IoT Research Prototype Framework

TechyIoT

Connected Sensors, Telemetry and Remote Monitoring

A configurable IoT framework connecting sensor nodes, ESP32 hardware, MQTT or HTTP telemetry, dashboards, alerts and remote device monitoring.

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Connected ESP32 sensor and IoT monitoring system
Product Overview

A configurable solution shaped around real operating requirements

What it does

TechyIoT combines device firmware, communications and web monitoring components for proof-of-concept and scoped operational telemetry systems.

Problems addressed

It addresses manual readings, limited remote visibility, delayed alerts and disconnected device data in monitoring workflows.

Typical users

Typical users include agriculture teams, facilities, laboratories, equipment operators, researchers and organizations validating a connected-device concept.

Functional Scope

Core Features

Sensor-node integration

ESP32 and related controllers can connect appropriate environmental or equipment sensors.

Resilient telemetry

MQTT or HTTP communication is selected around connectivity, payload and reliability needs.

Monitoring dashboards

Current and historical readings can be presented with device and threshold context.

Alerts and device status

Defined conditions can trigger notifications while device health remains visible.

Solution Components

Product Modules

Module status distinguishes configurable capabilities from feasibility prototypes and planned extensions.

Configurable

Device Firmware

Sensor acquisition, buffering and communication logic.

Configurable

Telemetry Gateway

Authenticated ingestion through MQTT or HTTP.

Configurable

Cloud Dashboard

Devices, readings, history and operational status.

Configurable

Alert Rules

Threshold and state-based notification workflows.

Prototype

Remote Device Management

Configuration and fleet-status concepts.

Planned

Edge Analytics

Local filtering or inference feasibility.

Implementation Options

Technologies & Integrations

Final technologies are selected during architecture based on the required deployment, integration and operational constraints.

ESP32C/C++ or MicroPythonMQTTHTTP APIsNode.jsTime-series storage
Practical Context

Industry Applications

Smart agriculture
Environmental monitoring
Remote equipment
Facility telemetry
Research sensing
Industrial prototypes
Delivery

Implementation Approach

01

Discovery & Requirements

02

Solution Architecture

03

Development or Configuration

04

Integration & Testing

05

Handover & Support

Technical Consultation

Discuss TechyIoT for Your Requirements

Review the intended users, workflows, integrations and technical constraints with our engineering team.

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