Cloud readiness assessment
Workload-by-workload analysis of dependency, data gravity, licensing and regulatory constraints, with a disposition per application.
Cloud adoption planned properly: landing zone design, migration sequencing and a cost model that still holds twelve months in.
Cloud programmes rarely fail on technology. They fail on sequencing, on landing-zone decisions taken too late, and on a cost model nobody owned.
Solvidian advises on cloud and infrastructure programmes from the decision stage through to migration planning and steady-state operations. We assess which workloads should move, which should stay, and which should be retired, then design the landing zone and the sequence to get there.
We are equally direct about when not to move. Some workloads are cheaper, faster and safer where they are, and a hybrid estate designed on purpose beats a half-finished migration every time.
Scope is agreed in writing before an engagement starts. These are the components we most often build it from.
Workload-by-workload analysis of dependency, data gravity, licensing and regulatory constraints, with a disposition per application.
Account and subscription structure, network topology, identity model, tagging standard, guardrails and policy baseline.
Wave planning by dependency, cutover approach per workload, rollback criteria and a realistic critical path.
Total cost of ownership modelling, commitment strategy, showback design and the controls that stop spend drifting.
Recovery objectives agreed with the business, then designed for: backup, replication, failover and tested recovery runbooks.
Review of module structure, state management, environment promotion and pipeline controls for your provisioning code.
Tangible artefacts you own outright, in editable formats, with no dependency on us to read or maintain them.
Four stages, with a decision point at the end of each. You can stop after any of them.
Applications, dependencies, data volumes and licence positions collected into a single workload register.
Each workload assigned an outcome (retain, re-host, re-platform, refactor or retire) with the reasoning attached.
Foundations designed for identity, network, security and cost governance before the first workload moves.
Waves planned around dependency and risk, with cutover and rollback criteria defined per wave.
If these are not true at handover, the engagement has not finished.
No. We work across the major hyperscalers and regional providers, and the choice is driven by your workload profile, data residency requirements and commercial position.
Yes. Data residency and sector-specific requirements are treated as first-class design constraints in the disposition and landing-zone work, not as an afterthought at the end.
Independent advice on where your technology should go next, plus a costed, sequenced plan for getting there.
Network architecture, segmentation and performance engineering: designed on paper, validated in test, documented for the people who run it.
Design of software that runs on and around computer systems and communication equipment: device interfaces, control planes and the platforms that manage them.
A short scoping call costs nothing and usually saves a great deal of specification work later.
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