SYSTEM ONLINE PORTO · PORTUGAL
INDUSTRIAL OPERATIONS · PORTUGAL

From Shopfloor Chaos
to Operational Control.

End-to-end MES/MOM implementation for complex manufacturers — ISA-95 architecture, OT/IT integration, ERP integration, shop floor digitalization, and adoption around TrakSYS.

42
Sites delivered
across EU, US & Africa
25+
Single-instance
multi-site template
11yrs
Of MES/MOM
implementation
LIVE · LINE 03 · AMORIM SITE 12
09:42:18
OEE
72.4 %
+1.4
THROUGHPUT
1,284 u/h
+0.8%
LOSS RATE
8.6 %
-0.2
UNPLANNED DT
48 min
+2
OEE · 4H ROLLING ● TARGET 78.0
09:42:18 EVT-204 Line 03 → batch B-2241 closed · genealogy synced to ERP
09:41:02 EVT-198 Filler 02 micro-stop attributed · loss reason: nozzle-clean
09:38:55 EVT-191 Quality hold released after CCP-3 verification
MULTI-SITE ROLLOUT
Paper → digital across 25 sites
Corticeira Amorim, single-instance template
REAL-TIME OEE
OEE visible at the source
Automatic, every line — no spreadsheets
LOT GENEALOGY
Genealogy in seconds, not days
Full trace on demand, not manual search
FIRST LINE LIVE
11 weeks to first go-live
Structured lighthouse, not a pilot that stalls
● TRUSTED BY INDUSTRIAL LEADERS
Operating across complex industrial sites in Portugal, Spain, and the broader EU.
CORTICEIRA AMORIM
Cork · 25 sites
CAETANO BUS
Automotive
LACTOGAL
Dairy & Food
COLEP PK
Packaging
INAPAL METAL
Discrete Mfg
SERRATEC
Discrete Mfg
IMTO
Packaging
25+ sites running on a single-instance, multi-site TrakSYS template — Corticeira Amorim global rollout.
Read the case study
02 · WHAT WE DO

Five service lines.
One operational backbone.

We work across the full ISA-95 stack — from PLC connectivity to plant-level MES/MOM execution and ERP integration. Our shop floor digitalization programs cover OT/IT integration, traceability, OEE improvement, and paperless manufacturing — focused toward execution and adoption.

03 · INDUSTRIES

Sector depth, not
sector tourism.

Every sector has its own operational grammar — recipes, lots, line logic, traceability rules. We bring patterns that survived contact with real shopfloors.

01

Automotive & Discrete Manufacturing

Caetano Bus INAPAL Metal SERRATEC
PAIN Complex assembly lines with manual data collection, fragmented real-time visibility, weak traceability systems, and poor OEE attribution across stations.
APPROACH Production-assembly MES vertical: line logic, automatic data collection, parameter historian, and structured operator workflows.
View sector →
02

Dairy & Food

Lactogal
PAIN Recipe and batch operations spanning multiple sites with disconnected lab data and inconsistent traceability across product families.
APPROACH Recipe operations, LIMS integration, end-to-end traceability, paperless manufacturing execution, digital quality control, and corporate templates organized by product family.
View sector →
03

Cork, Paper & Forest Products

Corticeira Amorim
PAIN Multi-site lot control and genealogy spread across paper-driven processes — fragile, opaque, hard to standardize.
APPROACH Single-instance multi-site MOM deployment on TrakSYS — paperless manufacturing execution, lot genealogy, real-time visibility, and global governance.
View sector →
04

Packaging for Consumer Goods

Colep PK IMTO
PAIN Multi-machine packaging lines with high scrap rates, poor OEE visibility, downtime attribution gaps, and weak operator task structuring.
APPROACH Complex line modeling, scrap attribution, operator task management, and CCP-grade quality workflows.
View sector →
05

Construction-as-Manufacturing

PAIN Prefabrication and modular production environments where shop-floor discipline lags traditional manufacturing.
APPROACH Factory-of-the-future operating models, Lean/Kaizen routines, and modular production execution.
View sector →
05 · AI-FIRST OPERATIONS

Not dashboards.
Decisions.

AI in operations is only as good as the data backbone underneath it. We start with architecture and integration — then make AI useful at the line, not the boardroom.

HONESTY CLAUSE · Predictive maintenance and advanced analytics are a maturing capability stack. Real value requires client-specific assessment of the operational data backbone.
01
Continuous monitoring
Operational signals, not weekly reports.
02
Issue prioritization
Faster triage on the loss reasons that matter.
03
Insight extraction
Automated, contextualized, and shopfloor-readable.
04
Root-cause analysis
Tied back to master data, not orphaned charts.
05
Decision support
Recommendations operators can act on in their flow.
06 · DELIVERY MODEL

Discovery → Pilot → Waves → Optimize.

Enterprise programs fail when they're scoped wrong on day one. We design before we build, prove it on a lighthouse site, scale in waves across geographies and product families, and run improvement and support as a discipline.

PHASE 01 4–8 WEEKS

Discovery & Design

Map current-state operations and design the target architecture, MES template, and success criteria before a line of config is written.

  • Current-state assessment
  • Target architecture
  • Solution design
  • Success criteria
PHASE 02 ~12 WEEKS

Pilot / Lighthouse Factory

First site selected for representativeness, complexity, readiness, and replication potential — the template proven in production.

  • Site selection criteria
  • Reference architecture
  • Local template
  • Hypercare to steady-state
PHASE 03 N WAVES

Wave-Based Rollout

Scale across geographies and product families with a global template that survives local divergence.

  • Wave planning
  • Template + local config
  • Site-readiness gates
  • Knowledge transfer
CONTINUOUS PROGRAM

Continuous Improvement & Support

Process optimization and program governance run as a discipline — steering, solution architecture, OT/IT, and change management, not a meeting.

  • Process optimization
  • Steering & PMO
  • OT/IT & support
  • Change & adoption
DE-RISK BY DESIGN We document the program structure on day one — not in retrospect.
● START HERE

Start with a diagnostic,
not a sales pitch.

30 minutes, one operational pain point, an honest read on what it would take to fix it. No deck. No funnel.