Executable priority
Waves consider stock, capacity, departures and commitments.

Capability · Picking & shipping
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.
Waves consider stock, capacity, departures and commitments.
Each operator receives the right task and control.
Controls target risk without uniformly slowing flow.
Parcels, units, dock, transport and documents are reconciled.
Decision framework
Warehouse performance comes from a controlled sequence: availability, priority, method, resource, control, dock and confirmation.
Gaps to eliminate
Each gap connects an observable situation to a business consequence. Diagnosis then verifies frequency, impact and cause.
Commercial priority ignores stock, load and departure time.
Urgencies and dock resortingZones, equipment and skills are not distributed by actual work.
Waiting and unstable productivityEverything is checked the same regardless of risk.
Wasted time or missed defectLoaded, shipped and handed to carrier do not mean the same thing.
Inconsistent customer and stock statusOperational journey
Each transition identifies the participant, responsible system and expected proof.
Prioritise
Pick
Consolidate
Control
Ship
Decision lab
These scenarios are illustrative: they show decision logic and responsibilities without claiming to simulate your actual outcomes.
E-commerce peak
Backlog exceeds two hours of capacity in one zone.
Recompose waves, zones and resources using departures and customer risk.
Load, cutoff and protected orders visible.
Lot-controlled order
Expected lot is no longer available in the initial zone.
Propose a compliant alternative or escalate before substitution.
Lot, rule, approval and parcel reconciled.
Constrained departure
Vehicle is at dock but three orders remain incomplete.
Compare wait, partial, deferment or transport replanning.
Decision, order and mission updated together.
Responsibility architecture
The responsibilities below form a reference architecture to adapt to the existing IT landscape.
Actionable cockpit
Backlog, load, cutoff, shortage, control and dock are read together to act before urgency moves.
Success conditions
Activities, sites, participants, systems and boundaries are defined before any automation.
Each data item, rule, decision and exception has a business owner and responsible system.
An action is only treated as complete after verifiable feedback from the field or execution system.
A baseline, indicator, horizon and interpretation limits are agreed before the pilot.
Related B‑AGILE solutions
A capability may be carried by a full suite, a standalone solution or an existing system. Diagnosis decides.
Orchestrates waves, tasks, controls, consolidation and shipping.
Explore SuiteConnects order, warehouse, transport and control.
Explore SolutionShares cutoff, capacity, mission and transport departure.
Explore SuiteConnects omnichannel promise, allocation and execution.
ExploreGo further
Frequently asked questions
Not necessarily. Scoping distinguishes what should be retained, connected, extended or replaced based on value, risk and expected responsibility.
Yes. One flow, one site and a few critical decisions can test data, rules, interfaces and adoption before extension.
By the decision window. Each event must specify its source, frequency, acceptable age and degraded mode.
No. Benefits are measured against an agreed baseline, scope and period; no generic percentage is promised.
Through suitable architecture, role-based rights, logging, retention rules and risk-proportionate monitoring.
Named business owners, with IT and execution teams contributing; overrides remain traceable.
Your context first
Identify the decisions, data, responsibilities and pilot that will deliver observable value.