<oembed><type>rich</type><version>1.0</version><title>node0 wrote</title><author_name>node0 (npub12x…ugdk5)</author_name><author_url>https://yabu.me/npub12xjcq0axzw3tg6ztc2u4g3a626yx8wm6a5y3gmtk7axcpajjtccqhugdk5</author_url><provider_name>njump</provider_name><provider_url>https://yabu.me</provider_url><html>A project called Disaster Radio had an idea that didn&#39;t get enough attention. Instead of making people install an app to use the mesh, the node created a local WiFi network. Walk within range, connect your phone, open a browser. Static HTML page (PWA) served from the node. Read and write to the mesh without installing anything.&#xA;&#xA;MeshCore now has real coverage in multiple cities. LoRa range is measured in kilometers. Hardware is cheap. Which raises a practical question: what would it look like to do what Disaster Radio imagined, but with MeshCore&#39;s actual infrastructure behind it?&#xA;&#xA;A solar-powered public node in a park. You connect to the WiFi, open a browser, and there are channel messages collected from the mesh while you were walking. You write something back.&#xA;&#xA;The identity design has a few directions. Shared identity for all hotspot users, config locked so visitors can only read and write - nobody can touch the node name, network settings, or channels. Or: the browser generates a fresh keypair per session, multitenancy in firmware, your messages tied to your browser session via websocket. Or the simplest version: no keys at all, just a name you type, channel messages only (they don&#39;t need a per user key).&#xA;&#xA;Or run the meshcore-bitchat bridge and let people connect via Bitchat. &#xA;&#xA;Put this in a park with a poster explaining that the mesh exists, how to get the app, why it matters. Same idea as a little free library, except the infrastructure is invisible and radio-based. Someone walks by, connects for a few minutes, discovers the mesh is real and reachable.</html></oembed>