Hospitals and healthcare
Resilient connections help clinical teams access systems and exchange information between facilities.
CloudINX · Institutional solutions
Connectivity that serves a purpose.
Institutions do not buy bandwidth for its own sake. They connect people, systems, applications and places to deliver outcomes. CloudINX's asset-light approach is designed to evaluate infrastructure options around each customer's requirements.
Infrastructure matters because the work matters.
Universities and research
High-capacity connectivity enables research collaboration, scientific data exchange and access to shared computing.
Government and public services
Secure, dependable infrastructure helps public organisations connect offices, applications and communities.
Enterprises
Multi-site connectivity and cloud access support operations, customers and distributed teams.
Critical infrastructure
Connectivity planning supports operational resilience and the movement of essential information.
Emerging AI workloads
Modern computing requires thoughtful data transport, facilities, power and network architecture.
Start with the mission. Design the connection.
Our approach begins with understanding the institution, its operating environment and the connections it needs to make.
Universities & research
Research collaboration, campus-to-cloud connectivity, high-throughput data exchange and cross-institution interconnection.
Discovery focus: Campus locations, research data flows, capacity and security requirements.
Discuss your requirements →Healthcare
Resilient links between hospitals, imaging systems, clinical applications and authorised cloud environments.
Discovery focus: Sites, application criticality, privacy obligations and recovery objectives.
Discuss your requirements →Government & public institutions
Inter-agency connectivity, regional reach, data location requirements and secure supplier selection.
Discovery focus: Procurement framework, sites, sovereignty requirements and assurance controls.
Discuss your requirements →Enterprise & financial services
Multi-site WAN, data-centre interconnection, cloud access and route-diversity planning.
Discovery focus: A/Z endpoints, bandwidth, resilience, service windows and commercial timelines.
Discuss your requirements →Critical infrastructure
Infrastructure connectivity for operationally important facilities, with segmentation and resilience considered during design.
Discovery focus: Operational constraints, site access, failure domains and compliance needs.
Discuss your requirements →AI & distributed computing
Data movement, compute adjacency, high-capacity connectivity and location-aware infrastructure choices.
Discovery focus: Workload profile, throughput, latency, power and data-governance requirements.
Discuss your requirements →From requirements to a defensible proposal
Define the need
Identify decision-makers, locations, applications, capacity, resilience and timeframe.
Confirm supply
Check available routes, facility options, suppliers, technical constraints and pricing.
Build the case
Present an approved architecture, assumptions, commercial terms and delivery responsibilities.
Perspective
Designed around institutional needs
Research networks, hospitals, public services and large enterprises each face distinct availability, privacy, procurement and interoperability requirements. The right architecture begins with those responsibilities.
Discuss an institutional project →When connection matters beyond the network.
Healthcare
Hospitals and care networks need dependable access to clinical applications, data and collaborating facilities. Projects begin with availability, security and continuity requirements.
Education and research
Universities and laboratories rely on connectivity to collaborate, access shared resources and exchange large datasets across institutions.
Government and enterprise
Distributed operations require deliberate choices around network resilience, geographic reach, data location and service management.
Engineering confidence
Critical services deserve careful planning.
Healthcare, research, education and public-sector connectivity require a documented understanding of service dependencies and continuity needs.
Discuss the requirement →