APS Scheduling

Your optimal schedule, computed in seconds

Genetic algorithms. Multi-plant. Real constraints. No spreadsheets.

Genetic optimization
Multi-plant support
Real-time re-scheduling
See Scheduling in Action

How APS Scheduling Works

Three steps from constraints to optimized schedule

01

Define your constraints

Machine capacities, operator skills, quality hold rules, maintenance windows. ForgeOS's business rules engine captures what you know.

Every constraint your schedulers carry in their heads becomes a rule the system enforces automatically.

02

Genetic algorithm optimizes

ForgeOS runs thousands of schedule permutations to find the best sequence across all work centers and plants simultaneously.

Not a heuristic guess. An exhaustive search through permutations no spreadsheet can explore.

03

Schedule adapts live

When a machine goes down or a rush order arrives, ForgeOS re-optimizes automatically. No manual rescheduling.

Your best scheduler working 24/7—without the phone calls, the guesswork, or the spreadsheet chaos.

What the Scheduler Can Do

Built for the complexity of real manufacturing environments

Genetic Optimization

Thousands of permutations evaluated to find the best sequence. No heuristic shortcuts—true optimization.

Multi-Plant Support

Single optimized schedule across multiple facilities. Work center capacity balanced globally, not plant-by-plant.

Business Rule Constraints

Machine capacity, operator skills, maintenance windows, quality holds. Every real constraint captured and enforced.

Real-Time Re-Scheduling

Machine down, rush order, material shortage—ForgeOS re-optimizes the full schedule in seconds.

Capacity Planning

Visualize utilization across all work centers before committing to delivery promises.

OEE Integration

Scheduling informed by actual equipment availability—not theoretical capacity. Plans that match reality.

Stop scheduling by gut feel. Start optimizing.

See ForgeOS compute an optimized schedule for your operation in a live demo.

See Scheduling in Action