PRACTICAL SOLUTIONS. CONNECTED SYSTEMS.

Understand it.
Connect it.
Make it work.

Equipment troubleshooting, custom monitoring, and automation grounded in hands-on manufacturing and fabrication experience. Bring the machine, the controls, and the information together.

View live monitoring demo →

From the shop floor to the dashboard.
Hands-on experience · Central Florida

SYSTEM EXPLORERSIMULATED DATA
UTILITY MONITOR / 01

Cooling system

Normal
Leaving water5.6 °C
Capacity46 %
Water temperatureILLUSTRATIVE TREND
Illustrative stable cooling water temperature trend
30 minutes agoNow
Equipment→ESP32→Linux→Alert

Equipment signal → recorded event → useful information.

Try a fault to see the signal become an alert.
No equipment is connected and no messages are sent.

BUILT TO CONNECT THE GAPS
ESP32LinuxModbusMQTTCO₂ laserSQL
PRIVATE PREVIEW

01 / SELECTED WORK

Real problems.
Practical systems.

Explore Peter Upfield’s working systems, development projects, and manufacturing experience. Each example explains the problem, the work, and its relevance to your equipment.

Showing all 8 examples.

02 / WHAT WE CAN BUILD

Start with the problem.
Connect what matters.

A useful system has a clear job. Choose a starting point to see how field hardware, software, and information fit together.

SIGNAL TO AWARENESS

Know what's happening.
Know when it changes.

Capture equipment states, temperatures, pressures, and heartbeats. Record changes and present the conditions that need attention.

  1. Equipment signal
  2. ESP32 gateway
  3. Linux event history
  4. Dashboard / alert
  • Equipment running, stopped, or unavailable
  • Threshold alarms and recovery timing
  • Missing heartbeats and device health

Integration with a clear boundary. Monitoring can begin with read-only access. Control changes are scoped separately, with equipment interlocks and safety functions kept in their designated control systems.

03 / THE APPROACH

Built by someone
who understands
the equipment.

Peter Upfield’s background spans a fabrication shop, CNC equipment he built himself, and four years helping bring an IV-bag manufacturing facility from construction into operation. Current equipment includes a CO₂ laser. That background connects physical equipment with the systems that monitor and control it.

His project work extends from ESP8266 database monitoring in 2023 to Linux services, cellular alerts, hydraulic gate sensing, and dedicated touchscreen controls. The focus is a useful result: clearer operating information, a better interface, or a well-defined equipment improvement.

PETER UPFIELD THE IRON EASEL, LLC · CENTRAL FLORIDA
01

Understand the system

Start with the equipment, available signals, and the question you need answered.

02

Demonstrate the idea

Prove a focused data path or interface before expanding the scope.

03

Define the working solution

Agree on installation, documentation, access, maintenance, and the limits of the system.

HAVE AN EQUIPMENT OR DATA PROBLEM?

Let's map out
a useful first step.

Tell Peter what you’re working on, what’s giving you trouble, or what you’d like to build.

Peter@TheIronEasel.com863-288-0617
Prepared in your browser. Nothing is submitted.

The problem

The work

What it enables

PROJECT CONTEXT

A USEFUL FIRST CONVERSATION

Map your system.

Capture the essentials. Your brief stays in this browser until you copy or download it.

This private prototype does not send inquiries or connect to equipment. Email your exported brief to Peter@TheIronEasel.com or call 863-288-0617.