If IPv4 Were Land
Ever wondered what the world would look like if countries' sizes were determined by their IPv4 address holdings instead of physical landmass? This fascinating project redraws the global map to visualize digital real estate. It's a clever, thought-provoking way to highlight the uneven distribution of a crucial internet resource, resonating with HN's love for data visualization and resource allocation insights.
The Lowdown
The "If IPv4 Were Land" project by rokostik presents a unique conceptual mapping exercise, transforming the traditional world map by assigning land area to countries based on their share of global IPv4 addresses. This innovative visualization offers a fresh perspective on geopolitical influence, not through physical territory, but through digital resources.
- The core methodology calculates a country's "IPv4 area" proportionally:
(country's IPv4 addresses ÷ world IPv4 addresses) × world land area. - Land area data is derived from the 1:110m Natural Earth outline, ensuring consistency, and specifically excludes Antarctica.
- The analysis focuses on countries possessing at least 100,000 IPv4 addresses and a physical land area of 20,000 km², filtering out smaller entities.
- IPv4 address counts are sourced from the IP Trust geolocation database, utilizing data current as of October 2026.
- Notably, about 70 small but significant territories like Hong Kong, Singapore, and Mauritius, accounting for approximately 52 million IPv4 addresses, are omitted due to resolution limitations of the map geometry.
This project provides a striking visual metaphor, effectively translating abstract technical resource distribution into a tangible geographic representation that challenges conventional perceptions of global power and connectivity.