Low-rate radio
Short messages, positions, sensor readings, and tiny packets. Long reach; very little bandwidth.
LoRa · Meshtastic · RNodeINDUSTRY NEXT / FIELD OBJECT 005 / AUGUST 2026
Open projects for talking across a field, linking two windows, hosting a block’s own movies and music, and listening to small machines moving through the sky.
FIELD TEST 001 / NEW / PLAYABLE
Choose a real modeled satellite pass over El Segundo, rehearse it with a tiny browser instrument, print the picnic score, then build the receiving ear.
Play the Satellite Picnic LIVE ORBITAL MODEL / REHEARSED SOUND / NO RADIO CONNECTED01 / KEEP THE LAYERS HONEST
A mesh is not one magic radio. It is several useful layers that can meet without pretending to be the same thing.
Short messages, positions, sensor readings, and tiny packets. Long reach; very little bandwidth.
LoRa · Meshtastic · RNodeWi-Fi-class connections between known points. Line of sight, mounting, and local spectrum rules matter.
OpenWrt · 802.11s · LibreRouterA small computer serves movies, music, live video, maps, books, games, and bulletin boards nearby.
Kiwix · Owncast · JellyfinReceive and decode signals from orbit. Start receive-only; transmitting can require licenses and coordination.
TinyGS · SatNOGS02 / NINE DIRECTIONS
Filter by the feeling you want. Every card names the open layer and the honest limit.
Showing all 9 build directions.
COMMUNICATION / NO CELL TOWER
Three small LoRa boards become a low-power text and telemetry mesh for a walk, event, or neighborhood check-in.
COMMUNICATION / MAKE THE RADIO
Turn common LoRa development boards into RNodes, then use Reticulum for an encrypted local network with no central address authority.
DIRECTIONAL / COMMUNITY NETWORK
Start with a measured two-point link. Add a third node only after the first path works. Serve a local page before adding internet backhaul.
ORBIT / FIRST SATELLITE EAR
Flash a supported ESP32 LoRa board, point an antenna upward, and join a collaborative network receiving small satellites.
ORBIT / ROTOR + RECEIVER
Build a modular ground station that schedules observations, tracks low-Earth-orbit satellites, and contributes reception to a public network.
KNOWLEDGE / LOCAL WI-FI
A Raspberry Pi creates its own Wi-Fi network and serves an intentionally chosen shelf of books, maps, manuals, and reference material.
LIVE MEDIA / ONE CAMERA
Run one live video channel and chat from a small local server. Point OBS at it, then invite nearby browsers over your own network.
MEDIA / SHARED SHELF
Serve a rights-cleared collection of local music, movies, photos, and recordings to phones and projectors on the same network.
LISTENING / SHARED RADIO WINDOW
Put a software-defined receiver somewhere electrically quiet, attach the right antenna, and let several local browsers listen at once.
03 / COMBINE THE LAYERS
Hardware is the floor. A shared local thing—music, maps, messages, a game, the sky—is what brings people back.
OpenWrt local Wi-Fi + Owncast + one camera + one projector.
OUTPUT: A LIVE BLOCK CHANNELThree Meshtastic nodes + a printed meeting map + agreed check-in language.
OUTPUT: A TINY SOCIAL PROTOCOLTinyGS + pass predictions + a speaker or light driven by received packets.
OUTPUT: ORBIT AS LOCAL THEATERKiwix + local stories + repair manuals + a simple page listing who maintains the shelf.
OUTPUT: A PLACE THAT REMEMBERS04 / START SMALL ENOUGH TO FINISH
Host one local page or offline library. Let five people use it. Write down what they came for.
Measure one link between known places. Log line of sight, signal, power, weather, and permission.
Add a redundant path and a second useful service. Name a maintainer before naming a coverage area.
05 / SOURCE SHELF / PRIMARY PROJECTS
Compatibility, licensing, radio rules, and releases change. These links go to each project’s own documentation or source.
Curated 03 August 2026. Inclusion is not endorsement or a claim that every compatible board has open hardware files. Read each project’s current license and supported-hardware list before buying or building.