Client: A global leader in energy and water infrastructure modernization engaged HNM Systems for a multi-year initiative to modernize and scale its storage and compute environments across three continents. The engagement leveraged cloud security engineers and infrastructure specialists to support secure, scalable environments.
Industry: Energy and Infrastructure
Services Provided: Hybrid Cloud Engineering, Infrastructure Automation, Cloud Security Engineers, Storage & Backup Modernization
Key Results at a Glance
- 60% reduction in manual intervention through automation
- Standardized hybrid cloud architecture across three continents
- Improved disaster recovery with stronger RPO/RTO benchmarks
- Increased network performance and replication speed
- Faster troubleshooting and failover with Tier 3 support
Business Need
The client operated mission-critical workloads across the U.S., Europe, and APAC, with growing demand for scalable cloud-native services, automated infrastructure management, and stronger disaster recovery capabilities.
However, legacy systems spanning on-prem and cloud environments lacked consistency in architecture, backup automation, and disaster recovery planning. As operational risk increased across regions, the organization needed a standardized hybrid cloud strategy that could deliver performance, security, and compliance at scale.
Our Approach
We implemented a standardized hybrid cloud model supported by automation, infrastructure engineering, and embedded cloud security engineers.
Hybrid Cloud Architecture & Automation
We designed and deployed modern storage and backup architecture across Azure and global data centers while implementing Infrastructure-as-Code (IaC) to support lifecycle management. Automation was introduced across backup, disaster recovery, and configuration workflows to reduce manual intervention and improve consistency.
Cross-Functional Engineering Execution
Our team supported delivery across storage, networking, and cloud operations, embedding principal-level engineers within the client’s global IT architecture team to drive alignment and execution at scale.
Technology Integration
The solution integrated Azure, VMware, Red Hat, and Kubernetes environments, supported by automation tools such as Ansible, Puppet, Bash, and Python. Enterprise storage platforms—including EMC, NetApp, Pure Storage, and Veeam—were modernized alongside network optimization across DNS, firewalls, VPNs, Cisco UCS, and ExpressRoute.
Security, Resilience, and Governance
Security and resilience were embedded throughout the engagement to ensure compliance and operational stability across regions.
Zero-trust access controls, encryption standards, and audit logging were implemented to align with enterprise governance requirements. Multi-region disaster recovery architecture improved RPO/RTO benchmarks, while secure access and capacity planning ensured scalability across environments.
A Tier 3 support model with real-time alerting enabled faster troubleshooting, improved failover performance, and continuous operational visibility.
Results
- 60% reduction in manual intervention through automation of backup and configuration tasks
- Transitioned to standardized hybrid cloud model from legacy infrastructure
- Improved disaster recovery with multi-region architecture and stronger RPO/RTO benchmarks
- Standardized configuration management and telemetry across three continents
- Increased network performance and replication speed through optimized routing
- Faster troubleshooting and failover with Tier 3 support and real-time alerting
Business Impact
Beyond technical improvements, the engagement transformed how the client managed global infrastructure.
The organization moved from fragmented, region-specific systems to a unified hybrid cloud model with consistent governance and automation. Operational risk was reduced through improved resilience and disaster recovery capabilities, while automation enabled teams to focus on higher-value initiatives instead of manual maintenance.
Why HNM Systems?
Embedded Engineering Expertise
Cloud security engineers and infrastructure specialists operated within the client’s global teams, ensuring alignment and consistent execution across regions.
Automation-Driven Delivery
Infrastructure-as-Code and workflow automation reduced manual effort while improving reliability and scalability.
Enterprise-Scale Architecture
Proven ability to design and implement hybrid cloud environments across complex, multi-region infrastructure.
Integrated Security and Resilience
Security, compliance, and disaster recovery were embedded into every phase of delivery to support long-term operational stability.
Ready to Improve Hybrid Cloud Performance?
Explore how HNM Systems improved scalability, resilience, and security across global infrastructure using cloud security engineers and automated hybrid cloud solutions.
Download the full case study: Automated Hybrid Cloud Infrastructure to Boost Scalability and Storage Efficiency
