A schedule that rebuilds itself
Likwid sequences every work order against real capacity, releases it to the floor, and re-plans in seconds when a machine goes down — layered on the ERP you already run.
On track
WO-3312 · Line 2
Scheduling
0 lines · live
The plan is wrong by Tuesday
A production plan is only true the moment it's published. Then demand moves, a machine trips, and the spreadsheet can't keep up.
Demand keeps moving
Unpredictable demand makes a static production plan obsolete within days of publishing it.
Capacity never sits still
Machine availability, labour and material constraints shift hour to hour — the plan doesn't keep up.
Planners firefight
Most of a planner's week goes to manual re-planning in Excel instead of actually planning ahead.
Siloed, stale data
Disconnected systems mean the schedule is built on numbers that were already out of date.
When CNC-1 goes down, the schedule doesn't
Watch a work order come off a broken machine and re-route to another line — automatically. No planner rebuilding a Gantt chart by hand, no waiting for the morning meeting.
0s
to re-plan around a breakdown
Finite
capacity, constraint-aware
Machine down
CNC-1 · WO-3312 re-routed
Re-planned
4 work centres · 0s
Order to floor, and back again
Five moves the planner runs continuously. Tap any step to hold it.
Demand and orders land
Sales orders, forecasts and priorities flow in continuously — the plan starts from live demand, not last month's guess.
Every work order interlocks with the next
Materials, machines, tooling and labour move as one mechanism. Change one tooth and the whole train re-meshes — that's what a real plan has to do, and what a spreadsheet never could.
Multi-plant
coordinated as one
Finite
capacity scheduling
High-mix
thousands of SKUs
Fewer delays, more throughput
40%
fewer production delays
25%
higher throughput
94%
OTIF delivery performance
60%
less time spent re-planning
Typical targets for AI production planning — actual results depend on your starting point.
A planner that keeps up with the floor
Planning that learns
It improves from actual-versus-planned every run — not a static rules engine someone has to maintain.
No hardcoded rules
It adapts to how your plant actually runs, high-mix and low-volume, without rigid constraints to babysit.
Real-time responsiveness
It reacts to a shop-floor disruption in seconds, rebuilding a feasible schedule instead of waiting for Monday.
Production planning, answered
The questions planners ask before they switch on scheduling that runs itself.
Recent thinking
Explore the rest of the platform
See a schedule rebuild itself on your floor
A 30-minute walkthrough on your own work orders — sequencing, capacity and a live re-plan, on real data.