Mining never stops. Neither should your digital core

An international mining company modernized its SAP S/4HANA digital backbone to strengthen resilience, scalability and connectivity across distributed mining operations. The transformation moved the core environment from legacy infrastructure to a cloud-enabled architecture while maintaining business continuity through a phased migration.
Two mining professionals use a laptop overlooking an active open-pit mine, connecting field operations with a resilient digital backbone
98% reduction
in Recovery Point Objective
80% reduction
in Recovery Time
Migration Timeline
3.5 months across SAP environments
RPO and RTO Target
~24 hours to 15 minutes RPO ~24 hours to 4 hours RTO
Excavator operator loads a mining haul truck while an engineer works on a laptop nearby
Resilience is not measured by where your infrastructure runs. It is measured by how quickly your operations can recover.
As critical SAP processes supported multiple regions and remote mining locations, variable performance, infrastructure constraints and recovery limitations increased the need for a more resilient and scalable operational backbone.
Objectives
Modernize the SAP environment with a resilient, scalable cloud foundation while protecting business continuity and improving connectivity across distributed mining operations.
Opportunity
The modernized core provides a foundation for future AI-enabled operational insights, predictive modelling, AI-assisted forecasting and intelligent automation, while enabling compute, storage and SAP capabilities to scale more easily.
The challenge was not moving SAP to the cloud. The challenge was doing it without putting mining operations at risk.

The transformation needed to address infrastructure, connectivity and recovery constraints while protecting the continuity of critical SAP-supported processes across geographically distributed operations.

Key Challenges
A mining worker using this laptop in the field
The initiative required more consistent SAP performance and lower latency for users connecting from remote mining locations.
Personalization at scale
Existing hardware limitations constrained the ability of the SAP environment to scale with future operational requirements.
From Fragmented Systems to a Future-Ready Architecture
The existing disaster recovery architecture no longer met recovery expectations for business-critical systems.
Mining team using digital connectivity to improve safety, operational intelligence and autonomous mining operations.
The transformation needed to move the SAP landscape to a modern foundation without putting ongoing mining operations at risk.
Solution
From legacy infrastructure to a resilient, cloud-enabled operational core.

The approach combined SAP landscape assessment, cloud architecture, enhanced site connectivity and business continuity mechanisms with a progressive migration designed around operational stability.

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Connected Mine Operations

SD-WAN connectivity was implemented to provide stable, low-latency connections between headquarters and distributed mining operations.

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Scalable Cloud Foundation

The SAP landscape was redesigned on a cloud architecture covering compute, storage, networking, identity and high availability, providing greater capacity to scale the core environment.

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Multi-Region Recovery

Multi-region disaster recovery, synchronization and recovery mechanisms were incorporated to strengthen continuity and significantly reduce recovery objectives.

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Phased SAP Migration

SAP S/4HANA was migrated progressively across development, QA and production environments, balancing migration speed with stability so business operations could continue throughout the transition.

Impact
Cloud becomes the foundation for the next mining transformation.

The transformation reduced Recovery Point Objective by 98%, from approximately 24 hours to 15 minutes, and Recovery Time Objective by 80%, from approximately 24 hours to 4 hours. SAP S/4HANA was migrated across development, QA and production in 3.5 months. Testing across more than eight operational sites also confirmed a more consistent experience, lower round-trip time and improved behaviour during peak loads.
The journey to intelligent mining does not start with AI. It starts with a digital core you can trust.

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