Reverse engineering for Industrial & Manufacturing
PLC firmware recovery, controller modernization, and obsolete machinery sustainment for plants past vendor support.
Track record · Industrial & Manufacturing
Engagements
30+
Industrial & Manufacturing projects delivered
Tenure
10+
Years serving industrial & manufacturing
Discipline
100%
NDA compliance, every engagement
Cadence
8 wk
Avg. project duration
Capabilities
Services that apply here
Pillars we engage on most often in this vertical.
Practice leads for this industry
Senior engineers with cycles deep in this vertical.
Same lead from kickoff through handover. Names redacted pre-NDA; introduced at scoping.
Firmware Reverse Engineering & Extraction Services
Extract, analyze, and document embedded firmware.
Explore serviceProtocol & API Reverse Engineering Services
Document protocols. Reverse APIs. Decode formats.
Explore serviceMechanical Reverse Engineering & 3D Scanning Services
3D scanning. CAD reconstruction. Physical part recreation.
Explore serviceHardware Reverse Engineering Services
PCB analysis. Schematic recovery. Chip-level reverse engineering.
Explore service
Selected work
Engagements in this vertical
Anonymized at the client's direction. Methodology and outcomes verifiable on request.
Press Molds for Semi-Dry Pressing — Facing-Product Family at 300 kg/cm²
A family of press molds designed and manufactured for forming facing products by semi-dry pressing on a cement binder. Calculated pressing force: 300 kg/cm². Standard, semi-standard, Bavaria, and Saxony-corner geometries — every die tuned for sustained cement-binder abrasion, not catalog peak.
Read case studyHeat & Humidity Curing Chamber — 8-Hour Strength Cycle with Heat Recovery
A fully automated heat-and-humidity curing chamber for cement-bonded hyperpressed bricks. Designed to bring product strength to near-complete cure within an 8-hour cycle, with a heat recovery zone that materially reduces energy demand per cycle.
Read case studyMechanical Engineering Workshop — 600 m² Tooling Production Build-Out
A complete mechanical engineering workshop designed, specified, and established — 600 m² of full-cycle steel processing capacity dedicated to producing tooling for a facing-brick and -tile semi-dry-pressing line. Owned from process design through layout, equipment selection, infrastructure spec, and staffing structure.
Read case study