Every Layer Has a Router — Hurricane Electric (Layer 3) and OpenRouter (Layer 7)
Hurricane Electric (AS6939) routes IP packets. OpenRouter routes API calls to LLM providers. Same job, different layer:
| Hurricane Electric | OpenRouter | |
|---|---|---|
| Layer | 3 (IP packets) | 7 (Inference requests) |
| Product | IP transit + peering | Unified LLM API |
| Network | 10,500+ peered networks | 300+ models from 30+ providers |
| Pricing | ~$0.20/Mbps (commodity transit) | 10-30% markup on inference |
| Adjacent revenue | Colocation, transport, hardware | Enterprise billing, rate limiting |
| Strategy | Loss leader transit → peering empire → colo lock-in | Thin-margin routing → volume → premium features |
The Structural Pattern
Both companies built a commodity router at their layer:
Make it cheap — HE sells transit at or near cost (often below Tier 1 pricing). OpenRouter takes a tiny margin on each API call (often 10-15%).
Make it universal — HE peers with everyone (open peering policy). OpenRouter adds every model provider (even competitors).
Grow by being the default — When a Tier 2 ISP needs IPv6, they call HE. When a developer needs to ship an AI feature without evaluating every model API, they call OpenRouter.
Monetize the adjacencies — HE makes real money on colocation cages and transport circuits, not transit. OpenRouter makes real money on enterprise billing, rate limits, and analytics, not API call margins.
The Network Effect
Both benefit from a cross-side network effect:
More networks/providers → more value for consumers → more consumers → more volume → better terms for producers → more providers. The router sits in the middle and captures the spread.
The Defense
HE is hard to displace because: - 320+ IXP presences are physical — you can’t replicate them in software - 10,500+ peer relationships take years to build - The colocation cages at Equinix/Global Switch are long-term leases
OpenRouter is hard to displace because: - Provider integrations (30+ APIs, each with unique auth, formatting, billing) are a moat - Developer workflows built around the unified API create switching cost - Volume pricing with providers gets better with scale
Both are infrastructure middlemen that win by being the easiest way to access a fragmented supply side.
Why This Matters
This pattern repeats across layers of the stack:
| Layer | Commodity | Router |
|---|---|---|
| 1 (Physical) | Dark fibre | Neutrona / Equinix Fabric |
| 2 (Data link) | Ethernet | Carrier Ethernet exchanges |
| 3 (Network) | IP transit | Hurricane Electric |
| 7 (Application) | LLM inference | OpenRouter |
Every layer that fragments into many producers and many consumers will eventually produce a commodity router that captures the middle. The router doesn’t need to be the best at anything — it needs to be the easiest way to connect everything.
Sources: Hurricane Electric network page, OpenRouter docs, HE peering policy (AS6939), OpenRouter pricing page.