The capability

Managed IT Infrastructure & Enterprise Platforms

Enterprise technology designed, deployed, integrated, and supported around the operation it must keep running.

CIPL works across network security, ERP, IT service management, centralised logging, virtualisation, and contact-centre platforms. Experience includes pfSense, ERPNext, GLPI, Graylog, XCP-ng with Xen Orchestra, and VICIdial.

Our own offices use pfSense firewalls in high-availability configurations, multiple internet connections, UPS protection, and generator backup. Combined with a multi-office footprint, these controls provide a practical foundation for business continuity and resilient delivery.

Capabilities also include osTicket managed service-desk environments, TrueNAS storage, AWS and Microsoft Azure workloads, and scheduled database integration for operational reporting.

Inside the operation

Built as a working system, not a list of tasks.

Core capabilities

The work CIPL teams can manage within a documented and client-approved operating scope.

pfSense firewall deployments can include high availability, multiple internet links, VLAN segmentation, VPN access, policy control, and health monitoring.
ERPNext services cover configuration, migration, workflows, roles, reports, integrations, user training, and ongoing operational support.
GLPI can organise service requests, incidents, assets, service levels, configuration records, knowledge, and support-team ownership.
osTicket can be implemented and managed as a focused service-desk platform for email-to-ticket intake, queues, priorities, assignments, service commitments, escalation, and reporting.
Graylog centralises logs for search, alerting, dashboards, investigation, retention, and visibility across authorised infrastructure and applications.
XCP-ng and Xen Orchestra provide centrally managed virtualisation, workload lifecycle, backup, recovery, capacity, and host visibility.
TrueNAS can provide managed network storage, controlled shares, snapshots, replication, backup targets, capacity monitoring, and recovery workflows.
AWS and Microsoft Azure workloads can be deployed and supported with documented access, network, monitoring, backup, cost, and operational controls.
VICIdial, directory services, and hardened servers provide contact-centre, identity, access, integration, and system-lifecycle foundations.
Scheduled database integration can move approved operational reporting data between systems with field mapping, validation, logging, and exception handling.

Supported channels

The customer, employee, and system touchpoints that can form part of the service workflow.

On-premise, private, AWS, Microsoft Azure, and other hosted environments are supported according to the organisation's security, connectivity, control, and recovery requirements.
Secure remote administration gives authorised engineers controlled access for support, maintenance, investigation, and change execution.
APIs, database integrations, storage services, monitoring, and alerting platforms connect enterprise systems and surface events that require operational attention.

Delivery approach

How the service is prepared, launched, supervised, and improved after production begins.

Discovery documents business workflows, system dependencies, access, security, capacity, availability, backup, and recovery objectives.
Architecture and migration plans define target design, sequencing, responsibilities, acceptance tests, rollback, and production-readiness criteria.
Staging or pilot validation tests configuration, integrations, performance, access, monitoring, backup, and representative failure scenarios.
Hardening, documentation, training, handover, monitoring, incident, upgrade, and review options support the platform after go-live.

Quality & controls

The checks used to protect accuracy, accountability, customer experience, and process compliance.

High-availability and failover planning identifies single points of failure and defines how critical services continue or recover.
Access and configuration control documents authorised users, privileged actions, approved changes, and the current operating baseline.
Backup and recovery validation confirms that protected data exists, can be restored, and meets agreed recovery expectations.
Patch, vulnerability, monitoring, and incident records keep security and service-health work visible and accountable.

Performance focus

The indicators used to explain outcomes, identify operational friction, and guide improvement.

Availability and service health show whether critical platforms are reachable, stable, and operating within agreed thresholds.
Incident response and resolution measure how quickly service interruptions are acknowledged, investigated, contained, and restored.
Backup and recovery validation shows whether recovery controls work in practice rather than existing only as configuration.
Service-level completion, capacity, patch status, and compliance indicators support operational planning and governance decisions.

Business value

Measured by the outcome, not the activity.

A documented and resilient technology stack gives organisations greater control of critical systems and a secure foundation that can grow with the operation.

Secure foundations. Supportable platforms.

Core capabilities

Supported channels

Delivery approach

Quality & controls

Performance focus