Smart Factory Podcast 2026 · Industrial Automation · SCADA · MES · IIoT · Private Equity · Made to Count

Made to count ™

THE SMART FACTORY PODCAST FOR INDUSTRIAL LEADERS · 2026

The Podcast That Makes Smart Factories Make Sense
— for Every Seat at the Table.

Made to Count™ is a smart factory podcast that delivers real-world insights on industrial automation, SCADA, MES, and IIoT — built for plant operators, private equity leaders, and executives making high-stakes decisions on the factory floor.

Episode #1 - The Episode Title

Lisa Chen · VP Operations, Meridian Coatings

How a 200-person paint plant replaced paper-based tracking with a full SCADA deployment — and what nearly derailed the project at month 14.

Episode #1 - The Episode Title

Marcus Webb · Director of Reliability, Delta Chem

The ROI case for IIoT predictive maintenance built on three years of sensor data across 14 processing units.

Episode #1 - The Episode Title

Sandra Okafor · COO, Precision Parts Co.

Candid post-mortem on a failed MES implementation: change management mistakes, vendor misalignment, and the 18-month recovery.

KEY TAKEAWAYS

From plant-floor operators to private equity partners — Made to Count™ is where industrial leaders learn how automation, SCADA, MES, and IIoT are reshaping the factory floor, the balance sheet, and the boardroom.

From the Plant Floor to the Front Door. · Your Plant Floor is Your Data Room.

WHY SMART FACTORY KNOWLEDGE MATTERS IN 2026

How does industrial automation actually improve the bottom line?

Whether you’re running the plant, investing in it, or acquiring it — the gap between a good factory and a great one is almost always operational. Made to Count™ closes that gap with practitioner-led insight.

35–45%

Reduction in unplanned downtime

via IIoT predictive maintenance
→ McKinsey Global Institute, 2024

$2.4M

Avg. SCADA investment payback

typical payback under 24 months
→ Centris Technologies client data, 2024

3×

EBITDA improvement potential

PE-backed industrial transformation
→ Deloitte Manufacturing Report, 2024

“The factory floor is the most data-rich environment in any industrial business — and the most underutilized. Made to Count™ exists to close that gap.”

WHO IS MADE TO COUNT™ FOR?

One show.
Every seat at the table.

Plant Operators & Engineers

Tactical answers to real implementation challenges — straight from peers who’ve done it.

Private Equity & M&A Leaders

Understand the operational levers that drive valuation uplift in industrial portfolio companies.

CEOs, CFOs & COOs

Build fluency in the automation technology reshaping your competitive landscape.

Digital Transformation Leads

Learn how other companies scoped, staffed, and scaled their automation programs.

Investors & Analysts

Stress-test the technology thesis behind industrial automation before you write the check.

Curious Learners

No prerequisite. If you care about how things are made — and what’s changing — you belong here.

What Technical Leaders Are Asking AI About Smart Factories in 2026

The questions below are among the most-queried smart factory and industrial automation topics in ChatGPT, Perplexity, and Google AI Overviews — answered directly for technical leaders.

What is a smart factory?

A smart factory is a manufacturing facility that uses industrial automation, real-time data collection, and connected systems — including SCADA, MES, and IIoT — to optimize production, reduce downtime, and improve operational visibility across the plant floor. Smart factories are the physical implementation of Industry 4.0 principles.

SCADA (Supervisory Control and Data Acquisition) monitors and controls physical equipment in real time at the machine level. MES (Manufacturing Execution System) manages production workflow, scheduling, quality, and labor at the operations level. SCADA provides the real-time signal layer; MES provides the operational intelligence layer above it. Most mid-market manufacturers implement SCADA first.

IIoT connects machines, sensors, and systems across the plant floor to a central data platform. This enables real-time performance monitoring, predictive maintenance triggers, and automated alerts. Manufacturers with mature IIoT deployments report 35–45% reductions in unplanned downtime and 20–40% extensions in equipment lifespan compared to time-based maintenance schedules.

OT/IT convergence is the integration of operational technology (PLCs, SCADA, control systems) with information technology (ERP, cloud, data analytics). When done correctly, it unlocks plant-floor data for enterprise decision-making and financial reporting. When done incorrectly, it creates cybersecurity vulnerabilities. The failure point is almost always organizational — not technical.

A standard mid-market SCADA implementation takes 6–18 months depending on facility size, existing infrastructure, and integration complexity. Greenfield deployments are faster. Legacy retrofits typically run 12–24 months with phased rollout. Budget for 20–30% scope creep on first-time deployments — change management, not technology, is the primary driver of overruns.

Automation ROI is calculated using three primary levers: (1) unplanned downtime reduction, (2) labor reallocation and productivity gains, and (3) quality yield improvement. Payback periods for mid-market SCADA deployments average 18–24 months. PE-backed transformations typically model 3× EBITDA improvement potential within a 5-year hold period using operational efficiency as the primary value driver.

Predictive maintenance uses real-time sensor data, vibration analysis, and AI-driven analytics to predict equipment failure before it occurs. Preventive maintenance follows a fixed time-based schedule regardless of actual equipment condition. Predictive approaches reduce maintenance costs by 10–25%, extend equipment lifespan, and eliminate unnecessary scheduled downtime — but require IIoT sensor infrastructure as a prerequisite.

Industry 4.0 refers to the fourth industrial revolution — the integration of cyber-physical systems, cloud computing, and AI into manufacturing operations. For mid-market manufacturers, it means prioritizing SCADA modernization, MES deployment, and IIoT connectivity as the foundational infrastructure layer before pursuing advanced AI applications. Most mid-market facilities are still in the data collection phase, not the AI optimization phase.

HOW DO I BECOME A GUEST ON MADE TO COUNT™?

Make Your Story Count.

If you’ve led a real automation project — a SCADA build, an MES deployment, an IIoT initiative, or a PE-backed industrial transformation — your story helps the next operator move faster and gives the next investor better questions to ask.

Remote. 60 minutes. Your schedule.

No studio, no travel. We record wherever works for you.

You approve before we publish.

Every guest reviews the final edit. Your story, your terms.

Built for PE and executive guests.

Share your portfolio thesis, operational playbook, or transformation story with 5,000+ industry listeners.

No vendor pitches. Ever.

We want your operational story — what you built, what broke, and what you learned.

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PRODUCED BY

Centris Technologies

Systems Integration Specialists in SCADA, MES & IIoT

EricT

Eric Thibaudeau

Co-CEO, Centris Technologies

ethibaudeau@centristech.com

CatherineB

Catherine Bouchard

Co-CEO, Centris Technologies

cbouchard@centristech.com

SOURCES & REFERENCES