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Data Center Services & Infrastructure Management

# Data Center Services & Infrastructure Management | HANOSYS Build a reliable, secure, and scalable foundation for your business technology with HANOSYS Data Center Services. We support organisations in planning, designing, migrating, modernising, and managing data center environments to meet operational, performance, availability, and compliance requirements. Whether your infrastructure operates in an on-premises facility, a colocation environment, or a hybrid architecture, our approach focuses on infrastructure resilience, efficient resource utilisation, controlled migration, and long-term operational stability.

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OVERVIEW

Data Center Services for your business

Data centers continue to support critical enterprise applications, sensitive information, business transactions, and workloads that require predictable performance or specific data residency arrangements. Managing these environments involves more than servers and storage. It requires coordinated planning across facilities, compute, networking, virtualisation, data protection, security, disaster recovery, and operational processes. HANOSYS provides data center consulting and infrastructure services designed around your environment, technical requirements, and operational objectives. Our work can cover the complete infrastructure lifecycle, from assessment and architecture to implementation, migration, documentation, and managed support. Deliverables and responsibilities are agreed before work begins, giving stakeholders greater visibility into project scope and operational expectations.

WHAT WE DELIVER

Our capabilities

Explore the specialist capabilities available within this service.

Data Center Consulting, Design & Implementation

A well-planned data center helps organisations make informed decisions about capacity, availability, physical infrastructure, and future expansion. We help evaluate requirements and develop infrastructure designs that reflect the needs of the business. Design recommendations are tailored to the facility, workload requirements, budget, resilience objectives, and applicable standards. Alignment with a standard does not itself imply formal certification.

Data center strategy, capacity planning, and infrastructure assessment
Site evaluation and facility suitability analysis
Architecture aligned with applicable Uptime Institute and ANSI/TIA-942 guidance
Rack layout, power distribution, cooling, and airflow planning
Structured cabling and physical infrastructure coordination
Colocation provider assessment and onboarding support
Edge computing and modular data center deployment planning
Energy efficiency and Power Usage Effectiveness (PUE) improvement advisory
Physical security and access control planning
Implementation coordination, commissioning support, and technical handover

Data Center Migration, Consolidation & Modernisation

Infrastructure migration requires careful coordination of applications, dependencies, data, networks, and business availability. A structured migration plan helps reduce disruption and provides a clear path for validating the target environment. Migration activities are planned around agreed maintenance windows, dependencies, recovery requirements, and business acceptance criteria.

Infrastructure discovery and application dependency assessment
Current-state and target-state architecture documentation
Migration strategy, workload grouping, and sequencing
Migration runbooks, cutover plans, and rollback preparation
Physical server relocation and platform migration
Physical-to-virtual and virtual-to-virtual workload migration
Data center consolidation and infrastructure rationalisation
Data center-to-cloud and hybrid infrastructure transitions
Database and enterprise storage migration
Migration validation, post-cutover checks, and stabilisation support
Legacy server replacement and infrastructure refresh planning
Technical documentation and operational handover

Server, Storage & Virtualisation Services

Compute and storage infrastructure must be appropriately sized, securely configured, and manageable throughout its lifecycle. We help organisations assess and implement platforms suited to their workloads and operational requirements. Platform selection should account for workload performance, availability, compatibility, licensing, support arrangements, and the total cost of ownership.

Enterprise server architecture and deployment planning
Server platform selection, including Lenovo where appropriate
Storage area networks (SAN), network-attached storage (NAS), and object storage
All-flash storage architecture and performance planning
Storage tiering, replication, and capacity management
VMware vSphere deployment, upgrades, and configuration
Microsoft Hyper-V and Azure Stack HCI environments
Nutanix and hyperconverged infrastructure (HCI)
Virtual desktop infrastructure (VDI) and Azure Virtual Desktop
Operating system provisioning, baseline configuration, and hardening
Database infrastructure deployment and administration
Infrastructure lifecycle planning and capacity optimisation

Data Center Networking & Connectivity

High-performing infrastructure depends on reliable connectivity between servers, storage systems, applications, users, and external environments. Network design must also support segmentation, visibility, and controlled access. The objective is to establish a network architecture that supports application demands while making security controls, troubleshooting, and future expansion easier to manage.

Data center network architecture and leaf-spine fabric design
Core, aggregation, and top-of-rack switching
Network virtualisation and software-defined networking
Load balancing and application delivery solutions
Data center interconnect (DCI) architecture
WAN connectivity and cloud interconnection planning
Network segmentation and micro-segmentation
Network performance monitoring and troubleshooting
Connectivity planning for hybrid and multi-environment workloads
Network configuration documentation and operational support

Backup, Disaster Recovery & Business Resilience

A backup is only useful if the organisation can recover the required information and systems within acceptable timeframes. Recovery planning should therefore include defined objectives, appropriate protection measures, and regular validation. Recovery procedures should be tested against agreed scenarios and objectives. Actual recovery performance depends on system design, data volumes, dependencies, infrastructure availability, and test conditions.

Enterprise backup strategy and architecture
Backup platform deployment and configuration
Immutable and isolated backup design where supported
Ransomware-resilient data protection planning
Cloud backup and Backup as a Service (BaaS)
Disaster recovery site architecture and replication planning
Disaster Recovery as a Service (DRaaS) assessment and implementation
Recovery Time Objective (RTO) and Recovery Point Objective (RPO) definition
Disaster recovery procedures and operational runbooks
Recovery orchestration and failover planning
Scheduled recovery exercises and failback validation
Recovery test documentation and evidence reporting
Data archival and retention strategy

Data Center Operations & Managed Infrastructure Services

Stable data center operations require continuous visibility, consistent maintenance, capacity planning, and clearly assigned responsibilities. Depending on your requirements, operational support can complement your existing IT team or cover agreed infrastructure management activities. Service hours, escalation paths, response targets, reporting, and service-level agreements are defined according to the agreed engagement.

Network Operations Centre (NOC) monitoring and support arrangements
Infrastructure health monitoring, alerts, and event management
Data Center Infrastructure Management (DCIM) implementation
Environmental monitoring and capacity visibility
Performance and resource utilisation reviews
Operating system, firmware, and configuration management
Preventive maintenance and Annual Maintenance Contract (AMC) coordination
Remote-hands and smart-hands support
On-site infrastructure engineering and resident support
Hardware lifecycle and asset inventory management
Data center decommissioning planning
Secure equipment disposal and asset disposition coordination

OUTCOMES

What you gain

Improved infrastructure visibility: Documented architecture, asset information, dependencies, and operating procedures help teams understand the environment and manage change more effectively.
Reduced migration risk: Dependency mapping, controlled cutovers, validation procedures, and rollback planning support more predictable infrastructure transitions.
Stronger recovery readiness: Defined recovery objectives and documented exercises help identify gaps before an actual disruption occurs.
More efficient resource utilisation: Capacity analysis and consolidation planning can reveal opportunities to improve the use of compute, storage, rack space, power, and cooling.
Consistent operational management: Standardised configurations, maintenance schedules, monitoring, and escalation procedures support day-to-day infrastructure management.
A foundation for future growth: Scalable architecture and lifecycle planning help accommodate evolving business requirements, new workloads, and changing technology needs. Cost savings and performance improvements depend on the existing environment, implementation decisions, licensing, facility constraints, and ongoing operating practices.

WHY HANOSYS

How we add value

Lifecycle-oriented infrastructure planning: Consider the complete infrastructure lifecycle, including assessment, design, implementation, migration, documentation, and ongoing support.
Requirements-driven technology selection: Evaluate infrastructure options according to performance, compatibility, security, maintainability, and commercial considerations.
Structured project governance: Establish clear responsibilities, deliverables, milestones, assumptions, and escalation procedures before implementation.
Operationally useful documentation: Produce appropriate architecture records, configuration details, migration plans, recovery procedures, and handover materials.
Security and resilience considerations: Include access control, network segmentation, data protection, recovery planning, and operational risk in the solution design.
Flexible delivery arrangements: Discuss project-based, hybrid, on-site, or ongoing support models according to the scope and capabilities required. Specific vendor authorisations, certifications, geographic coverage, and round-the-clock service availability should be confirmed for the proposed engagement.

ENGAGEMENT

How we engage

Step 1: Assess

We review your existing infrastructure, workload requirements, dependencies, capacity, operational constraints, and business objectives. The assessment establishes the baseline for planning and prioritisation.

Step 2: Architect

We develop a recommended approach covering infrastructure components, target architecture, migration considerations, resilience requirements, and implementation dependencies.

Step 3: Plan

A project plan defines the scope, responsibilities, milestones, resource requirements, maintenance windows, acceptance criteria, and risk mitigation measures. Pricing and assumptions are documented in the proposal.

Step 4: Implement or Migrate

Approved infrastructure changes are carried out in accordance with the implementation plan. Where migration is involved, cutover, rollback, communication, and validation activities are coordinated with the relevant stakeholders.

Step 5: Validate

The delivered environment is checked against agreed requirements. Depending on scope, this can include connectivity checks, workload validation, backup verification, performance checks, and recovery testing.

Step 6: Document and Handover

Relevant architecture records, configuration documentation, operational procedures, asset information, and knowledge transfer are prepared for the teams responsible for the environment.

Step 7: Operate and Optimise

Where ongoing services are agreed, the environment can be supported through monitoring, maintenance, incident handling, capacity reviews, recovery exercises, and lifecycle planning.

The technology behind this service

Explore infrastructure platforms, compute, storage, networking, backup, disaster recovery, and management technologies that support data center services.

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FAQ

Frequently asked questions

What are data center services?

Data center services cover the planning, design, implementation, migration, protection, and management of the infrastructure that supports business applications and data. Depending on requirements, they may include compute, storage, networking, virtualisation, backup, disaster recovery, and facility-related advisory.

Can HANOSYS help migrate an existing data center?

Migration support can include infrastructure discovery, application dependency mapping, migration sequencing, cutover planning, rollback preparation, validation, and handover. The approach depends on the environment, workload criticality, available maintenance windows, and target platform.

Do you support on-premises, colocation, and hybrid environments?

These environments can be assessed as part of a data center strategy. The recommended approach depends on data residency, latency, connectivity, capacity, security, operational responsibilities, and commercial requirements.

What is the difference between backup and disaster recovery?

Backup protects copies of data for restoration. Disaster recovery addresses how critical systems and services are restored after a major disruption. A complete resilience strategy often combines backups, replication, documented recovery procedures, and regular testing.

What do RTO and RPO mean?

Recovery Time Objective (RTO) is the target time for restoring a service after disruption. Recovery Point Objective (RPO) defines the acceptable amount of data loss measured in time. Both should be agreed according to business impact and validated through suitable recovery exercises.

Can you modernise ageing server and storage infrastructure?

An infrastructure modernisation project can evaluate existing hardware, virtualisation, storage, operating systems, compatibility, capacity, support status, and workload requirements. Recommendations may include upgrades, replacement, consolidation, or migration to an alternative platform.

Can data center energy efficiency be improved?

An assessment can examine equipment utilisation, cooling, airflow, rack layout, power consumption, and facility metrics such as Power Usage Effectiveness (PUE). The appropriate measures depend on the facility design and available operational data.

How are data center projects priced?

Costs depend on the project scope, infrastructure quantities, vendor products, licensing, migration complexity, physical site requirements, engineering resources, and support coverage. A scoped proposal can document assumptions, exclusions, deliverables, and applicable commercial terms.

Do you provide 24/7 data center support?

Continuous monitoring or 24/7 operational support can be considered where the required service capability is available and included in the engagement. Coverage hours, escalation procedures, response targets, and service-level commitments must be confirmed in the service agreement.

Plan Your Data Center Strategy with HANOSYS

From infrastructure assessment and data center migration to modernisation, backup, disaster recovery, and operational support, HANOSYS can help you evaluate the options that best fit your technology environment and business priorities. Contact HANOSYS to discuss your data center requirements and define the next steps for your infrastructure programme.

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