Data Centre Infrastructure

The Backbone of a National Identity System

Data Centre Infrastructure

The Backbone of a National Identity System

Architecture

Architecture and hardware

Centralised, regional and hybrid architectures support national-scale operations, combining central and regional data centres with secure field connectivity adapted to remote conditions.

Enterprise server platforms from Dell Technologies and HPE are specified and configured to workload, resilience and availability requirements, with Microsoft Hyper-V virtualisation for efficient, flexible scaling on government-controlled infrastructure.

Platforms

Platforms and storage

Windows Server and Linux environments run alongside Active Directory, DNS and PKI, with Microsoft SQL Server and PostgreSQL supporting secure, high-volume transactional operation.

Storage platforms from Synology, QNAP, Dell PowerVault and HPE are matched to capacity, performance, retention and recovery requirements.

Network & security

Secure connectivity to every site

Secure, scalable networks span central, regional and temporary sites, built on FortiSwitch with proven experience across Cisco, Juniper, Aruba and Ubiquiti. Fortinet FortiGate firewalls and IPsec VPN protect connectivity between sites, administrative pathways and field devices, with certificate-based authentication strengthening trust.

Wired, cellular and satellite options, including Starlink, extend connectivity to remote operations — consolidating data through regional infrastructure where always-on links are not feasible.

Site networking

FortiSwitch fabric across central, regional and temporary registration sites.

Protected pathways

FortiGate firewalls, IPsec VPN and certificate-based device authentication.

Remote reach

Wired, cellular and satellite links, including Starlink, planned around coverage and power.

Data protection

Encryption at rest and in transit, certificate-based trust and controlled access.

Resilience and continuity, engineered in

Redundancy across server, storage, network and power layers protects service continuity, with disaster recovery aligned to defined Recovery Time and Recovery Point Objectives.

Layered redundancy

Server, storage, network and power layers duplicated so no single failure interrupts service.

Power protection

Smart UPS systems guard against outages and unstable supply in demanding environments.

Enterprise backup

HPE tape libraries, Dell EMC and Quantum support offsite retention and tested recovery.

Disaster recovery

Secondary site deployment and tested procedures against defined RTO and RPO targets.

Monitoring & support

Monitoring and support

Centralised Zabbix monitoring alongside native vendor tools gives unified oversight of servers, storage, network, power and service availability, with threshold-based alerting.

Advanced third-line support covers troubleshooting, root cause analysis and remediation across all layers, with OEM coordination and restoration support following major incidents. Architecture diagrams, network plans and operational records are delivered to ISO-aligned standards for security, change governance and recovery planning.

Frequently Asked Questions

Frequently Asked Questions

Does Laxton support on-premise and government-controlled deployments?

Yes. On-premise and government-controlled infrastructure is the standard approach where data sovereignty, regulatory, or security requirements apply. Cloud and hybrid models are supported where appropriate to the programme.

How is connectivity handled in remote areas with limited network coverage?

Wired, cellular, and satellite options, including Starlink, are planned around coverage, resilience, bandwidth, and power. Where always-on central connectivity is not feasible, regional infrastructure consolidates data securely until it can be synchronised.

What support is provided after deployment?

Centralised monitoring with threshold-based alerting enables early detection of faults and capacity concerns. Advanced third-line support covers troubleshooting, root cause analysis, and remediation across all infrastructure layers, with OEM coordination and restoration support following major incidents.

Which hardware and software platforms does Laxton work with?

Server platforms from Dell Technologies and HPE, Windows Server and Linux environments, Microsoft SQL Server and PostgreSQL databases, and storage from Synology, QNAP, Dell PowerVault, and HPE. Networking and security are built on Fortinet, with proven experience across Cisco, Juniper, Aruba, and Ubiquiti.

How does Laxton ensure continuity if infrastructure fails?

Redundancy is built across server, storage, network, and power layers, supported by smart UPS protection and enterprise backup. Disaster recovery is designed to defined Recovery Time and Recovery Point Objectives, with secondary site deployment and tested recovery procedures.

Does Laxton support on-premise and government-controlled deployments?

Yes. On-premise and government-controlled infrastructure is the standard approach where data sovereignty, regulatory, or security requirements apply. Cloud and hybrid models are supported where appropriate to the programme.

Which hardware and software platforms does Laxton work with?

Server platforms from Dell Technologies and HPE, Windows Server and Linux environments, Microsoft SQL Server and PostgreSQL databases, and storage from Synology, QNAP, Dell PowerVault, and HPE. Networking and security are built on Fortinet, with proven experience across Cisco, Juniper, Aruba, and Ubiquiti.

How is connectivity handled in remote areas with limited network coverage?

Wired, cellular, and satellite options, including Starlink, are planned around coverage, resilience, bandwidth, and power. Where always-on central connectivity is not feasible, regional infrastructure consolidates data securely until it can be synchronised.

How does Laxton ensure continuity if infrastructure fails?

Redundancy is built across server, storage, network, and power layers, supported by smart UPS protection and enterprise backup. Disaster recovery is designed to defined Recovery Time and Recovery Point Objectives, with secondary site deployment and tested recovery procedures.

What support is provided after deployment?

Centralised monitoring with threshold-based alerting enables early detection of faults and capacity concerns. Advanced third-line support covers troubleshooting, root cause analysis, and remediation across all infrastructure layers, with OEM coordination and restoration support following major incidents.