Overview
How a Packaging & Containers Manufacturer Automated Its Entire Order Fulfilment Process Across SAP and EAM Systems
A packaging and containers manufacturing company sought to fully automate its order fulfilment process by integrating its two core ERP systems SAP S/4 Hana and SAP ECC with its enterprise asset management platform, Oracle EAM (Oracle Database) using MuleSoft as the central integration layer.
The client's operations spanned order intake, customer management, and tracking & shipping all of which were fragmented across disconnected systems requiring manual handoffs and duplicate data entry. TGH designed and delivered a bi-directional MuleSoft integration that established seamless, real-time data synchronisation across SAP and EAM, implemented advanced transformation logic with cross-referencing, and introduced comprehensive monitoring dashboards with API alerts automating the complete order lifecycle from placement to fulfilment.
SAP S/4 Hana
Next-Gen ERP / Orders & Customer
📋 Sales Orders
👤 Customer Details
📦 Tracking & Shipping
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MuleSoft
Bi-Directional
SAP ECC
Classic ERP / Back-Office Processing
🔄 Order Replication & Sync
📊 Inventory & Materials
💰 Finance & Billing
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MuleSoft
Bi-Directional
Oracle EAM
Enterprise Asset Management
🏭 Asset & Work Orders
🔗 Cross-Reference Data
✅ Fulfilment Confirmation
TGH's MuleSoft integration transformed how we manage order fulfilment. What previously required manual coordination across SAP and EAM now flows automatically in real time with full visibility at every stage of the fulfilment lifecycle.
Problem Definition
Disconnected ERP and EAM Systems Creating Fulfilment Delays & Operational Risk
The client's order fulfilment process was dependent on three separate systems SAP S/4 Hana for modern ERP operations, SAP ECC for legacy back-office processing, and Oracle EAM for enterprise asset management none of which communicated with each other automatically. Every order required manual re-entry and reconciliation across systems, creating delays, errors, and a complete lack of real-time visibility across the fulfilment chain.
No automated data flow between SAP S/4 Hana and SAP ECC Order data created in SAP S/4 Hana had to be manually replicated into SAP ECC for back-office processing. This duplication introduced delays in order confirmation, inconsistencies in inventory and billing records, and excessive manual effort from operations staff to keep both systems in alignment.
No integration between SAP and Oracle EAM Once orders were processed in SAP, the relevant asset management and work order data in Oracle EAM had to be updated manually. This disconnect meant that fulfilment status, asset utilisation, and operational scheduling were never in sync, leading to bottlenecks on the plant floor and missed delivery windows.
No cross-reference mapping between systems SAP and Oracle EAM used different identifiers for the same entities materials, work centres, and customers meaning every data exchange required manual cross-referencing and translation, a time-consuming and error-prone process with no standardised logic.
No real-time visibility or error alerting With no centralised monitoring in place, errors in order data or synchronisation failures went undetected until they caused operational disruption. There was no mechanism for alerting teams to failures in real time, and no dashboard to give management visibility into order fulfilment status across systems.
High risk of data inconsistency at scale As order volumes grew, the manual approach became increasingly unsustainable. Inconsistent data between SAP S/4 Hana, SAP ECC, and Oracle EAM created downstream problems in reporting, customer communication, and operational scheduling impacting the client's ability to fulfil orders accurately and on time.
Solution
A Bi-Directional MuleSoft Integration Connecting SAP and Oracle EAM in Real Time
TGH designed and implemented a comprehensive MuleSoft integration solution that connected SAP S/4 Hana, SAP ECC, and Oracle EAM through a unified integration layer enabling seamless, automated, bi-directional data flow across the complete order fulfilment lifecycle. The solution eliminated all manual handoffs, established real-time synchronisation, and delivered full operational visibility through monitoring dashboards and API alerts.
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Seamless bi-directional data flow from SAP S/4 Hana and SAP ECC TGH built real-time integration flows that synchronise order, customer, inventory, and billing data between SAP S/4 Hana and SAP ECC automatically, eliminating the need for manual re-entry and ensuring both systems always hold consistent, up-to-date records.
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Advanced transformation logic with EAM cross-reference data The integration applies advanced DataWeave transformation logic to map SAP identifiers to their Oracle EAM equivalents including materials, work centres, and customer references enabling accurate, automated data exchange between systems that previously had no shared data model.
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Bi-directional order synchronisation from SAP to EAM and vice versa Order fulfilment events including work order creation, asset scheduling, and completion confirmation now flow automatically in both directions between SAP and Oracle EAM. This ensures that production scheduling and asset management are always aligned with the current order status in SAP.
🛡️
Robust error handling with global error handler and enhanced logging A centralised global error handler intercepts, classifies, and manages integration errors across all flows preventing silent failures and ensuring that any data processing issue is captured, logged in detail, and flagged for resolution without impacting downstream systems.
📊
Real-time monitoring dashboards and API alerts MuleSoft Anypoint Monitoring dashboards provide operations and IT teams with live visibility into all integration flows. Automated API alerts notify relevant stakeholders the moment a threshold is breached or a flow failure is detected ensuring fulfilment issues are identified and addressed before they become customer-facing problems.
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Architecture approach: The solution was built on MuleSoft's API-led connectivity model with Experience, Process, and System API layers ensuring the integration is modular, reusable, and maintainable. Each SAP and Oracle EAM system is encapsulated behind a dedicated System API, providing a clean abstraction that isolates downstream changes from upstream consumers.
Implementation
How TGH Delivered the Integration in Four Structured Phases
TGH followed a structured, phased delivery approach beginning with discovery and API design, progressing through core integration build and testing, and concluding with production deployment and knowledge transfer. Each phase was designed to reduce risk and ensure the integration met the client's operational requirements before go-live.
Phase 1
Discovery & Design
Phase 2
Core Integration Build
Phase 3
Testing & Validation
Phase 4
Go-Live & Handover
01
System Discovery & API Design
TGH conducted a thorough discovery of the SAP S/4 Hana, SAP ECC, and Oracle EAM environments mapping existing data models, identifying cross-reference requirements, and defining the integration scope. API specifications were designed in Anypoint Design Center ahead of any development work to prevent contract-level mismatches during build.
02
Core Integration Flows & Transformation Logic
The core MuleSoft integration flows were built including SAP S/4 Hana to SAP ECC synchronisation, SAP to Oracle EAM order fulfilment flows, and bi-directional confirmation flows from EAM back to SAP. Advanced DataWeave transformation logic was implemented to handle all cross-reference mapping between SAP and Oracle EAM entity identifiers.
03
Error Handling, Monitoring & Testing
A global error handler was implemented and integrated across all flows with detailed logging and error classification for every failure scenario. Anypoint Monitoring dashboards and API alerts were configured for real-time visibility. End-to-end testing was conducted across all integration scenarios, including edge cases and failure recovery paths, before sign-off.
04
Production Deployment & Knowledge Transfer
The integration was deployed to the production environment following successful UAT sign-off. TGH provided full technical documentation and conducted knowledge transfer sessions with the client's internal IT and operations teams equipping them to manage, monitor, and extend the integration independently following handover.
Results
Measurable Outcomes Delivered Across the Fulfilment Operation
The MuleSoft integration delivered immediate, measurable improvements across the client's order fulfilment operation reducing fulfilment cycle times, eliminating data errors, and providing management with real-time visibility they had never had before.
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Faster
Order fulfilment cycle eliminated manual handoffs across all three systems
✅
Zero
Manual re-entry between SAP S/4 Hana, SAP ECC and Oracle EAM
🎯
100%
Data accuracy with automated cross-reference transformation logic
📊
Real-Time
Monitoring dashboards live across all integration flows
🛡️
Robust
Error handling global handler captures and logs all failure events
🔄
Bi-Dir
SAP ↔ EAM synchronisation running continuously in production
Data Validation & Transformation Accuracy100%
Advanced DataWeave logic with EAM cross-reference mapping
Order Fulfilment Process Automation100%
End-to-end automation from order intake to EAM confirmation
Reduction in Manual Data Entry Effort~95%
Near-complete elimination of cross-system manual re-entry
Real-Time Monitoring Coverage100%
All integration flows monitored via Anypoint dashboards and API alerts
Technology Stack
Platforms & Tools Used in This Engagement
The integration was delivered using MuleSoft Anypoint Platform as the central integration layer, connecting SAP S/4 Hana and SAP ECC via standard SAP connectors, and Oracle EAM via Oracle Database connectivity with DataWeave handling all transformation and cross-reference logic throughout.
MuleSoft Anypoint Platform
SAP S/4 Hana
SAP ECC
Oracle EAM (Oracle Database)
DataWeave Transformation
MuleSoft API Manager
Anypoint Monitoring
API-Led Connectivity
Global Error Handler
API Alerts & Notifications
SAP Connector (Anypoint)
Oracle DB Connector
Business Benefits
Four Strategic Benefits Delivered to the Business
The MuleSoft order fulfilment integration delivered four core business capabilities that directly strengthen the manufacturer's operational agility from seamless cross-platform data flows to a fully automated, real-time order lifecycle with end-to-end visibility.
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Seamless Data Exchange
Order, customer, and fulfilment data now flows automatically and accurately across SAP S/4 Hana, SAP ECC, and Oracle EAM eliminating manual handoffs and ensuring all systems hold a consistent, up-to-date view of every order throughout the fulfilment cycle.
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Automated Business Cycle
The complete order fulfilment cycle from order intake and ERP processing through to EAM work order management and fulfilment confirmation is now fully automated. Manual re-entry, reconciliation, and cross-system coordination have been eliminated across the entire operation.
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Faster Transactions
Real-time bi-directional synchronisation between SAP and Oracle EAM has significantly reduced order fulfilment cycle times. Orders are processed, scheduled, and confirmed faster improving on-time delivery performance and reducing the operational cost of delays and manual exception handling.
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High Performance & Reliability
The integration is built for enterprise-grade reliability with a global error handler ensuring no data is lost during failures, Anypoint Monitoring providing real-time dashboards, and API alerts giving operations teams immediate notification of any issue keeping the fulfilment operation running at full performance.
🗂️Cross-reference mapping must be designed upfront Mapping SAP and Oracle EAM identifiers to a shared reference model before any development began prevented costly rework during integration build and ensured transformation logic was accurate from the first test run
🔄Bi-directional sync requires careful conflict resolution Designing clear rules for which system is the authoritative source for each data entity before implementing bi-directional flows prevented circular update loops and ensured data integrity was maintained across all three systems
🛡️Global error handling is not optional Implementing a centralised error handler across all integration flows rather than handling errors per flow ensured consistent logging, classification, and alerting behaviour across the entire integration landscape from day one
📊Monitoring must be live before go-live Configuring Anypoint Monitoring dashboards and API alerts as part of the build not after go-live gave the client's operations team real visibility from the first day of production, accelerating confidence and adoption of the automated process
