IoT

Smart Hydroponic Cabinet

Type: Research and Development
Status: Prototype
Year: Not published
Record: ART-RD-001

Connected growing environment / sensing, circulation, lighting, and embedded control

Overview

A connected growing cabinet prototype exploring how environmental sensing and automated control can support small-scale hydroponic cultivation.

Problem

A controlled growing environment depends on several conditions that change over time. Manual observation makes those conditions harder to track consistently and separates monitoring from control.

Proposed Solution

The prototype brings environmental inputs, an embedded control layer, and a monitoring interface into one system so conditions can be observed and control actions can be coordinated.

System Architecture

A functional flow, not a decorative diagram.

This conceptual view communicates the primary system boundaries represented by the current prototype.

Node 01
Environmental Inputs
Sensors capture conditions within the growing enclosure.
Node 02
Embedded Control
A local controller interprets readings and coordinates connected equipment.
Node 03
Connectivity
Telemetry and control state are exchanged with the monitoring layer.
Node 04Output
Monitoring Interface
System conditions and operating state are presented for review.

Key Functionality

01Environmental condition monitoring
02Connected equipment control
03Structured telemetry flow
04Integrated cabinet prototype

Technology Stack

IoT
Embedded systems
Sensors
Automation
Telemetry

Engineering Process

01
System framing
Mapped the growing environment, observable conditions, and controllable equipment.
02
Electronic integration
Connected sensing and control elements through an embedded system.
03
Interface development
Structured telemetry for a clear monitoring workflow.
04
Prototype validation
Reviewed the end-to-end flow from environmental input to control state.