Turn NetWeaver, BW, EP and PI support risk into an action plan
The SAP NetWeaver planning matrix connects support risk with practical upgrade, migration and operating-model decisions.
Read the planning matrix
_____About the Customer…
The organisation faced growing operational risk from complex hybrid SAP landscapes that combined on-premises legacy systems with cloud-hosted workloads. Without dedicated SAP operations expertise, the environments were vulnerable to unplanned downtime, integration failures, and escalating costs.
A mix of on-premises SAP ECC 6.0 and AWS-hosted S/4HANA 2022 created operational silos, inconsistent patching schedules, and fragmented monitoring across environments.
The organisation did not have a dedicated SAP Basis team capable of managing the full stack — from database administration through to application-layer tuning and transport management.
Legacy infrastructure running IBM DB2 and Microsoft SQL Server lacked high availability configurations, leaving critical business processes exposed to single points of failure.
Mezzan’s SAP ECC environment interfaced with multiple third-party applications, with no centralised monitoring of integration health or data flow.
Reactive break-fix support meant issues were only addressed after business impact had occurred, resulting in extended outages and lost productivity.
Without right-sizing analysis or reserved capacity planning, there was a culture of “buy more hardware” rather than optimizing the estate.
Left unaddressed, these challenges would have continued to drive unplanned downtime, data integrity risks, and escalating operational costs — ultimately threatening the stability of mission-critical SAP processes across the organisation.
Conducted a thorough review of both SAP landscapes, cataloguing system versions, interfaces, backup configurations, and existing SLA gaps to establish the managed services baseline.
Onboarded both SAP environments into the Cloudwrxs managed services framework, including knowledge transfer, runbook creation, and ITIL-aligned process definition.
Deployed Amazon CloudWatch dashboards and custom SAP-aware alerting covering infrastructure metrics, SAP application health, database performance, and batch job status across all systems.
Automated routine Basis operations including transport management, user administration, system refreshes, and kernel patching using AWS Systems Manager and scheduled maintenance windows.
Established end-to-end monitoring for all third-party application interfaces on AWS, with automated alerting on data flow interruptions, API failures, and message queue backlogs.
Implemented AWS Backup policies with cross-region replication for disaster recovery, validated restore procedures, and established RPO/RTO targets aligned to business criticality.
Established monthly service reviews with both customers, tracking KPIs against SLAs, identifying cost optimisation opportunities, and implementing performance tuning recommendations.
Round-the-clock monitoring of SAP ECC and S/4HANA environments using Amazon CloudWatch, AWS Systems Manager for SAP, and custom application-level health checks to detect issues before business impact.
ITIL-aligned incident and problem management with defined severity levels, escalation paths, and root cause analysis — reducing mean time to resolution and preventing recurring failures.
Full SAP Basis support including kernel updates, support pack application, transport management, user administration, and performance tuning across both ECC 6.0 and S/4HANA 2022 systems.
Continuous monitoring of all third-party application interfaces hosted on AWS, with automated alerting on data flow failures, API timeouts, and message processing errors.
Comprehensive backup strategy using AWS Backup with cross-region replication, automated restore testing, and documented DR runbooks aligned to agreed RPO and RTO targets.
Ongoing right-sizing of Amazon EC2 instances and Amazon EBS volumes, implementation of Reserved Instances and Savings Plans, and storage lifecycle policies — delivering 20–25% infrastructure cost savings.
Within the first six months of managed services engagement, the organisation achieved significant improvements in system reliability, operational efficiency, and cost control across their SAP environments.
Achieved 99.9% uptime across all SAP environments through proactive monitoring, automated failover configurations, and rapid incident response within agreed SLA targets.
Proactive monitoring and root cause analysis eliminated recurring issues, cutting critical P1/P2 incidents by 40% compared to the pre-managed-services baseline.
Performance tuning of SAP S/4HANA workloads on AWS — including HANA memory management, batch job scheduling, and EC2 right-sizing — delivered measurable improvements in transaction response times.
End-to-end monitoring of third-party application interfaces ensured consistent data flow between SAP ECC and AWS-hosted systems, eliminating integration blind spots.
Infrastructure cost optimisation through EC2 right-sizing, Reserved Instance adoption, EBS volume tiering, and S3 lifecycle policies delivered sustained savings of 20–25%.
_____About Cloudwrxs
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