Full-stack sensor and controller builds, from silicon to dashboard
PCB, enclosure, embedded connectivity (Modbus, CAN, RS485, LoRa) and an analytics layer on top — the complete stack for an industrial sensor or controller product, coordinated as one program instead of four separate vendor relationships you have to manage.
A fabricated board on its own doesn't make an industrial IoT program. Connectivity firmware, an enclosure actually rated for the deployment environment, and usually a dashboard or analytics layer to make the sensor data mean something — that's the part that's easy to underestimate when scoping a build.
Full-stack sensor and controller builds
PCB design and fabrication, rugged enclosure design, embedded connectivity firmware (Modbus, CAN, RS485, LoRa), and an analytics layer on top where the deployment calls for one.
Engineering discipline that holds at scale
The same review process applies to a 10-unit pilot and a fleet-scale deployment. Fabrication pricing (through PCB For You) also improves with total rollout volume instead of staying flat regardless of scale.
Dashboards and sensor-data pipelines
Custom dashboards, ops tooling and sensor-data workflow automation sit alongside the hardware work, built by the same team that built the board generating the data.
Semiconductor & VLSI R&D support
For teams working closer to silicon, chip bring-up boards and test fixtures are part of the same embedded engineering capability, not a separate specialty we outsource.
Frequently asked
Can you build the full stack for an industrial sensor product — board, enclosure, firmware, dashboard?
That's the standard shape of this kind of engagement for us: PCB design and fabrication, enclosure design, connectivity firmware, and an analytics or dashboard layer, coordinated as one program.
Does this scale from a pilot batch to a full fleet rollout?
The engineering discipline doesn't change between the two. Fabrication pricing through PCB For You actually improves with total rollout volume rather than sitting flat.
Do you support Modbus, CAN, RS485 or LoRa connectivity?
These are protocols our embedded team is comfortable working in for industrial and IIoT connectivity — tell us which your design needs and we'll scope accordingly.
Can you build the analytics/dashboard layer too, not just the hardware?
Custom dashboards, ops tools and sensor-data workflow automation are part of our AI Automation capability, available alongside the hardware build rather than as a separate engagement.
Need the board fabricated? PCB For You →
Need components sourced? PartsForYou →
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What You're Building.
We'll figure out together what's needed. No brief required.