Custom IoT Hardware and PCB Design
From schematic to production-ready boards, we design custom circuits for connected devices, sensor integration, and embedded systems. Professional PCB design with Altium and KiCad.
Complete 360° PCB Design Service
From concept to production, we accompany you at every stage of the hardware development lifecycle. A single partner for your entire electronics project—no handoffs, no integration headaches.
We cover the full stack: requirements and architecture, schematic design, PCB layout, prototype assembly, manufacturing files, and firmware integration.
Concept & Architecture
Requirements analysis, system architecture, and component selection. We define the right approach for your product from day one.
Design & Manufacturing
Schematic capture, PCB layout with DFM, and production-ready files (Gerber, BOM, pick & place). Optimised for cost and reliability.
Prototype & Production
Assembly, debugging, validation, and production support. We work with trusted manufacturing partners for volume production.
Firmware & Embedded Software
Hardware is only half the story. We develop embedded firmware and software that brings your boards to life—from bootloaders and drivers to application logic and connectivity.
We work with FreeRTOS, Zephyr, and bare-metal approaches. Whether you need Bluetooth, WiFi, LoRa, or custom protocols, we integrate the stack that fits your product.
Our firmware integrates seamlessly with the hardware we design. We write efficient, maintainable code in C/C++ and Rust, with proper testing and documentation.
RTOS & Bare-Metal
FreeRTOS, Zephyr RTOS, or bare-metal for maximum control. We choose the right approach for your power and latency constraints.
Connectivity
Bluetooth LE, WiFi, LoRa, Zigbee, Thread. Drivers, protocols, and OTA updates for connected products.
Debug & Validation
OpenOCD, J-Link, logic analysers. We debug at the board level and validate firmware before production.
CI/CD & Versioning
Git, automated builds, unit tests. Firmware as code—versioned, reviewed, and deployable.
Hands-on Experience
Our team has designed and delivered numerous PCB projects—from simple sensor boards to complex multi-layer IoT devices. We work closely with manufacturing partners to ensure designs are production-ready and cost-optimized.
- Schematic design and PCB layout from concept to manufacturing files (Gerber, BOM)
- Prototype development and assembly—soldering, component placement, and testing
- Sensor and connectivity integration for IoT devices and embedded systems
- Multi-layer board design for complex applications and high-density layouts
- Collaboration with manufacturing partners for DFM and volume production
Prototyping Platforms
We prototype with industry-standard platforms to validate ideas quickly before committing to custom hardware. Fast iteration, real hardware.
Arduino
Rapid prototyping with Arduino and compatible boards. Ideal for sensors, actuators, and proof-of-concept demos.
Raspberry Pi
Full Linux SBCs for complex applications: computer vision, edge AI, gateways, and media devices.
STM32
ARM Cortex-M microcontrollers for real-time, low-power embedded systems. Industrial-grade reliability.
Espressif
ESP32/ESP8266 for WiFi and Bluetooth connectivity. Perfect for IoT, wearables, and connected devices.
Others
Teensy, BeagleBone, PIC, Nordic nRF, and other platforms when the project demands it. We adapt to your needs.
Design Tools We Use
We work with industry-leading PCB design tools to deliver professional-grade results. From enterprise solutions to open-source alternatives, we choose the right tool for your project.
Altium Designer
Industry-leading professional PCB design software. Altium Designer offers advanced features for complex multi-layer boards, high-speed design, and seamless integration with mechanical CAD. Ideal for production-grade designs and demanding applications.
KiCad
Powerful open-source electronics design automation suite. KiCad provides schematic capture, PCB layout, 3D visualization, and manufacturing file generation. Perfect for startups, hobbyists, and projects that benefit from open-source flexibility and zero licensing costs.
LTSpice
SPICE circuit simulation for analog and mixed-signal design. We simulate before we build to validate circuits and optimise component values.
Git
Version control for schematics, PCB files, and firmware. Every design is tracked, reviewed, and reproducible.
OpenOCD / J-Link
OpenOCD, J-Link, ST-Link for in-circuit debugging and flashing. We debug firmware directly on target hardware.
Strumenti di laboratorio
Oscilloscopes, multimeters, logic analysers, soldering stations. A complete lab for prototyping and validation.
Design Your PCB
Contact our PCB design experts to discuss your IoT hardware needs. From concept to production, we'll help you bring your electronic product to life.