Integration Between Logistics & Supply Chain Networks Training Course

Course overview

Most supply chains are not one network but many loosely stitched together: a carrier's transport management system, a supplier's order desk, a distributor's warehouse platform, and an internal planning team, each holding a partial picture. Network integration is the discipline of dissolving those silos so orders, shipments, inventory positions, and exceptions move between systems without manual re-keying. This course treats integration as an engineering and governance problem: how you connect enterprise resource planning to a partner's platform, which standards carry the data, and how you build a single version of truth everyone can trust.

The course walks through the technical and organizational work of joining networks that were never designed to talk to each other. You will study how demand signals, shipment events, and inventory records are shared through EDI, application programming interfaces, and distributed ledgers, and how visibility platforms turn scattered feeds into one coherent view. It draws on documented integration efforts in retail, manufacturing, and third-party logistics, and connects to adjacent challenges such as E-Commerce Logistics & Supply Chain Integration, where order-to-delivery networks must interlock in near real time.

Why this matters

Fragmented information is expensive. When a planning system cannot read a carrier's shipment status, safety stock rises and customer promises slip. Standards exist to close these gaps: EDI transaction sets such as ANSI X12 850 for purchase orders and 856 for advance ship notices, the UN/EDIFACT equivalents, and the GS1 framework of GTINs and Electronic Product Code Information Services for event sharing. Newer connective tissue, from RESTful APIs to permissioned blockchain networks like Hyperledger Fabric, extends the same goal of interoperable, tamper-evident data across many parties.

The economics reward integration directly. Collaborative replenishment and vendor-managed inventory reduce stockouts and bullwhip distortion when partners share point-of-sale and inventory data instead of guessing, and control-tower platforms from providers such as project44, FourKites, and SAP Integrated Business Planning have grown because a single, reconciled view of in-transit goods shortens response time to disruption.

Course objectives

By the end of the course, participants will be able to:

• Model data owners and handoff points across a partner network.
• Evaluate EDI, API, and distributed ledger options for a partner.
• Reconcile inventory, order, and shipment records into one truth.
• Coordinate demand signals with logistics plans across partners.
• Calculate order-to-delivery cycle time across the network.
• Calibrate KPI targets as partners and volumes change.
• Link carrier visibility to inbound order and inventory status.
• Design efficient distribution networks using shared partner capacity.
• Compare integration approaches for a given partner network.

Course outline

Unit 1: Foundations of logistics and supply chain integration

• Horizontal versus vertical linkage, not mere coordination.
• The physical layer beneath every supply chain decision.
• Integration barriers: formats, incentives, and trust gaps.
• Less bullwhip and shorter cash-to-cash cycles from alignment.

Unit 2: Demand and inventory synchronization

• Feeding sales and operations plans into transport decisions.
• Vendor-managed inventory and collaborative forecasting.
• On-hand, in-transit, and allocated stock reconciliation.
• Documented examples of point-of-sale data cutting stockouts.

Unit 3: Transportation and distribution coordination

• Transportation management systems sharing carrier status.
• Cross-docking, hub-and-spoke design, and pooled distribution.
• Route and load planning synced to real-time demand data.
• Shared transport, freight consolidation, and carrier pools.

Unit 4: Digital tools and information sharing

• SAP and Oracle exchanging master and transactional data.
• Telematics, EDI, and API feeds merged into one partner view.
• Blockchain, permissioned ledgers, and GS1 EPCIS traceability.
• Middleware and shared data governance across platforms.

Unit 5: Measuring and sustaining integration

• Integration KPIs: perfect order rate and data latency.
• Redundancy, multi-sourcing, and upstream visibility.
• Ownership for integration as partners and platforms evolve.
• Lessons in governance, change, and partner onboarding.

How the course is delivered

An experienced facilitator guides each session as a working conversation, pairing worked integration examples with walkthroughs of documented network cases and structured analysis of what connects and what breaks between systems. Delegates try each method on documented data. The course is educational and does not certify any platform, integration, or organization, nor does it amount to a compliance assessment.

Who should attend

It speaks to supply chain and logistics managers, integration and solution architects, ERP and IT analysts, demand and inventory planners, transportation and distribution leads, procurement professionals coordinating with suppliers, third-party logistics account managers connecting client networks, and program managers overseeing digital transformation.

About EuroQuest International Training

Established in 2015 and headquartered in Bratislava, Slovakia, EuroQuest International Training delivers professional development to a global audience. The company runs training hubs in Istanbul, Geneva, London, Barcelona, Dubai, Vienna, and Paris. To date it has trained upward of 15,000 professionals across a curriculum of more than 1,000 courses.

Frequently asked questions

What kind of certificate comes with this course?

A EuroQuest certificate of completion is provided once the course ends. It confirms that you took part and covers the topics studied. Because it is not a qualification conferred by a certification body, it should be presented as continuing-professional-development evidence.

Is prior technical knowledge needed to keep pace?

No deep programming knowledge is required. The course explains EDI, APIs, and ledger technologies in practical terms, so business-side planners and managers can follow along, while technical attendees gain a clearer view of how these mechanisms serve network integration.

What integration standards and technologies does the course address?

It addresses widely used data standards such as ANSI X12 and UN/EDIFACT EDI, GS1 and EPCIS event sharing, and RESTful APIs, alongside platforms including ERP systems, transportation management systems, control-tower visibility tools, and permissioned blockchain networks.

Related courses

If you want to deepen specific parts of network integration, these related courses build directly on the themes covered here:

• Blockchain Technology in Logistics & Supply Chain Security
• Real-Time Tracking Technologies & Logistics Efficiency
• Automation & Digital Transformation in Logistics
• Emerging Trends in Logistics & Global Supply Chains

Register for this course

Connect your networks into a single, reliable view of the truth. Speak with the EuroQuest International Training team to book your place on this course.