Introduction

Pipe Network is the permissionless full-stack cloud, designed to deliver, store, and route data with hyperscaler-grade performance — but built on a fundamentally different architecture. Instead of relying on centralized data centers, Pipe leverages a fabric of hyperlocal PoP (Points of Presence) nodes operated permissionlessly around the world. This makes Pipe faster, more resilient, and more cost-effective than traditional cloud or CDN providers.

The Power of Pipe PoP Nodes

Conventional CDNs place infrastructure in a handful of metro hubs. Pipe’s innovation is its hyperlocalized PoP nodes, deployed as close as ~50 miles from end users — inside ISP facilities, local IXPs, or even community-operated locations. These PoPs are not controlled by a single corporation but can be run by anyone, from ISPs and enterprises to independent operators. The result is:

• Ultra-low latency: sub‑10ms RTTs, often approaching LAN-like speeds.

• Higher throughput: optimized TCP performance due to reduced Bandwidth‑Delay Product (BDP) .

• Resilience: no single points of failure, with dynamic routing around congestion and outages.

• Accessibility: coverage in underserved and rural regions where hyperscalers rarely deploy.

This decentralized hyperlocal model sets Pipe apart from hyperscalers, enabling a dense global network that grows organically as new participants deploy PoPs.

Products

Pipe Network provides a unified stack built on the PoP fabric:

• Pipe CDN – Hyperlocal content delivery designed for video, gaming, dApps, and AI workloads. Proven by Solana Snapshots to reduce sync time by up to 30%.

• Firestarter Storage – Decentralized origin storage integrated with delivery, hosting datasets like Solana’s Proof-of-History archive (1PB+, 350M+ files).

• P1 Overlay Network – A software-defined routing layer that stitches the fastest paths across multiple networks in real time, delivering higher reliability than single-provider backbones.

Together, these products offer developers a full-stack alternative to hyperscalers — one that is open, resilient, and powered by thousands of hyperlocal PoPs.

Pipe vs. Hyperscalers

Feature	Hyperscalers	Pipe Network
Infrastructure Model	Centralized data centers in limited regions	Distributed hyperlocal PoP nodes run permissionlessly
Latency	Optimized regionally, often >20ms	Sub‑10ms from hyperlocal PoPs
Scalability	Requires capital‑intensive buildout	Scales organically as new participants deploy PoPs
Control	Centralized ownership and governance	Community‑driven, permissionless participation
Economics	Proprietary pricing and opaque fees	Transparent, token-aligned incentives
Resilience	Single points of failure at the region level	Mesh routing + overlay reroutes instantly around issues

---