, economic pressure may push toward a usage-based charging model organically. That outcome would represent a transition from today’s cost-shifting framework to a cost-internalization framework. While economically rational, it may not guarantee the statutory objectives of universal service.
Policy Implication
Congress faces two pathways:
- Modernize the contribution base in a predictable, statutory manner, reducing regressive consumer burdens while preserving universal parity; or
- Allow market negotiations to evolve toward traffic-metered, capacity-priced interconnection regimes that internalize costs but may produce uneven outcomes.
The first option provides stability, transparency, and Congressional oversight.
The second relies on private ordering and may generate greater volatility.
Either path reflects the same economic principle:
Infrastructure sustainability requires proportional contribution from its largest users.
Broadband underpins America’s $5 trillion digital economy, yet it operates under a structurally broken business model. It is the only essential infrastructure sector in which the largest marginal users impose the greatest network costs while paying nothing at the point of impact. No energy grid, highway system, or water network functions this way—and neither should the networks that power modern commerce, innovation, and national competitiveness. Unless policymakers correct this imbalance, the United States will continue to face chronic infrastructure shortfalls, papered over by taxes, subsidies, and regulatory workarounds. Digital leadership requires a funding model that aligns costs with use and restores broadband’s economic foundation.
[1] Visa Inc., Interchange Reimbursement Fees (public schedules); Mastercard, Interchange Programs.
[2] Federal Energy Regulatory Commission (FERC), Electric Rate Design Principles; regional utility tariff schedules (demand charges).
[3] U.S. Dep’t of Energy, United States Data Center Energy Usage Report (Lawrence Berkeley National Laboratory 2016); International Energy Agency, Data Centres and Data Transmission Networks (2023) (discussing hyperscaler procurement and grid integration practices).
[4] U.S. Dep’t of Transportation, Federal Highway Administration, Highway Trust Fund funding mechanisms.
[5] Federal Aviation Administration, Passenger Facility Charge (PFC) Program (49 U.S.C. § 40117).
[6] Surface Transportation Board, Rail Access and Track Usage Charge regulations.
[7] U.S. Environmental Protection Agency, Drinking Water and Wastewater Utility Rate Setting Guidance.
[8] TeleGeography, Global Internet Geography Report (transit pricing trends).
[9] Public disclosures of major CDN pricing models (e.g., Akamai, Cloudflare investor materials).