Most manufacturers are leaving millions in untapped capacity inside their operations.Not because they lack assets, but because their operating model can’t keep up with variability.
Production conditions are constantly changing, but most manufacturing optimization efforts still rely on averages and fixed assumptions.
This is where performance is lost and why traditional process optimization approaches struggle to deliver sustained results.
Real-Time Process Optimization (RTPO) represents a shift from static process optimization to continuous, real-time alignment with live production conditions. Instead of relying on fixed targets, RTPO continuously adjusts how processes run based on what is happening in the moment.
In this webinar, Braincube CEO Laurent Laporte and Niels Andersen, Principal Analyst and Research Director at LNS Research, explore how this approach is empowering leading manufacturers to uncover hidden capacity and achieve industrial performance optimization across the enterprise.
Hidden capacity is already inside your operation
Production systems don’t run the same way every day. What worked on the last run may already be off for this one.
The reality is that conditions are constantly changing. Demand moves. Energy costs fluctuate. Raw materials from suppliers vary.
Yet most methods of process optimization don’t fully capture this reality. As a result, capacity appears constrained when it isn’t and improvement efforts plateau.
Averages hide the performance you need to see
Average throughput.
Average yield.
Average cost.
But performance doesn’t behave in averages. It moves with the process, moment by moment.
When teams rely on averages, they miss where performance is actually won or lost and where hidden capacity exists.
Variability is constant. Real-time optimization is required
Variability is not an exception in manufacturing. It is the operating reality.
It is increasing across materials, equipment, workforce, and supply conditions.
Most process optimization efforts still rely on fixed targets and periodic adjustments. That model breaks down as conditions change faster than decisions can keep up.
To improve manufacturing performance, the question isn’t how to eliminate variability. It’s how to operate effectively within it.
Real-Time Process Optimization shifts manufacturing optimization from static targets to continuous adjustment. Instead of reacting after performance drifts, operations stay aligned with real conditions as they change.
This is how manufacturers begin to capture the untapped capacity already present in their operations without new CapEx.
Watch the webinar
This webinar explores why leading manufacturers don’t try to eliminate variability. Instead, they operate within it it in real time, using Real-Time Process Optimization.
Laurent Laporte and Niels Andersen walk through how this shift is changing the way manufacturers approach process optimization, improving both operational performance and capital decisions.
Watch the webinar to learn:
- How hidden capacity emerges from everyday variability
- Why traditional approaches to process optimization fall short
- How real-time optimization improves operational and capital decisions
- What changes when operations are managed continuously
