Capabilities Order management / OMS

Capability · Order management / OMS

An order is not a line.It is a promise to orchestrate.

Centralise demand, qualify what can be promised, select the execution path and keep every exception connected to the customer.

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

Omnichannel peakActive scenario01SignalDemand exceeds two sites’ capacity for a critical family.02DecisionReallocate using service, capacity and cost, then inform each channel.03ProofRecalculated promise, rule and impacted customers visible.04Active systemOMS05Active systemERP
01 / 04Protect priority orders without freezing the network
B2B orderActive scenario01SignalA customer requires lot, window, documents and split delivery.02DecisionQualify constraints before allocation and create coherent execution waves.03ProofEach delivery retains its reference, proof and balance.04Active systemOMS05Active systemERP
02 / 04Manage a constrained multi-drop order
Late stockoutActive scenario01SignalA non-conformity makes an already reserved lot unavailable.02DecisionCompare substitution, transfer, partial and new date against the promise.03ProofReason, approval and new promise recorded.04Active systemOMS05Active systemWMS
03 / 04Decide before the customer discovers the gap
ReturnActive scenario01SignalA return is announced before physical receipt.02DecisionSeparate expected, received, inspected and promiseable.03ProofRestock status and decision visible.04Active systemOMS05Active systemWMS
04 / 04Reintegrate without distorting availability
01 / 0402 / 0403 / 0404 / 04
01

Qualified promise

Date, quantity, channel and service level rely on verifiable availability and capacity.

02

Consistent priorities

Rules arbitrate orders without silently shifting risk to another customer.

03

Connected execution

Warehouse, store, transport and finance receive the same order context.

04

Explainable exception

Stockout, delay, substitution or cancellation retain their cause, decision and impact.

Decision framework

Connect promise, responsibility and proof.

The order system carries the commitment. It does not replace ERP, WMS or TMS: it organises their decisions around one shared promise.

Business logic

Decisions start with explicit rules.

Connected architecture

Clear responsibilities, from signal to proof.

OMSOrchestrates the promiseERPCarries managementWMSExecutes the physical flowTMSExecutes transportCRM / canauxCarries the relationship

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

Unsynchronised channels

E-commerce, stores, EDI and sales teams do not always share the same statuses.

A different promise by channel
02

Theoretical availability

Visible stock may ignore reservations, quality, lot or fulfilment capacity.

Order accepted but not fulfilled
03

Scattered rules

Customer priorities, substitutions and arbitration remain in files or habits.

Slow, contestable decision
04

Incomplete feedback

Field status does not return to the order record with the right granularity.

Customer service without a reliable answer

Operational journey

A chain of decisions, not a stack of screens.

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

1

Intake

Qualify demand

Channel, customer, lines, addresses, dates, services and constraints become one coherent record.
Owner
OMS or ERP depending on architecture
Proof
Complete, controlled order
2

Promise

Question reality

Availability, capacity, lead time and rules are reconciled before commitment.
Owner
OMS with ERP/WMS sources
Proof
Explained date and quantity
3

Allocation

Reserve the right stock

Site, lot, channel, customer and priority are arbitrated using a versioned rule.
Owner
OMS or allocation engine
Proof
Choice and reason retained
4

Orchestration

Select the path

Warehouse, store, partner or drop-ship flow receives a contextualised instruction.
Owner
OMS
Proof
Instruction sent and acknowledged
5

Execution

Track without rebuilding

Picking, shipping, delivery and incidents return to the same record.
Owner
WMS, TMS, store or partner
Proof
Milestones linked to the order
6

Close

Reconcile service and finance

Delivered, partial, cancelled, returned and billable statuses are consolidated before close.
Owner
ERP / finance
Proof
Order closed without grey areas

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.

Omnichannel peak

Protect priority orders without freezing the network

Signal

Demand exceeds two sites’ capacity for a critical family.

Decision

Reallocate using service, capacity and cost, then inform each channel.

Expected proof

Recalculated promise, rule and impacted customers visible.

B‑AGILEdecision flowOMSERPWMSTMSCRM / canaux

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

Orchestrates the promise
Owns
Priorities, allocation, path and consolidated status
Publishes
Orders, arbitration and exceptions
02

ERP

Carries management
Owns
Customers, items, terms, sales order and finance
Publishes
Master data and management commitments
03

WMS

Executes the physical flow
Owns
Field stock, picking, control and shipping
Publishes
Availability, milestones and exceptions
04

TMS

Executes transport
Owns
Plan, mission, tracking, POD and transport costs
Publishes
ETA, events and proof
05

CRM / canaux

Carries the relationship
Owns
Interaction, information and customer demand
Publishes
Context and communication

Actionable cockpit

Customer promise cockpit

An actionable view links the order, risk and action—without hiding the source or frequency of each status.

  • Promise keptSeparate announced service from actual service
  • Exception agePrioritise records losing their action window
  • ReallocationMeasure rule and network stability
  • Perfect orderTrack end-to-end quality, not an isolated milestone
Operational view · example
Promise kept01Orders delivered on the agreed date and quantity
Exception age02Time from detection to decision
Reallocation03Orders whose site or stock changed
Perfect order04Complete, compliant, on time and documented
Unsynchronised channelsTheoretical availabilityScattered rules
No value is a customer measurement. Illustrative functional example.

Success conditions

What must be true before automation.

01

Shared definitions

Order, line, promise, allocation, partial and close mean the same thing to teams and systems.

02

Owned rules

Each priority, override and effective date has a business owner.

03

Confirmation loop

The executing system confirms what was actually done.

04

Role-based access

Customers, stores, partners and internal teams see only what is relevant to them.

Go further

Content to prepare a real discussion.

View all resources

Frequently asked questions

Decide with the right boundaries.

Does an OMS replace ERP?

No. ERP generally retains management and finance. Scoping allocates order capture, promise, allocation, execution and close.

Is a separate OMS required?

Not always. The capability may be carried by an existing solution, an extension or a dedicated component depending on channels, rules and volumes.

How do we avoid false real-time availability?

By documenting each data item’s source, frequency, status and acceptable latency for the decision concerned.

Can we start with one channel?

Yes, if the pilot covers demand, allocation, execution, exception and status feedback end to end.

How are customer priorities managed?

With versioned rules, a business owner, override reasons and measurement of impact on other commitments.

Can external partners receive orders?

Yes via portal, API, EDI or file depending on maturity, with appropriate rights and acknowledgements.

Your context first

Turn every order into a controlled promise.

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

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