How does WareBee build a workforce schedule?

It generates FTE plans per zone, shift and picking method from your expected volumes, so staffing is matched to the waves the warehouse actually has to pick rather than a flat headcount.

What does the labour management (LMS) side actually measure?

It tracks productivity per person and per task against engineered standards, and makes idle time visible. That turns your operational data into a clear picture of workforce utilisation and agent performance.

Can I re-plan a shift once it has already started?

Yes. In-shift re-planning rebalances the roster for absences and demand swings mid-shift, and quantifies the impact of each change so supervisors can see the trade-off before committing.

How does rostering handle skills, contracts and preferences?

The rostering engine produces rosters that are fair and feasible, respecting individual skills, contract terms and stated preferences instead of just filling slots on a grid.

Is this a standalone labour system or does it use my existing WMS data?

It works alongside the WMS you already run as an optimisation layer, not a replacement. It reads the operational data your WMS produces and turns demand patterns into expected workload for planning.

Can I test different staffing levels before I commit to them?

Yes. You can simulate staffing scenarios against your real demand and workload, giving you defensible evidence for shift and labour planning before you publish a roster.

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Tools

WareBeeShift Management & LMS.

Labour management from forecast to rostered shift: workforce scheduling, rostering, capacity planning and in-shift tracking — matched to the waves the warehouse actually has to pick.

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Shift Management & LMS

From forecast to roster to floor.

Workforce scheduling

FTE plans per zone, shift and picking method, generated from expected volumes.

Headcount is derived from the same engineered standards the floor is measured against, not a flat ratio of people to volume. A zone running each-picking gets staffed differently from one running case-picking for the same order count, because the standard behind the plan already knows the two take different effort.

Rostering

Fair, feasible rosters that respect skills, contracts and preferences.

Constraints are checked across the whole roster in one pass, not shift by shift, so a swap that covers Tuesday doesn't quietly break a rest-period rule on Thursday. Planners publish a roster that already holds together, instead of finding the contract breach after someone has clocked in.

Labour management (LMS)

Productivity per person and task against engineered standards — with idle time visible.

Idle time isn't logged as a single unexplained gap — it's tagged to a cause, waiting on replenishment or waiting on a door, so a supervisor knows what to fix rather than just that something needs fixing. That same standard, applied consistently across the shift, is what lets one person's day be compared fairly against another's.

In-shift re-planning

Absences and demand swings rebalanced mid-shift, impact quantified.

A rebalance checks who is actually eligible for the gap — skill, contract, certification — before anyone gets moved, not just who has a free hour. Cover comes from people who can do the task, so filling one hole mid-shift doesn't quietly open another.

Frequently asked questions

How WareBee turns demand forecasts into fair, feasible shifts and tracks labour on the floor.

How does WareBee build a workforce schedule?
It generates FTE plans per zone, shift and picking method from your expected volumes, so staffing is matched to the waves the warehouse actually has to pick rather than a flat headcount.
What does the labour management (LMS) side actually measure?
It tracks productivity per person and per task against engineered standards, and makes idle time visible. That turns your operational data into a clear picture of workforce utilisation and agent performance.
Can I re-plan a shift once it has already started?
Yes. In-shift re-planning rebalances the roster for absences and demand swings mid-shift, and quantifies the impact of each change so supervisors can see the trade-off before committing.
How does rostering handle skills, contracts and preferences?
The rostering engine produces rosters that are fair and feasible, respecting individual skills, contract terms and stated preferences instead of just filling slots on a grid.
Is this a standalone labour system or does it use my existing WMS data?
It works alongside the WMS you already run as an optimisation layer, not a replacement. It reads the operational data your WMS produces and turns demand patterns into expected workload for planning.
Can I test different staffing levels before I commit to them?
Yes. You can simulate staffing scenarios against your real demand and workload, giving you defensible evidence for shift and labour planning before you publish a roster.

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