Hardware. Firmware. Software. Built Together.

We design and develop connected electronic products, from PCB and embedded systems to firmware, software, prototyping, and manufacturing.

EMBEDDRONICSSTM32-IoT

PCB Design

Embedded Systems

Firmware Development

Hardware Development

Software Development

Prototyping & Manufacturing

Engineering the Product, Not Just the Prototype

From individual electronics systems to complete connected products, we bring hardware and software development together under one workflow.

01

PCB Design

Schematic design, PCB layout, component selection, power design, signal integrity, DFM, and production documentation.

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02

Embedded Systems

Microcontroller-based systems, sensors, communications, control systems, and custom electronics.

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03

Firmware Development

Embedded firmware, drivers, communication protocols, device control, diagnostics, and connected-device functionality.

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04

Hardware Development

Product architecture, component selection, prototyping, testing, debugging, and hardware refinement.

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05

Software & Connectivity

Web, desktop, mobile, APIs, cloud connectivity, and software systems that work with hardware.

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06

Prototyping & Manufacturing

PCB fabrication, assembly, testing, production preparation, and manufacturing support.

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From Concept to Working Product

01

Understand

Requirements, constraints, use case, and product goals.

02

Design

Architecture, schematics, PCB, firmware, and software.

03

Prototype

Build, integrate, test, and identify issues early.

04

Validate

Testing, debugging, refinement, and production preparation.

05

Manufacture

Prepare production-ready files and support manufacturing.

Selected Engineering Work

A look at the types of hardware and software systems we build.

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IoT & RF Design

Syncrobit Helium Miner

Multi-protocol edge gateway designed for Helium (HNT) networks. 8-layer PCB with LoRaWAN connectivity.

STM32LoRaWAN8-Layer PCB
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Smart Retail & POS

Scangoroo Smart POS

Cashless smart grocery shopping PCB solution designed for Germany. High-speed processor layout with secure hardware gateways.

ESP324-Layer PCBGermany
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Wearable Tech

BLE Smart Golf Putter

Vertex Golf SmartCore Motion Sensor. Compact multilayer PCB with motion sensors and Bluetooth telemetry.

nRF52840BLERigid-Flex
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Built Across the Electronics Stack

Hardware

STM32ESP32MicrocontrollersSensorsPCB DesignElectronics

Firmware

CC++RTOSBLEUSBUARTSPII²CCANModbus

Software

C#.NETJavaScriptReactAPIsCloud Systems

One Engineering Team Across the Product

HARDWARE + SOFTWARE

Integrated Design

Hardware and software are designed with the complete product in mind.

PRACTICAL ENGINEERING

Built to Work

Solutions should work outside the lab, not just in a demonstration.

CLEAR DEVELOPMENT

Organized Process

Requirements, engineering decisions, testing, and deliverables stay organized.

BUILT FOR THE NEXT STAGE

Scalable Design

Design decisions should consider future production, maintenance, and scalability.

From Schematic to Connected Product

STAGE 1
Schematic
Circuit design
STAGE 2
Components
Selection & placement
STAGE 3
PCB Layout
Routing & layout
STAGE 4
Assembly
Fabrication & assembly
STAGE 5
Firmware
Programming & testing
STAGE 6
Connected
Product & integration

Have an Electronics Product in Mind?

Tell us what you’re building, what you have so far, and where you need help. We’ll help define the next engineering step.