Embedded Systems
Firmware, real-time control loops, sensor integration. Turning logic into motion.
Founded in 2026 because the gap between an R&D team's CAD file and a finished, regulatorily-aware part had grown into a project of its own. We do all of it under one roof, with the engineers who design it owning it through fabrication and shipment.
Every component we ship is fabricated, assembled, and tested in Augusta, Maine. The team trained on the same CNC, welding, and electronics-rework equipment they use in production — there is no on-call contractor we hand off to when a job gets specific, because the people who quoted the work are the people running the machines.
"Every part. Every hand." is shorthand for the operating constraint behind that. We do not subcontract critical fabrication, and we do not outsource the tolerance-bearing or compliance-bearing steps to vendors we have not personally qualified. When a customer asks where their part was made, the answer is one zip code, one team, one shop.
For clients building defense-adjacent hardware, regulated instrumentation, or research equipment headed for an export-controlled customer, that traceability is not a marketing claim — it is a procurement requirement. We built the shop the way we did so the answer to "where did this part come from?" fits on one line.
Five engineering disciplines and two internal roles. Machining is a collective effort across three of us, so the list below is what we cover — not a roster.
Firmware, real-time control loops, sensor integration. Turning logic into motion.
CAD-to-shop translation, fixture design, tolerance budgets.
Schematic capture, PCB layout, power and signal integrity.
TIG, MIG, sheet, structural. The part that makes it real.
Manual and CNC milling and turning, fixturing, finish work.
Engineering-aware writing, customer onboarding, brief intake.
ITAR program, ISO 9001 path, OSHA, audit-ready documentation.
Six people, deliberately cross-disciplinary: embedded systems, mechanical engineering, electrical engineering, welding and fabrication, marketing, and compliance and safety. The composition is the strategy.
It lets us take a project from concept through engineering, fabrication, regulatory review, and go-to-market without external handoffs at any major step. Decisions that would otherwise sit in a vendor inbox for a week happen at lunch. The result is shorter cycles and fewer translation losses between disciplines that usually live in different buildings.