We handle IoT hardware development in between: the PCB, the firmware, and a build your manufacturer can actually run. Hardware engineers pair with firmware specialists on every build, so the board and the code are designed together, not handed off in pieces.
Book a hardware call
85%
Long-term Partnerships
75%
Mid-to-Senior Engineers
5+
Avg. Years of Engineer Experience
98%
Would Recommend Us
This is for you if these sound familiar.
What we build for smart devices
Each piece below stands on its own. Bring us a finished schematic that needs firmware, or start from a blank page and let the same team carry the device through to manufacturing.
The engineering that decides if a board can be manufactured.
Schematic designComponent & BOM selectionPCB layoutPower and signal integrity
We design the schematic, select components against your cost and sourcing constraints, and lay out the PCB, the work that decides whether a board can actually be manufactured at the price you need.
The code that drives sensors, actuators, and radios.
Low-level & driver firmwareProtocol integrationLonger battery lifeOTA update support
We write the firmware that drives sensors, actuators, and radios, and integrate the connectivity protocol your device actually needs, so the board and the code are designed against each other from the start.
The step most connected-device projects stall on.
Functional prototypingDesign for manufacturingEnvironmental compliance testManufacturing partner handoff
We build the functional prototype, then rework the design for manufacturing, the step most connected-device projects stall on, so your first production run is not also your first real test.
The layer that turns sensor data into a product.
Gateway & edge integrationDevice provisioningCloud onboardingFleet monitoring hooks
We build the connectivity layer that gets sensor data off the device and into your platform, and custom application development turns that data into the dashboard or mobile experience your product already runs on.
our engineering practice, the team that turns plans into production software.
Why teams pick us for this.
Our engineers have carried connected-device hardware from schematic to a manufactured product, so what we design is buildable, not just tidy in a PDF.
You work with the engineers doing the design, not a junior team learning PCB layout on your budget.
If a component choice or a board layout will not survive manufacturing or the field, we say so before you commit to a production run, not after.
The same people who design the board and write the firmware also build the connectivity layer, so nothing gets lost in a handoff between vendors.
Senior hardware and firmware engineers from day one, pairing you with people who have carried a device from schematic to shipped product before, not an account manager relaying notes.
Book a hardware call{ 01 }· Week 1
We learn the device's job, its power budget, its environment, and the volume you plan to ship, so the architecture is scoped before any schematic gets drawn.
{ 02 }· Weeks 2 to 3
We design the schematic, select components, and plan the firmware and protocol stack side by side, so the board and the code are never designed in isolation.
{ 03 }· Build
We build the functional prototype, test it against real conditions, and rework the design for manufacturing in tested increments.
{ 04 }· Launch and run
We carry the design through to your manufacturing partner and stay on for firmware updates, field issues, and the next hardware revision.
Questions, answered.
IoT hardware development is the design and build of the physical device: the schematic, the PCB, the firmware, and the connectivity that gets it talking to the rest of your product, with firmware and protocol choices designed in from the start rather than bolted on afterward.
Yes, most engagements start at exactly this stage: a prototype that works on the bench but hasn't been designed for manufacturing. We rework the schematic and layout for cost, sourcing, and production tolerances, then hand off a design your manufacturing partner can build at volume.
We build firmware for BLE, Zigbee, LoRaWAN, and MQTT-based connectivity, chosen against your device's power budget and range requirements rather than a default stack, whether the device sits in industrial or consumer IoT. We select the protocol during the architecture phase, before writing any firmware.
Cost is scoped after a short discovery call that maps the device's function, target volume, sourcing constraints, and any certifications it needs to pass. We agree the cost and the timeline together before any schematic work starts.
Usually yes, we audit the hardware and firmware together, since most field failures trace back to a power, signal, or firmware decision made early in the original build, not a manufacturing defect.
Tell us what the device needs to do and where you are stuck. A senior hardware engineer replies within one working day, no sales script.
Tell us the device
What it needs to do and where you are stuck. We sign an NDA so it stays private.
Hardware & firmware together
A senior engineer plans the schematic, components, and firmware stack side by side.
We stay through production
We carry the design to your manufacturing partner and stay on after handoff.
Tell us what the device needs to do and where you are stuck. A senior hardware engineer replies within one working day, no sales script.
