Smart hardware that talks back
Design boards, firmware, and communication layers so your devices can send data, receive updates, and behave predictably in the field.
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embedded systems and IOTs
We design and build embedded systems and connected devices: microcontrollers, sensors, power electronics, and the software that ties them together into reliable IoT products.
What we build
From low‑power nodes to gateway devices, we connect hardware and software so you can see, control, and improve what is happening in the real world.
Design boards, firmware, and communication layers so your devices can send data, receive updates, and behave predictably in the field.
Add sensing, logging, and alerts to equipment, rooms, or processes so teams see issues early instead of after downtime.
Build small‑batch tools for photography, cleaning services, offices, and more—where a focused device can remove hours of manual work.
Under the hood
We handle the full chain from board layout to webhooks, so you do not have to juggle three different teams just to get a simple reading into a dashboard.
MCUs, sensors, actuators, power stages, and PCBs designed around your constraints: space, budget, and environment.
Drivers, RTOS tasks, communication stacks, and update flows that keep devices responsive and recoverable.
APIs, dashboards, and services that ingest device data, surface insights, and trigger actions automatically.
Devices, gateways, and beyond
We do not treat firmware, hardware, and cloud as separate silos. Each card below represents a piece we can design, implement, and connect.
Design sensor nodes that sip power, wake up only when needed, and survive in harsh environments without constant babysitting.
Create gateway devices that collect data from many nodes and safely forward it over Wi‑Fi, LTE, or Ethernet.
Build simple, focused dashboards instead of noisy charts, so teams can tell at a glance if everything is okay or not.
How we work
Embedded and IoT work can look opaque from the outside. We break it into visible stages so you always know what is on the bench and what is going into the field.
We decide what needs to be measured or controlled, how often, and under what power, cost, and environmental limits.
We design PCBs, write firmware, and test on the bench—checking noise, timing, connectivity, and power behavior early.
We integrate with cloud or on‑prem software, run pilots, and tune until the system behaves correctly in real conditions.
Ready when you are
Whether it is a small sensor node, smart building module, new product, a control dashboard, or an internal app for your team, we can help you design and build a version you are not afraid to ship.