Custom Electronics & Embedded Systems

From prototype to finished product. We design smart electronic systems and custom embedded solutions — to automate, monitor, and connect the physical world.

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About this service

Your problem isn't in software. It's in the real world.

Some challenges that web applications simply can't solve alone.
A sensor that needs to measure in real time. A machine that must switch on automatically.
A system that needs to react to its physical environment. 🔌

That's the territory of embedded electronics — and it's where we thrive.


Real needs that few agencies know how to address

  • You have equipment or a machine you want to make smart and connected
  • You need to monitor physical parameters remotely: temperature, humidity, level, presence…
  • You want to automate an industrial or domestic process with no standard solution available
  • You have an electronic product concept and need a team to prototype it
  • Your business needs a specific embedded system that doesn't exist off the shelf

These needs are real, precise, and they require expertise most web developers simply don't have. 🎯


What we do: from hardware to software, all the way to the cloud

At Coding Industry, we master the entire chain — from the electronic component
to the web interface that lets you control everything from your phone.

What we design and develop:

  • 🔧 Electronic circuit design — Schematics, PCB design, component selection tailored to your need
  • 🧠 Microcontroller programming — Arduino, ESP32, STM32, Raspberry Pi, and other embedded platforms
  • 📡 Connected IoT systems — Sensors and actuators linked to the cloud via WiFi, Bluetooth, LoRa, GSM
  • 🏭 Industrial automation & home automation — Motor control, relays, valves, lighting, HVAC
  • 📊 Monitoring dashboards — Visualise and control your systems from a web or mobile interface
  • 🔋 Energy optimisation — Low-power systems for battery-operated autonomous solutions
  • 📦 Prototyping & pre-series — From concept to working prototype, ready to test or industrialise

Real-world applications

  • 🌡️ Environmental monitoring stations (temperature, humidity, CO2, air quality)
  • 💡 Smart lighting and energy management systems
  • 🚪 Access control and embedded security systems
  • 🚜 Remote monitoring of agricultural or industrial equipment
  • 🏗️ Structural monitoring sensors (bridges, buildings, tanks)
  • 🤖 Automated robots and mechanical systems

What you get

  • ✅ A system designed from scratch to meet your exact need
  • ✅ A hardware + software + connectivity solution delivered ready to use
  • ✅ A testable, scalable prototype, ready for production
  • ✅ Complete technical documentation for maintenance
  • ✅ A team that understands both the physical and digital worlds

"AI and software transform data. Embedded electronics transforms the real world — sensor by sensor, signal by signal."


Facing a technical challenge in the physical world?
Describe your need to us — even if you don't yet have the technical words for it.
We'll help you frame it and solve it.

What you gain

  • Full design: electronic schematics, PCB layout, and component selection
  • Arduino, ESP32, STM32, Raspberry Pi, and other platform programming
  • Connected IoT systems via WiFi, Bluetooth, LoRa, and GSM
  • Custom industrial automation and home automation
  • Web or mobile dashboard to control your systems remotely
  • Rapid prototyping — from idea to working prototype
  • Low-power solutions for battery-operated autonomous environments
  • Complete technical documentation delivered with every project
  • Full-stack mastery: hardware, firmware, and cloud

How we work

Our proven methodology for delivering results

  1. 1

    Needs Analysis

    You describe your technical challenge: what you want to measure, control, or automate. We ask the right questions to understand physical, environmental, and budget constraints.

  2. 2

    Design & Technology Choice

    We design your system architecture: component selection, embedded platform, communication protocol, and electronic schematic. You validate before anything is built.

  3. 3

    Development & Prototyping

    We develop the firmware, assemble the prototype, and program the control logic. Each component is individually tested before integration.

  4. 4

    Field Testing & Validation

    We test the system under real-world conditions: load, temperature, connectivity, battery life. Adjustments are made until full validation is achieved.

  5. 5

    Delivery & Documentation

    We deliver your working system with complete technical documentation — schematics, commented source code, maintenance guide — so you can evolve the solution independently.

Do you have a project in mind?

Let's discuss it and find the best solution together.

Get a free quote