Cloud connectivity is architecture, not just a line.
When Microsoft 365, Azure, SaaS or hybrid workloads become business-critical, connectivity determines performance, security, cost and user experience.
objectale clarifies which cloud access model fits the situation: optimised internet path, dedicated cloud access, datacenter connection, multicloud routing or a clean handover into the WAN/SD-WAN target picture.
When cloud connectivity should be reassessed.
Cloud connectivity starts where network services meet business-critical cloud services. This is not about WAN in general, but about the controlled, performant and secure path to Microsoft, SaaS, private cloud and hybrid workloads.
Three typical paths to the cloud.
From optimised internet paths to multicloud control: objectale clarifies which architecture fits applications, availability, security, cost structure and international orientation.
Cloud via Internet / Azure Access
For companies moving Microsoft workloads to Azure: the familiar internet path remains usable while Azure traffic is guided deliberately.
- familiar user experience remains intact
- guide Microsoft/Azure traffic deliberately
- good entry point when criticality is clearly limited
Dedicated Cloud Access
For business-critical systems where bandwidth, latency, availability and responsibility must be predictable — with a dedicated path and clear SLA logic.
- defined bandwidth and latency
- less dependency on the public internet
- stronger fit for critical workloads and compliance contexts
Multicloud via Routing & SD-WAN
For multiple sites and multiple cloud destinations: the routing unit forms the controlled handover point, while SD-WAN manages paths, policies and cloud targets.
- routing unit as the controlled handover point
- address multiple cloud destinations and sites
- transition to the WAN visualisation when site topology becomes relevant
Microsoft / Azure Connectivity
Structure access to Azure and Microsoft workloads, assess performance and prepare suitable access variants.
SaaS & Internet Breakout
Do not let SaaS traffic blindly run over existing paths; classify user experience, security and availability deliberately.
Dedicated Cloud Access
Plan and offer dedicated cloud paths with clear bandwidth, latency, SLA logic and responsibility.
Hybrid Cloud & Datacenter
Connect private cloud, colocation, backup, disaster recovery and IT service provider links cleanly with cloud destinations.
Multicloud & Routing
Coordinate multiple cloud destinations, providers and handover points — without turning cloud connectivity into uncontrolled complexity.
WAN as the next question
When cloud access must be governed across multiple sites and user groups, objectale guides the next step towards the WAN visualisation →
From cloud need to reliable access.
Cloud connectivity becomes clearer when the business use case is understood first — not the product name of the access service.
Classify workloads
Which applications, users, sites and data flows are truly critical?
Choose access model
Assess internet path, dedicated access, datacenter handover or multicloud routing against need, risk and cost.
Prepare delivery
Select carrier, cloud and datacenter building blocks, structure the offer and coordinate implementation.
Cloud connectivity is not simply “faster internet”.
This page focuses on the path to the cloud. Connectivity provides the connection types. WAN describes the site architecture. Cloud connectivity decides how business-critical cloud services become reachable, performant and controllable.
What companies receive from objectale
- Clarity on which cloud access model fits the use case
- Comparable options for internet, dedicated access, datacenter handover and multicloud
- Assessment of latency, bandwidth, redundancy, SLAs, security and cost
- A clean handover into implementation or — where needed — into WAN/SASE architecture
Which cloud connection needs to work reliably?
Whether Microsoft 365, Azure, SaaS, private cloud, colocation, dedicated access or multicloud routing: objectale classifies the need and makes the right access model decidable.