Schematic capture, PCB layout, component sourcing and power/analog design — scoped and quoted with firmware and cloud in the same conversation, not a separate vendor relationship.
From concept sketch to a board that survives certification. We design for manufacturability from the first revision, not the fifth.
Pulled from our case-study library — same AI/human split shown in full, industry context included.
A compact smart ring captures physiological and activity data under extremely tight constraints on size, power, wireless connectivity and sensor integration.
A battery-free environmental sensor detects room conditions and occupancy while minimizing energy consumption and maintenance.
A distributed monitoring module captures thermal conditions across an EV battery pack and flags abnormal temperature behavior for battery-management systems.
We design for pre-compliance from the first revision — EMC-aware layout, component margins and test-point planning — and coordinate with your certification lab through submission.
Yes. We audit the existing schematic/layout, flag the risks, and either harden it or re-spin the sections that need it — we don't force a full restart by default.
AI drafts component shortlists and first-pass schematic checks against your constraints; a senior hardware engineer owns final schematic sign-off and every DFM decision.
Yes — BOM optimization and sourcing (including lifecycle/obsolescence risk) is part of the hardware engagement, not a separate line item.
Boards designed for manufacturability, not just the bench.
The interface your customer actually touches, paired to the fleet underneath.
Fleet-scale telemetry and APIs behind the screen.
Every service above this one uses this layer somewhere.
