Capabilities Picking & shipping

Capability · Picking & shipping

Pick faster.Ship without losing control.

Turn order priority into waves, tasks, controls, consolidation and departure, with usable proof at each transition.

A capability shaped by your flows, rules and field evidence.

E-commerce peakActive scenario01SignalBacklog exceeds two hours of capacity in one zone.02DecisionRecompose waves, zones and resources using departures and customer risk.03ProofLoad, cutoff and protected orders visible.04Active systemOMS05Active systemWMS
01 / 03Absorb volume without losing priorities
Lot-controlled orderActive scenario01SignalExpected lot is no longer available in the initial zone.02DecisionPropose a compliant alternative or escalate before substitution.03ProofLot, rule, approval and parcel reconciled.04Active systemWMS05Active systemQualité
02 / 03Preserve lot and shelf life through to parcel
Constrained departureActive scenario01SignalVehicle is at dock but three orders remain incomplete.02DecisionCompare wait, partial, deferment or transport replanning.03ProofDecision, order and mission updated together.04Active systemWMS05Active systemTMS
03 / 03Protect an imminent transport
01 / 0302 / 0303 / 03
01

Executable priority

Waves consider stock, capacity, departures and commitments.

02

Guided path

Each operator receives the right task and control.

03

Quality at the right time

Controls target risk without uniformly slowing flow.

04

Defensible departure

Parcels, units, dock, transport and documents are reconciled.

Decision framework

Connect promise, responsibility and proof.

Warehouse performance comes from a controlled sequence: availability, priority, method, resource, control, dock and confirmation.

Business logic

Decisions start with explicit rules.

Connected architecture

Clear responsibilities, from signal to proof.

OMS / ERPCarries priorityPROTECH WMSCarries executionTMSCarries departureBICarries improvement

Gaps to eliminate

What weakens day-to-day decisions.

Each gap connects an observable situation to a business consequence. Diagnosis then verifies frequency, impact and cause.

01

Disconnected waves

Commercial priority ignores stock, load and departure time.

Urgencies and dock resorting
02

Unbalanced tasks

Zones, equipment and skills are not distributed by actual work.

Waiting and unstable productivity
03

Uniform control

Everything is checked the same regardless of risk.

Wasted time or missed defect
04

Fragile close

Loaded, shipped and handed to carrier do not mean the same thing.

Inconsistent customer and stock status

Operational journey

A chain of decisions, not a stack of screens.

Each transition identifies the participant, responsible system and expected proof.

1

Prioritise

Build waves

Service, departure, stock, zone, volume and capacity determine release.
Owner
WMS / OMS
Proof
Justified wave
2

Pick

Guide the task

Location, unit, quantity, lot, sequence and control are contextualised.
Owner
PROTECH WMS
Proof
Confirmed pick
3

Consolidate

Reconcile the order

Lines, parcels, documents and variances are brought together before packing.
Owner
WMS
Proof
Complete order or exception
4

Control

Target risk

Weight, quantity, lot, quality and compliance are checked by rule.
Owner
WMS / quality
Proof
Timestamped control
5

Ship

Close the dock

Unit, load, carrier, departure and documents are confirmed together.
Owner
WMS / TMS
Proof
Proven departure and handover

Decision lab

Change context. Follow what genuinely needs to happen.

These scenarios are illustrative: they show decision logic and responsibilities without claiming to simulate your actual outcomes.

E-commerce peak

Absorb volume without losing priorities

Signal

Backlog exceeds two hours of capacity in one zone.

Decision

Recompose waves, zones and resources using departures and customer risk.

Expected proof

Load, cutoff and protected orders visible.

B‑AGILEdecision flowOMS / ERPPROTECH WMSTMSBI

Responsibility architecture

Unify the flow without pretending one system does everything.

The responsibilities below form a reference architecture to adapt to the existing IT landscape.

01

OMS / ERP

Carries priority
Owns
Order, promise, service and constraints
Publishes
Executable demand
02

PROTECH WMS

Carries execution
Owns
Waves, tasks, stock, controls and parcels
Publishes
Progress and exceptions
03

TMS

Carries departure
Owns
Capacity, slot, vehicle and mission
Publishes
Cutoff and confirmation
04

BI

Carries improvement
Owns
Productivity, backlog, quality and service
Publishes
Trend and cause

Actionable cockpit

Warehouse flow cockpit

Backlog, load, cutoff, shortage, control and dock are read together to act before urgency moves.

  • Backlog by cutoffPrioritise genuinely at-risk waves
  • Useful productivityAvoid speed at the expense of quality
  • Shortage rateConnect stock, replenishment and allocation
  • Complete departuresMeasure end-to-end dock service
Operational view · example
Backlog by cutoff01Remaining work versus capacity and departure
Useful productivity02Compliant units per productive hour
Shortage rate03Tasks interrupted by unavailability
Complete departures04Loads departed by quantity, time and documents
Disconnected wavesUnbalanced tasksUniform control
No value is a customer measurement. Illustrative functional example.

Success conditions

What must be true before automation.

01

Explicit scope

Activities, sites, participants, systems and boundaries are defined before any automation.

02

Named responsibilities

Each data item, rule, decision and exception has a business owner and responsible system.

03

Observable proof

An action is only treated as complete after verifiable feedback from the field or execution system.

04

Before / after measurement

A baseline, indicator, horizon and interpretation limits are agreed before the pilot.

Go further

Content to prepare a real discussion.

View all resources

Frequently asked questions

Decide with the right boundaries.

Must existing systems be replaced?

Not necessarily. Scoping distinguishes what should be retained, connected, extended or replaced based on value, risk and expected responsibility.

Can we start with a limited scope?

Yes. One flow, one site and a few critical decisions can test data, rules, interfaces and adoption before extension.

How is real time defined?

By the decision window. Each event must specify its source, frequency, acceptable age and degraded mode.

Are outcomes guaranteed?

No. Benefits are measured against an agreed baseline, scope and period; no generic percentage is promised.

How are exchanges secured?

Through suitable architecture, role-based rights, logging, retention rules and risk-proportionate monitoring.

Who approves business rules?

Named business owners, with IT and execution teams contributing; overrides remain traceable.

Your context first

Make every departure proof of a controlled flow.

Identify the decisions, data, responsibilities and pilot that will deliver observable value.

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