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40rbidd3n/hydro0x01

Analysis updated 2026-05-18

229TypeScriptAudience · generalComplexity · 4/5Setup · hard

TLDR

An open-source automation and monitoring system for hydroponic gardens, using sensors and a dashboard to control pumps, lights, and nutrients.

Mindmap

mindmap
  root((HydroponicOne))
    Hardware
      ESP32 board
      pH sensor
      Conductivity sensor
      Water level sensor
    Backend
      Local server
      Config database
      History database
    Dashboard
      Real time view
      Pump control
      Light control
    Use cases
      Home herb garden
      Small commercial grow

Code map

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filefunction / class

What do people build with it?

USE CASE 1

Automatically dose nutrients and run lights on a schedule for a hydroponic garden.

USE CASE 2

Monitor water pH, conductivity, temperature, and humidity in real time from a dashboard.

USE CASE 3

Get alerts when sensor readings drift out of range without checking manually.

What is it built with?

TypeScriptESP32

How does it compare?

40rbidd3n/hydro0x01fastify/demosignal-probability-engine/weather-prediction
Stars229227220
LanguageTypeScriptTypeScriptTypeScript
Last pushed2026-06-30
MaintenanceActive
Setup difficultyhardmoderatehard
Complexity4/53/54/5
Audiencegeneraldeveloperdeveloper

Figures from each repo's GitHub metadata at analysis time.

How do you get it running?

Difficulty · hard Time to first run · 1day+

Requires an ESP32 microcontroller plus wiring and sensor calibration alongside the server.

In plain English

HydroponicOne is an open-source system for automating and monitoring hydroponic gardens, the kind where plants grow in water rather than soil. The gap it fills is between cheap hobbyist setups and expensive industrial equipment: it gives you professional-grade automation without the enterprise price tag. The system works in two parts. A small microcontroller board (an ESP32) sits in your growing environment, reading sensors for water pH, electrical conductivity, water level, temperature, and humidity. It then sends all that data wirelessly over a secure messaging protocol to a backend server running on your local network. That server stores the data in two databases, one for settings and configuration, the other for historical sensor readings over time. A web dashboard lets you view everything in real time and control pumps, lights, and ventilation fans automatically based on the sensor readings. You would use this if you run a hydroponic setup, from a home herb garden to a small commercial grow, and want the system to automatically dose nutrients, switch lights on a schedule, and alert you when something is off, all without manually checking readings or buying proprietary automation hardware. The whole project is open-source, self-hosted on your own hardware, and documented with wiring diagrams and calibration guides.

Copy-paste prompts

Prompt 1
Help me wire up an ESP32 board to run HydroponicOne's sensors.
Prompt 2
Explain how to set up the backend server and dashboard for HydroponicOne on my home network.
Prompt 3
Walk me through calibrating the pH and conductivity sensors for this system.

Frequently asked questions

What is hydro0x01?

An open-source automation and monitoring system for hydroponic gardens, using sensors and a dashboard to control pumps, lights, and nutrients.

What language is hydro0x01 written in?

Mainly TypeScript. The stack also includes TypeScript, ESP32.

How hard is hydro0x01 to set up?

Setup difficulty is rated hard, with roughly 1day+ to a first successful run.

Who is hydro0x01 for?

Mainly general.

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