techone --guide=logistics
Logistics and ERP: Flow, Data, and System Boundaries
We start with receiving, storage, production supply, dispatch, and returns. This defines responsibilities and boundaries between ERP, WMS, MES, carriers, and the integration layer.
TL;DR
- Starting Point
- The system decision follows the material flow, workload, and exceptions. Current ERP screens are only one source of evidence.
- Data and Identification
- Items, locations, batches, serial numbers, expiration dates, handling units, labels, and devices need shared rules.
- System Boundaries
- ERP, WMS, MES, carriers, automation, and EDI need clear ownership, handoffs, and error procedures.
- Solution Choice
- ERP warehousing, advanced WMS, extensions, and integrations are compared against company scenarios, not a single count.
- Preparation Output
- The output covers the target process, responsibilities, integrations, data, validation, delivery sequence, and estimation inputs.
Start with the Physical Flow of Materials
A logistics design starts with material movement and the events that change its status. We review the normal flow, discrepancies, damage, returns, and failures. This shows what fits ERP, WMS, an extension, integration, or process change.
Receiving, Inspection, and Putaway
The process starts with an expected delivery and ends with confirmed inventory. It covers an advance notice, quantity differences, inspection, batches, expiration, labels, and blocked stock.
Storage, Movements, and Availability
Every movement needs a source, destination, quantity, time, and owner. The design covers locations, zones, handling units, counts, and availability.
Production or Assembly Supply
Materials must reach the work center in the right quantity and time. ERP, WMS, or MES must interpret demand, reservations, issues, returns, and substitutions consistently.
Picking, Dispatch, and Returns
From order release, the process covers selection, packing, labels, and carrier handoff. Returned or damaged goods need a status tied to inventory, claims, and finance.
Which System Owns Each Responsibility
An operation can begin in ERP, continue on a WMS device, and end with a carrier confirmation. Each event needs a system of record, handoff time, acknowledgement, and error response. Several systems must not control the same state.
ERP
ERP holds demand, master data, accounting inventory, and financial effects. It needs confirmation of receipts, issues, consumption, dispatches, and returns even when another system controls the warehouse.
WMS
WMS controls locations, tasks, handling units, work sequence, and mobile devices. Its role follows concurrency, strategies, automation, and availability.
MES and Manufacturing Systems
A manufacturing system can control operations, consumption, and work-center supply. The warehouse boundary establishes when responsibility changes and which system confirms consumption or returns.
Carriers, TMS, and Automation
Carriers, label printing, scales, conveyors, automated storage, and AGVs create further events. The design defines instructions, confirmations, and responses to unavailable equipment.
Integration Layer and EDI
This layer transfers orders, advance notices, delivery information, statuses, and invoices. It needs mapping, validation, monitoring, and safe retries. The EDI integration guide covers formats and testing.
How We Prepare the Target Logistics Process
The initial analysis connects warehouse work with data and current systems. We prepare a decision that can be validated with vendors, divided into stages, and used to estimate delivery.
Map the Physical Flow and Its Variants
We review receiving, storage, production supply, picking, dispatch, and returns with operating teams. Volumes, peaks, waiting, workarounds, and exceptions complete the map.
Validate Data, Identification, and Devices
We check items, units, locations, batches, expiration, packaging, handling units, barcodes, and labels, plus devices, printers, networks, and confirmation points.
Define System Responsibilities
We assign data and event ownership across ERP, WMS, MES, carriers, automation, and EDI. Transfers receive a direction, frequency, acknowledgement, monitoring, error response, and retry rule.
Validate Options against Critical Scenarios
The same scenarios are tested in ERP, advanced WMS, an extension, or integration. Comparison covers users, exceptions, availability, performance, licensing, devices, and operation.
Prepare Delivery and Operating Scope
The target design connects process, system boundaries, integrations, data, and acceptance. It adds stages, cutover, responsibilities, metrics, and estimation inputs.
When to Assess ERP Warehousing or Advanced WMS
Dynamics 365 Business Central supports several levels of receiving, putaway, and picking, plus locations, tracking, expiration, and FEFO with the required setup. Mobile work must be validated for the version, application, and device.
Warehouse Management in Dynamics 365 Supply Chain Management supports work and location rules, mobile work, waves, advanced picking, packing, and cross-docking. A standalone WMS can also be assessed against the same scenarios.
When to Assess ERP Warehouse Functions
- Receiving, putaway, movements, picking, and dispatch with clearly defined variants
- Locations, zones, batches, serial numbers, expiration dates, and stock counts
- A direct connection between the warehouse and purchasing, sales, manufacturing, and finance in ERP
- Concurrent operations that do not require separate dynamic work control
- A limited range of automation and supporting systems
- Mobile work after validating the application, devices, and any required extension
When to Assess Advanced WMS
- High concurrency across receiving, replenishment, movements, picking, and dispatch
- Work and location strategies, waves, zone picking, or cluster picking
- Advanced packing, shipment consolidation, or cross-docking
- Automated storage, conveyors, sorters, AGVs, or other warehouse equipment
- Multiple devices and interfaces that require continuous monitoring and recovery
- Operating requirements that the current ERP standard and extensions cannot prove in critical scenarios
Which Scenarios the Solution Must Prove before Selection
A product presentation shows functions. Selection requires an end-to-end run with company data and differences between expected and physical states. Each scenario defines its input, roles, result, timestamps, and acceptance.
Receiving Discrepancy
How the process handles a quantity difference, unexpected item, damage, missing batch, or invalid label before releasing inventory.
Putaway and Location Replenishment
How the system selects a destination by capacity, zone, item, and constraints and responds when it is unavailable.
Batches, Expiration, and Traceability
Whether receiving, movement, picking, and returns preserve tracking and FEFO respects expiration, blocking, and customer requirements.
Shortage in Production Supply
How shortages, substitutions, partial issues, or returns affect inventory, planning, and work in progress and which system confirms them.
Picking, Packing, and Dispatch
How work is created, items verified, labels printed, shipments formed, and confirmation sent to the carrier, customer, and ERP.
Return, Damage, and Count Difference
How inventory is separated from available stock, who decides its disposition, and how the outcome reaches records and finance.
Device or Integration Failure
How work continues during device, printer, automation, or integration failure and resumes without a duplicate movement.
TechOne Experience with Logistics Processes
A logistics solution connects operations, analysis, ERP, integrations, and support. Our manufacturing, wholesale, and retail projects demonstrate these disciplines.
HELLA Autotechnik Nova
For the Mohelnice plant, we conducted an internal logistics analysis, mapped material flows and operational requirements, and prepared a target design focused on faster material flow, lower inventory and higher turnover.
Tecam PCV
We provide ongoing ERP development for a wholesale company, deliver supplier EDI connections, and report inventory status. Regular prioritization connects support with development.
Lagardère Travel Retail
A five-month EDI communication analysis mapped the order-to-invoice flow, ORDERS, DESADV, and INVOIC fields, validation, and supplier onboarding.
We use the same approach for a new solution: validate operations and data, define responsibilities, and then determine the system and integration scope.
Frequently Asked Questions
How should we start designing or changing a logistics solution?
Begin with several flows from receiving to dispatch, plus returns and common exceptions. For every step, identify the movement, document, data source, role, and system. Volumes, peaks, devices, and problems complete the target-process evidence.
When are ERP warehouse functions enough and when should we assess advanced WMS?
Assess ERP warehousing for defined receiving, putaway, movement, picking, and dispatch with limited concurrency and automation. Compare advanced WMS for demanding strategies, waves, consolidation, cross-docking, automation, or strict availability. Scenarios, integrations, licensing, and operating costs confirm the decision.
How do we connect ERP, WMS, manufacturing, carriers, and EDI?
Define ownership of orders, inventory, locations, tasks, batches, shipments, and confirmations. Then design messages or APIs, identifiers, event sequence, validation, and monitoring. Every transfer needs error handling and safe retries.
Which data, identification, and devices should we prepare?
The scope includes items, units, packaging, locations, zones, batches, serial numbers, expiration, handling units, and labels. Mobile work requires validated devices, printers, networks, and sign-in. Every object needs ownership, cleanup, mapping, and reconciliation.
What determines delivery scope, schedule, and cost?
The factors are process variants, concurrency, data, product, extensions, integrations, automation, devices, sites, migration, testing, and cutover. Estimates follow the approved process, system boundaries, and stages. Counts alone are insufficient.
Related Topics
ERP in Manufacturing
How to connect demand, materials, capacity, production execution, quality, and cost.
EDI Integration for Manufacturers
How to prepare partner specifications, messages, mapping, testing, and operational monitoring.
ERP Integration
Designing data ownership, integration flows, validation, monitoring, and error handling.
Prepare the Target Logistics Process.
In the initial conversation, we review receiving, storage, production supply, dispatch, returns, current systems, and the most important operating exceptions. This identifies what must be validated before selecting ERP, WMS, and integrations and which inputs are still needed for a delivery estimate.