Factory IoT Monitoring
ESP32 hardware sensors mounted on press machines streaming real-time production counts and stoppage alerts into the Factory MIS.
The Challenge
The Problem Factory IoT Monitoring Solves
Shop-floor stroke counts are recorded on paper registers at the end of each shift, leading to falsified production numbers, unverified contractor billing, and zero visibility into machine idle time.
Who It’s Built For
Designed specifically for teams experiencing bottlenecks in these areas.
Key Features & Architectural Highlights
Engineered for daily resilience, rapid response, and operational reliability.
Non-Intrusive Mechanical Sensors
Rugged industrial inductive proximity and stroke sensors that mount onto machine frames without requiring internal electrical tampering.
Real-Time Telemetry & Idle Detection
Embedded ESP32 microcontrollers calculating stroke frequency, cycle durations, and detecting unlogged machine stoppages greater than 3 minutes.
Direct MIS Dashboard Integration
Automatic WiFi telemetry streaming through n8n workflow queues directly into Factory MIS PostgreSQL tables for live production dashboards.
Under the Hood
Verified Production Stack
Built on battle-tested, maintainable technologies with zero speculative bloat.
Questions & Answers
Frequently Asked Questions about Factory IoT Monitoring
Practical details on implementation, architecture, and daily operations.
Does installing the IoT sensors require modifying our machinery?↓
What happens if factory WiFi disconnects during a shift?↓
How does the IoT hardware integrate with Factory MIS?↓
Ready to Deploy Factory IoT Monitoring?
Connect directly with our engineering team to schedule a walkthrough, discuss custom factory specifications, or set up a pilot.