Begin with process mapping. Document every step from material release to finished goods, noting yields, changeovers, labor content, and hidden rework. The map will reveal where distance adds the most pain.

Quantify variability. Capture lead-time distributions, defect rates by station, and expedite frequency. Variance is the enemy of planning; bring it into the light so you can price it and eliminate it.

Interrogate quality at the source. Pull DHRs/DMS data, calibration logs, and training records. Look for drift patterns that correlate with shifts, seasons, or supplier lots. These are your first candidates for in-line detection.

Assess IP exposure pragmatically. Identify where firmware, keys, or design files touch external systems. Every copy is a risk. Plan to centralize build and signing processes in domestic, controlled environments.

Model changeovers and flexibility. If a line overseas survives on long runs, assume U.S. runs will be shorter. Design fixtures and recipes that make changeovers routine instead of disruptive.

Evaluate supplier readiness. Tier-1 might be fine; tier-2 and tier-3 often aren’t. Visit, sample, and co-plan investments. A single weak special process can sink your ramp.

Build a parallel validation plan. Prepare to run PPAPs, IQ/OQ/PQ, and pilot lots domestically while the offshore engine still runs. Confidence takes data; collect it fast.

Close with a people plan. Identify critical tacit knowledge holders and create overlap—temporary transfers, video SOPs, and shadowing. Reshoring fails when know-how gets lost in transit.