Capabilities
One accountable team across three pillars: engineering that gets a design right, obsolescence work that keeps it buildable, and contract manufacturing that gets it into real hardware through a network we manage directly today, with in-house capability next on our roadmap.
Solutions
Schematic through DFM and validation, engineered to survive both regulatory review and a production line.
Component-level EOL risk scrubbed against your BOM, with qualified alternates identified before a redesign is forced on you by a supplier notice.
Prototype builds, fixtures, and jigs, sourced and coordinated through a supplier network we manage ourselves today, not handed off cold. In-house capability is next.
One Partner
Whichever of the three you start with, the same team carries the work forward and stays involved through the build, so a design decision doesn't get disconnected from how it's actually made or how long it stays buildable.
Expertise
Program and resource planning that scopes engineering effort by discipline and deliverable: roles, sequencing, and a realistic schedule, so leadership is asked for the right resources the first time.
Schematic & PCB design and DFM & design transfer between suppliers, so redesigns are planned, not forced.
Every line of a BOM cross-referenced against manufacturer PCNs and distributor lifecycle data, with qualified alternates already identified for at-risk parts, before an EOL notice turns into a redesign under a deadline.
Test fixture design, protocol development, and functional/environmental validation, plus the sustaining engineering that keeps a released product releasable.
Prototype builds, fixtures, and jigs, coordinated through supplier relationships we manage directly. Full PCBA and box-build contract manufacturing is on our roadmap, not a capability we claim to have in-house today.
Most programs that come to us need both, in some order. Tell us what's going on and we'll help you figure out the sequence.
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