CatchupWeb Consulting Services

Raspberry Pi, Arduino & ESP32 Solutions

Custom embedded hardware and firmware for industry — Raspberry Pi, Arduino and ESP32 systems designed, coded and supported by senior engineers.

Senior-led delivery Institutions only STEM capability
School leadership looks for Clear priorities. Practical plans. Senior attention.

CatchupWeb designs, codes and supports custom embedded hardware for industry: Raspberry Pi, Arduino and ESP32 systems built for factory floors, farms, buildings and field deployments — not hobby boards in a 3D-printed box.

Raspberry Pi single-board computer line drawing
Edge Linux
Arduino microcontroller board line drawing
Real-time control
ESP32 wireless module line drawing
Wireless telemetry

What we build

  • Raspberry Pi — edge gateways, industrial kiosks and dashboards, digital signage, camera and vision systems, protocol converters, field-ready Linux devices
  • Arduino — sensor nodes and deterministic control loops where real-time response matters: pumps, motors, valves, retrofitted machine interfaces
  • ESP32 — Wi-Fi and Bluetooth telemetry, low-power battery sensors running for months, MQTT device fleets with over-the-air updates

The coding is included

  • Firmware in C/C++ and MicroPython, written for the hardware, not copy-pasted from tutorials
  • Integration into your systems: MQTT, HTTP, Modbus, SQL databases, existing dashboards or ones we build
  • Over-the-air update pipelines so devices in the field get fixes without a site visit
  • Watchdogs, power handling and failure recovery designed in — devices that survive bad power, bad signal and bad weather

No bullshit

You own the code and the design — no lock-in, no black boxes, no subscription to keep your own equipment running. We tell you which platform fits and which one is overkill. We do not ship proof-of-concepts that die in production, and every build is documented: wiring, code, deployment and recovery steps.

Where this runs

  • Factory and plant monitoring — machine states, counters, temperatures, alerts
  • Cold chain and agriculture — temperature chains, soil and water telemetry
  • Building automation — access, energy metering, environmental control
  • Security and edge AI — camera triggers, local inference, offline-first operation

Engagements start with the problem and the environment, not a parts list. Prototype, pilot, then production — with the same engineers accountable end to end.

Talk to CatchupWeb about embedded solutions

Boards and OS we ship

Raspberry Pi OS

Raspberry Pi 4/5 and Compute Module fleets on Raspberry Pi OS (Debian-based): kiosks, cameras, protocol converters, offline-first gateways.

Orange Pi

Orange Pi SBCs where the job needs more I/O or a different SoC than a Pi — same Linux discipline, images, watchdogs and field updates.

ESP32

Espressif ESP32 for Wi-Fi/BLE telemetry, low-power sensors and MQTT fleets with OTA — firmware in C/C++ or MicroPython.

Your next step

Turn this practice into a
practical first engagement.

Start with the school problem that needs senior attention — results, staff, operations or technology — and get a defined next step.