From Concept to Silicon Complete Embedded Product Development

Building a connected device, an industrial controller, or a smart IoT product means solving hardware and software problems at the same time. CodianTech's embedded systems design team handles both architecture, firmware, PCB, and everything in between  so your product goes from idea to working hardware without getting stuck between teams who don't talk to each other.

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What We Do

We're not a hardware shop that outsources the code, or a software team that guesses at electronics. Our embedded system design services cover the full stack of a physical product:

Embedded Hardware Design Schematic design, component selection, and board-level architecture built around your product's real constraints  power budget, size, cost, and manufacturing volume. Every board we design is built to actually ship, not just work on a bench.

Firmware Development Services Bare-metal and RTOS-based firmware for microcontrollers across ARM Cortex-M, ESP32, STM32, and similar platforms. Our firmware development services cover everything from low-level drivers to the application logic that makes your product do what it's supposed to do  reliably, and without eating your battery alive.

Custom PCB Design From two-layer prototypes to dense multi-layer boards for production, we handle schematic capture, layout, and design-for-manufacturing so your board is ready for the factory floor, not just a proof of concept.

IoT Embedded Systems Connected products need more than a working sensor  they need reliable connectivity, secure provisioning, and firmware that can be updated in the field. Our IoT embedded systems work covers Wi-Fi, BLE, and cellular-connected devices from prototype through production.

Why Do Companies Choose Us for Custom Embedded Solutions?

Off-the-shelf modules and generic dev boards work fine for a demo. They fall apart the moment you need to hit a price point, pass certification, or scale to real production volumes. That's where custom embedded solutions earn their cost built specifically for your product's constraints, not adapted from something built for someone else's.

• Hardware and firmware under one roof — no handoff gaps between electrical and software teams

• Production-ready from day one — designs built for manufacturing, not just prototyping

• Experience across industries — industrial automation, consumer electronics, medical devices, and IoT

• Full IP ownership — the schematics, firmware, and documentation are yours, no exceptions

Our Process

1. Requirements & Feasibility : We define the constraints that actually matter: power, cost, size, certification targets.

2. Architecture  :  Hardware block diagram and firmware architecture, reviewed before a single line of code or a single trace is routed.

3. Design & Development  : Schematic, PCB layout, and firmware development in parallel, not in sequence.

4. Prototyping & Testing  : Functional prototypes validated against real-world conditions, not just a lab bench.

5. Production Handoff  :  Design-for-manufacturing review, documentation, and support through your first production run.

Industries We Support

Our team has built embedded products for industrial controls, consumer IoT devices, medical and healthcare equipment, energy and metering systems, and automotive-adjacent electronics each with its own certification, reliability, and cost requirements.

Frequently Asked Questions

What is embedded systems design and what does the service include?

 Embedded systems design is the process of engineering the hardware-integrated software that controls a device is functions. Our service covers the full scope from microcontroller selection and firmware development to RTOS integration, IoT connectivity, security implementation, Edge AI and post-launch maintenance.

What's the difference between an embedded systems development company and a general software vendor? 

A dedicated embedded systems development company understands the hardware constraints power, memory, real-time behavior that general software teams typically don't touch. We design for the physics of the device, not just the code running on it.

Do you handle both hardware and firmware, or just one?

 Both, on the same team. That's the point most embedded projects fail or slip schedule because the hardware and firmware teams aren't talking to each other early enough.

Can you take over a project that's already partway through development? 

Yes. We regularly step into projects with existing hardware or firmware that needs debugging, redesign, or a path to production.

What if we just need embedded systems consulting, not a full build? 

We offer embedded systems consulting for teams that need architecture review, feasibility assessment, or a second set of eyes before committing to a full build.

How do you handle IP and ownership of the design?

 100% of schematics, firmware, and documentation belong to you. Nothing is licensed back or held by us after the project closes.

Have a product idea that needs to become real hardware? Talk to our embedded team →