Engineering Mission-Critical ICT Infrastructure
We design, supply, deploy, integrate, commission and operate complex ICT environments across data centres, cloud platforms, enterprise networks, cybersecurity, edge infrastructure, field devices and enterprise applications.
Our work is structured around interoperability, availability, maintainability, security and long-term operational performance.
- Data path
- Management path
From Individual Technologies to a Working System
Large ICT programmes rarely involve one product, one location or one technology domain.
They typically involve:
- Multiple infrastructure layers
- Multiple equipment manufacturers
- Existing legacy systems
- Central and distributed locations
- Application and device integrations
- Complex communication dependencies
- Security controls
- Data flows
- Acceptance requirements
- Long operational periods
- Multiple technical and administrative stakeholders
They also require architecture, capacity planning, site readiness, equipment selection, installation, configuration, integration, testing, migration, monitoring and long-term support to function as one system. We bring these activities together through a structured engineering and delivery model.
The performance of the final system depends on more than the specification of individual components. It depends on how those components are:
- Sized
- Selected
- Connected
- Configured
- Secured
- Installed
- Integrated
- Tested
- Monitored
- Maintained
We approach every ICT programme as an integrated engineering system.
Capabilities
Integrated ICT Capabilities
Nine capability areas, each engineered with the layers around it. Our responsibility extends from requirement interpretation and detailed design to commissioning, operational transition, maintenance and future modernisation.
Data Centre Infrastructure
Compute, storage, virtualisation, backup, recovery, network and physical infrastructure for enterprise and mission-critical environments.
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Cloud and Platform Infrastructure
Private cloud, hybrid cloud, public cloud integration, container platforms, workload migration, automation and cloud operations.
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Enterprise Networking
Campus networks, branch networks, data-centre networks, wireless infrastructure, wide-area networks, software-defined networking and network visibility.
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Cybersecurity Infrastructure
Security architecture, segmentation, access control, threat monitoring, endpoint protection, cyber-recovery and security operations integration.
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Edge and Field Systems
Edge computers, gateways, cameras, controllers, sensors, communication devices, vehicle-mounted systems and remote-site infrastructure.
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Enterprise Applications
Application platforms, middleware, databases, workflow systems, monitoring applications, analytics platforms and operational software.
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Integration and Interoperability
Application programming interfaces, middleware, protocol integration, data exchange, device integration, enterprise service interfaces and system orchestration.
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Monitoring and Observability
Infrastructure, application and device monitoring, log management, alert engineering and dashboards for operational visibility.
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Managed Operations and Maintenance
Service desk, infrastructure monitoring, incident management, preventive maintenance, field support, asset management, spares and lifecycle management.
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One Connected Engineering Lifecycle
- Assess
- Design
- Source
- Deploy
- Integrate
- Test
- Commission
- Operate
- Modernise
Operational data feeds the next assessment and the next modernisation cycle.
Each stage is planned in relation to the stages that follow.
- Design decisions consider deployment constraints.
- Technology selection considers interoperability and supportability.
- Installation planning considers testing and acceptance.
- Commissioning planning considers operational transition.
- Operational data informs performance improvement and future modernisation.
This approach reduces gaps between design intent, implementation reality and operational performance.
We organise complex programmes into controlled work packages covering design, procurement, site readiness, logistics, installation, integration, testing, documentation and commissioning.
Designed for Real Operating Environments
ICT systems operate within practical constraints.
We design for real operating conditions.
Our engineering process identifies these constraints early and incorporates them into architecture, implementation and operating models.
See the environments we work inThese can include:
- Existing infrastructure that cannot be replaced immediately
- Limited shutdown windows
- Geographically distributed locations
- Unstable connectivity
- Power limitations
- Environmental exposure
- Limited local technical support
- Multiple user groups
- Complex access-control requirements
- High transaction or data volumes
- Dependency on external systems
- Long procurement and replacement cycles
Responsibility Beyond Go-Live
Commissioning is not the end of an ICT system’s lifecycle.
After go-live:
- User volumes change
- Applications evolve
- Security vulnerabilities emerge
- Equipment fails
- Software versions age
- Storage consumption grows
- Network patterns change
- Integration dependencies increase
- Support arrangements change
- Technology reaches end of life
Our managed operations framework is designed to maintain performance throughout the system lifecycle. After go-live, we maintain visibility across infrastructure, applications and devices through monitoring, incident management, preventive maintenance, configuration control, field support and lifecycle planning.
This includes:
- Monitoring
- Incident handling
- Preventive maintenance
- Capacity management
- Configuration control
- Security update coordination
- Asset tracking
- Root-cause analysis
- Field support
- Spares management
- Upgrade planning
- Obsolescence management
One engineering partner across the complete ICT lifecycle: from architecture and deployment to operations and modernisation.
Discuss an ICT Requirement
Describe the requirement, the locations involved and where the project stands. We will respond with the technical questions that need answering first.