Akita Engineering
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ESP32-C3-Reticulum-Node
ESP32-C3-Reticulum-Node PublicThis project, developed by Akita Engineering, provides a ready-to-deploy Reticulum node implementation for the ESP32-C3 microcontroller. It allows you to create a plug-and-play Reticulum node that …
C++ 6
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Akita-Dynamic-DDNS-for-Reticulum
Akita-Dynamic-DDNS-for-Reticulum PublicAkita Dynamic DDNS for Reticulum is a distributed, dynamic destination naming system (DDNS) designed for the Reticulum network. It provides a robust and decentralized way to associate human-readabl…
Python 4
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Meshtastic-Zmodem
Meshtastic-Zmodem PublicThis project provides a ZModem protocol plugin for Meshtastic, enabling the transfer of binary files over the LoRa mesh network.
C++ 3
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Akita-Meshtastic-Meshcore-Bridge
Akita-Meshtastic-Meshcore-Bridge PublicThis project provides a bridge between Meshtastic and Meshcore networks, enabling seamless communication between the two.
Python 3
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Akita-Zmodem-for-Reticulum
Akita-Zmodem-for-Reticulum PublicAkita Zmodem is a robust and efficient Zmodem file transfer implementation designed specifically for the Reticulum network. It provides reliable file transfers over unstable or high-latency network…
Python 3
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Akita-Zmodem-MeshCore
Akita-Zmodem-MeshCore PublicAkita-Zmodem-MeshCore is a robust file transfer utility for MeshCore networks, enabling reliable file transfers over low-bandwidth, high-latency mesh networks using the zModem protocol.
Python 2
Repositories
- Akita-WAIS Public
Akita WAIS is a decentralized Wide Area Information Server (WAIS) implementation designed for the Reticulum network. It allows users to discover, browse, and retrieve files from servers across the Reticulum mesh.
- Akita-MeshFS Public
Akita MeshFS is a distributed, secure, and peer-to-peer encrypted file system designed for the Reticulum network. It aims to provide ZFS-like capabilities in a decentralized environment, optimized for both mobile and desktop use.
- Akita-Dynamic-DDNS-for-Reticulum Public
Akita Dynamic DDNS for Reticulum is a distributed, dynamic destination naming system (DDNS) designed for the Reticulum network. It provides a robust and decentralized way to associate human-readable names with dynamic Reticulum identities (RIDs).
- Akita-Switch-for-Meshtastic Public
The Akita Switch is a versatile sensor/actuator system designed to extend the capabilities of Meshtastic devices, particularly those based on the ESP32 platform like the Heltec LoRa 32 v3. It enables remote monitoring and control of sensors and terminal blocks through a web interface and Meshtastic network.
- Akita-CarNode-for-Reticulum Public
This project turns your vehicle into a Reticulum network node using an ESP32, an open-source Bluetooth OBD-II adapter, a GPS module, and either WiFi or LoRa (via a Heltec V1.1). It gathers vehicle data (RPM, speed, temperature), GPS location, and transmits it over the Reticulum network.
- Akita-Reticulum-Enhancement-System Public
The Akita Reticulum Enhancement System is designed to elevate the Reticulum network stack by providing robust, modular, and feature-rich enhancements.
- Akita-Geofence-Notifier-for-Meshtastic Public
This Akita Engineering project implements a geofencing and distance-based notification system for Meshtastic devices, leveraging GPS data. It allows users to define geofences, track node distances, and receive notifications based on various conditions, including entering/exiting geofences, distance changes, and node stationary status.
- Akita-Reticulum-Web-Services Public
This repository contains two Python scripts that provide a basic text-based web browser and web server for the Reticulum network.
- Akita-Genesis-for-Reticulum Public
Akita Genesis is a foundational framework for building distributed systems. It provides core components for node discovery, cluster formation, task management, resource monitoring, and inter-cluster communication.
- Akita-Zmodem-for-Reticulum Public
Akita Zmodem is a robust and efficient Zmodem file transfer implementation designed specifically for the Reticulum network. It provides reliable file transfers over unstable or high-latency networks, with built-in resume capabilities and advanced error correction.