Cloud access architecture
Map regions, access points, bandwidth, routing and resilience around each workload.
CLOUD INTERCONNECT
CloudINX designs the connectivity between users, applications, private infrastructure, public cloud and data-centre environments as one end-to-end service.
CAPABILITY FRAMEWORK
CloudINX combines architecture, implementation, operating control and lifecycle governance around the customer outcome.
Map regions, access points, bandwidth, routing and resilience around each workload.
Integrate private infrastructure, virtual data centres and cloud services.
Create controlled pathways between multiple cloud and enterprise environments.
Govern capacity, change, performance and incident ownership across the service.
ENTERPRISE OUTCOMES
Connectivity designed around workload location and user demand.
Private and encrypted service paths where the architecture requires them.
Diverse access and routing patterns aligned to application criticality.
Visibility of bandwidth, interconnect, transfer and operating dependencies.
Network architecture established before major workload movement.
Defined monitoring, escalation and lifecycle responsibilities.
HOW ENGAGEMENT WORKS
Identify applications, users, data flows, regions and performance requirements.
Define private, encrypted and internet service paths with routing and resilience.
Coordinate interconnect, configuration, testing and migration dependencies.
Monitor capacity, path performance, incidents and lifecycle changes.
WHERE IT CREATES VALUE
Connect private infrastructure with cloud-based applications and services.
Create controlled inter-cloud and user-to-cloud connectivity.
Prepare routes, capacity and failover before workload cutover.
Support large data movement, replication and distributed processing requirements.
CLOUDINX CLOUD INTERCONNECT
CloudINX will turn workload, region and performance requirements into a clear interconnect architecture.