ProductFeaturesSolutionsLearnResources
Resources & Blog

Manufacturing Operations Intelligence

Practical articles for plant managers and CI engineers. Real-world application of lean principles, production data, and floor visibility tools.

Lean Manufacturing
Why Your ERP Can't Tell You What's Happening on the Floor Right Now
ERP systems are designed for financial traceability — not real-time production visibility. Here's exactly why the gap exists, what it costs, and what a complementary monitoring layer looks like in practice. Spoiler: it doesn't require a MES.
Read article →
Lean
Takt Time vs. Cycle Time vs. Lead Time: Why the Distinction Matters
Three terms used interchangeably in most plants — but each measures something completely different. Getting them wrong leads to the wrong countermeasure.
ERP Integration
Connecting Infor M3 Standard Hours to Real-Time Takt Monitoring
Step-by-step walkthrough of how TaktClock reads standard operation hours from M3 via read-only API — and how to handle routing variants, work centers, and multi-level BOMs.
Operations
The QRQC Mindset: Stop at the First Deviation
Quick Response Quality Control is a philosophy as much as a tool. How a takt breach alert fits into the QRQC loop — and what the first 30 minutes after an alert should look like.
Analysis
What Schedule Adherence Actually Measures — and What It Misses
Schedule Adherence as a metric has a well-known blind spot. Here's how pairing it with Hour Adherence gives you a complete picture of where production is losing ground.
Lean
Line Rebalancing After a Bottleneck: A Data-First Approach
Most line rebalancing decisions are made on intuition or old time study data. Here's how to use the Yamazumi chart and Bottleneck tab to make the decision from this week's actual session data.
Operations
On-Premises vs. Cloud Manufacturing Software: What Actually Matters
For a production floor in aerospace or defense, the on-premises question isn't about IT preference — it's about data residency, uptime, and network reliability. A practical comparison.
Lean
SMED on Complex Assembly Lines: What Transfers from Stamping
SMED was developed for tool changeovers in stamping. How the principles transfer — and where they don't — when applied to complex harness assembly or multi-operation routing.