Devices
Board-owned product lanes
Every board can carry its own screenshots, interaction notes, install state, and hardware caveats.
Trail Mate
Offline Navigation + LoRa Communication
Field firmware for offline maps, LoRa messaging, and team coordination.
A low-power firmware stack for outdoor navigation, GNSS diagnostics, LoRa chat, installable multilingual UI support, team coordination, and protocol interoperability on compact devices you can actually carry into the field.
Latest Release
Waiting for first tagged release
Screenshot Policy
Device pages only claim screenshots that belong to that device. Pager SX1262 has the complete capture lane today; Pager LR1121 has its own release and flasher lane.
Trail Mate is a compact offline field stack: navigation, direct LoRa messaging, team coordination, RF diagnostics, utility tooling, and installable language packs shaped for embedded hardware with tight power and UI constraints.
Capability Map
These lanes make future growth explicit: each area can gain pages, captures, docs, release notes, and board-specific detail without overloading the top navigation.
Devices
Every board can carry its own screenshots, interaction notes, install state, and hardware caveats.
Navigation
Map layers, GNSS diagnostics, route review, and tracker views stay grouped as field navigation.
Protocols
Meshtastic, MeshCore, LoRa runtime work, RF diagnostics, and future protocol notes have a dedicated lane.
Install
Web flashing, manual downloads, OTA assets, and per-board availability can evolve together.
Localization
The site distinguishes homepage language switching from firmware language-pack releases.
Field Tools
SSTV, Energy Sweep, USB data exchange, and diagnostics can become their own focused pages later.
Device Library
The left navigation is ready for a growing hardware catalog. Select a device to see its release status, interaction notes, and only the screenshot set that belongs to that device.
ESP32-S3
SX1262 keyboard Pager target with the most complete captured UI surface today.
Interaction Notes
Navigation
North-up rendering, SD card map tiles, terrain and satellite layers, sky plot, and fix diagnostics keep field navigation readable on constrained hardware.
Communication
Compose LoRa messages on-device, review contacts and activity, and keep small teams aligned without assuming a phone or cloud connection.
Field Utilities
Energy Sweep, SSTV receive, USB data exchange, and tracker views make the device useful beyond a single chat or map screen.
Localization
The homepage itself now switches between English and Chinese. On-device language packs remain release artifacts, with review status visible instead of hidden.
Built-In Default
The device can boot, recover, and stay usable even when no external language packs are installed.
Pack Catalog
Locale, font, and IME resources are shipped as packages so firmware builds stay lean.
Release Gate
Package metadata carries translation status, archive hashes, and package versions for every release.
Catalog
Published locale bundles from the current Pages build will appear here.
Install
Use Google Chrome or Microsoft Edge over HTTPS with a USB data cable. Pick the card that matches the radio chip on your hardware.
ESP32-S3
SX1262 radio build for the keyboard Pager. Do not use this card for LR1121 hardware.
Checking release assets...
ESP32-S3
LR1121 radio build for the Sub-GHz + 2.4 GHz keyboard Pager. Do not flash this onto SX1262 hardware.
Checking release assets...
ESP32-S3
Keyboard + touch build tuned for the T-Deck layout.
Checking release assets...
ESP32-S3
Touch-first watch build for compact field experiments.
Checking release assets...
nRF52
Browser flashing is not wired up for the nRF52 target yet. Use the release package for manual flashing.
Download the packaged firmware from the latest GitHub release.
1. Connect the device with a USB data cable.
2. Put the board into download mode if your hardware requires it.
3. Choose the correct target and let the browser flash the merged image.
Read More
The homepage is now a product surface and device library. The wiki carries architecture, supported hardware, flashing, configuration, protocol boundaries, troubleshooting, and development notes.