A simplified Jira clone built with Angular, ng-zorro and Akita

Tetris game built with Angular and Akita 🎮

A smorgasbord of modern .NET tech written with functional and asynchronous patterns

Speech-to-text and keyboard input captions for OBS.

🐶Dogokit Akita: Full stack app development guideline with various tech ecosystem - TypeScript, React, Tailwind, etc

Plugin akita for managing filters

This project provides firmware to turn an ESP32-C3 (or compatible ESP32 variant) into a multi-interface Reticulum Network Stack gateway node. It allows devices communicating via different physical layers (WiFi UDP, ESP-NOW, Serial, Bluetooth) to exchange Reticulum packets seamlessly.

This project provides a bridge between Meshtastic and Meshcore networks, enabling seamless communication between the two.

😍 Manage Angular forms with Akita

This project provides ZModem file transfer capabilities for Meshtastic networks.

An opiniated Angular setup based on Angular and Flex to kickstart an Akita project

Akita DDNS is a robust, decentralized, and dynamic destination naming system (DDNS) built specifically for the [Reticulum Network Stack](https://reticulum.network/). It provides a resilient alternative to traditional centralized DNS for mapping human-readable names to dynamic Reticulum identities (RIDs) within a mesh network.

Riot 4 Sample Project: Riot + Axios + Akita + Navigo + Bootstrap

Akita-Zmodem-MeshCore is a robust file transfer utility developed by Akita Engineering (www.akitaengineering.com). It enables reliable file and directory transfers over low-bandwidth, high-latency MeshCore networks (based on ripplebiz/MeshCore) using the venerable Zmodem protocol.

This project demonstrates a method for allowing multiple applications running on the same machine (e.g., a Raspberry Pi) to control and interact with a single Meshtastic node simultaneously.

Version Control Client Utility

A course about Akita in Angular implementation

This app is using React with TypeScript and ES6, purely based on React Hooks (Functional Components)

AERP is a standalone Python application designed to enhance safety, communication, and coordination using the Meshtastic mesh network, particularly valuable in Search and Rescue (SAR) operations, disaster response, or any situation where reliable off-grid communication is critical.

This project transforms your vehicle into a mobile Reticulum Network Stack node. Utilizing an ESP32 microcontroller, it interfaces with a Bluetooth Low Energy (BLE) OBD-II adapter to gather real-time vehicle diagnostics and a GPS module for location tracking.