FROM SCATTERED CLOUDS TO ONE GOVERNANCE

Hybrid & Multi-Cloud Management (CCoE)

We bring workloads scattered across multiple cloud providers under central management; a CCoE structure and FinOps transparency bind cloud decisions to enterprise standards and reduce vendor lock-in risk.

ISO 27001ISO 27017KVKKScope record
01 Current state Topology, traffic, and dependency visibility.
02 Target architecture Segmentation, capacity, and availability design.
03 Controlled cutover Change window, validation, and rollback plan.
04 Hypercare Monitoring, tuning, and operational handover.
POSITION

Where this service sits in the portfolio

Capability card infographic for Hybrid & Multi-Cloud Management (CCoE)
SERVICE SCOPE

What this service addresses

The critical topics this service addresses and the outcome we deliver in each.

Multi-cloud managed from one center

contract-scoped

We tie Azure, AWS, GCP and hybrid on-premise workloads to corporate standards through a CCoE structure, centralizing scattered management.

Real-time cost visibility

measured target

With FinOps tagging, budget alarms and reporting, we make cloud cost manageable through a baseline measurement, target and review cadence.

Reduced vendor lock-in risk

evidence readiness

We assess single versus multi-cloud distribution by workload profile, compliance requirements and cost, bringing vendor dependence under control.

Fast onboarding with a standard landing zone

contract-scoped

Azure Landing Zone / AWS Control Tower IaC templates provide secure and repeatable workload onboarding.

Delivery model

Delivery approach

How we phase the service across delivery, governance, and connected service pillars.

  1. We begin with a cloud maturity assessment and readiness analysis, producing a multi-cloud cost comparison (Azure/AWS/GCP), a CCoE organization model and a FinOps budget forecast model.

  2. We set up the landing zone (Azure Landing Zone / AWS Control Tower) and design Kubernetes (AKS/EKS/GKE) container orchestration and multi-cloud governance policies (Azure Policy, AWS SCP).

  3. We deliver a cloud strategy document, IaC templates (Terraform/Bicep), a FinOps dashboard and a CCoE charter/RACI, and run the post-migration optimization loop.

Operating contexts

Example operating contexts

Illustrative surfaces where this service is commonly activated.

Migrating on-premise applications to the cloud

Reducing operational risk through phased migration, choosing the most suitable of rehost, replatform or refactor strategies by workload.

Container orchestration setup

Workload-based container suitability assessment, recommending Kubernetes for microservice architectures and VMs for stateful applications.

FinOps cost control

Starting with tool-based automated reporting and tagging, then progressively defining FinOps roles as the CCoE matures.

DEPTH

Technical and compliance depth

This service's depth on sector-specific technical and compliance topics.

Landing zone and IaC

Azure Landing Zone / AWS Control Tower design; repeatable, standard infrastructure with Terraform/Bicep templates, Helm and ArgoCD.

Multi-cloud governance

Standard cloud policies with Azure Policy and AWS SCP; consistent security, compliance and cost control.

FinOps optimization levers

Cost optimization through tagging, reservations, spot/preemptible and rightsizing; options for data flow into ERP/accounting systems.

What It Solves

Uncoordinated cloud adoption leads to shadow IT, unpredictable spend, workload sprawl across incompatible platforms, and security configuration drift. Without a Cloud Centre of Excellence, organisations lack the governance framework to optimise cost, enforce policy, or orchestrate workloads across AWS, Azure, and GCP simultaneously. Our Hybrid and Multi-Cloud Management practice establishes the CCoE operating model, governance guardrails, and technical automation needed to operate cloud at enterprise scale.

Cloud Centre of Excellence (CCoE) framework design and operating model setup
FinOps practice implementation with real-time cost visibility and chargeback
Kubernetes platform engineering on EKS, AKS, and GKE with GitOps delivery
Landing zone and cloud foundation design with policy-as-code enforcement

Key Benefits

Benefit

Make cost and resource optimization measurable against the agreed baseline and review cadence

Benefit

Make operational speed, resilience, and response outcomes measurable through contracted scope and acceptance criteria

Benefit

Make risk and response indicators visible through measured controls, rehearsed playbooks, and evidence review

Cloud Platforms
AWS, Microsoft Azure, Google Cloud Platform, Oracle Cloud
Container Orchestration
Kubernetes (EKS, AKS, GKE), Rancher, OpenShift
FinOps Tools
CloudHealth, Apptio Cloudability, AWS Cost Explorer, Azure Cost Management
IaC and GitOps
Terraform, Pulumi, ArgoCD, Flux, GitHub Actions

Scope

The scope encompasses cloud strategy advisory, technical architecture, platform engineering, and ongoing managed cloud operations. We cover workload migration planning, containerisation of legacy applications, cost governance, and security posture management. Engagements are structured in 90-day sprints aligned to the CCoE maturity model, progressing from foundation to optimisation to innovation phases.

Workload assessment and migration wave planning (7R framework)
Containerisation assessment and microservices refactoring advisory
Multi-cloud networking design including transit gateways and private peering
Cloud security posture management (CSPM) implementation

Key Benefits

Benefit

Turn the outcome into a measurable target with baseline, owner, and review cadence

Benefit

Make cost and resource optimization measurable against the agreed baseline and review cadence

Benefit

Improve quality indicators through baselines, acceptance criteria, and reviewed evidence

Migration Framework
AWS CAF, Microsoft Azure Migrate, Google CAMP
CSPM Tools
Prisma Cloud, Wiz, Microsoft Defender for Cloud, AWS Security Hub
Service Mesh
Istio, Linkerd, AWS App Mesh
Observability
Datadog, New Relic, OpenTelemetry, Grafana Cloud

Deliverables

Our deliverables are milestone-gated and span strategic, architectural, and operational artefacts. From the initial cloud strategy paper through to production-grade infrastructure-as-code repositories and FinOps dashboards, every deliverable is reviewed by our cloud architects and accepted by the client before the next phase commences.

Cloud strategy and roadmap document with 3-year investment model
Terraform landing zone modules with CI-validated policy guardrails
Kubernetes cluster hardening guides and GitOps pipeline blueprints
Monthly FinOps report with variance analysis and optimisation recommendations

Key Benefits

Benefit

Enable board-level cloud investment decisions with CFO-ready financial models

Benefit

Shorten operational cycle time against agreed measurement targets and acceptance criteria

Benefit

Support audit and compliance readiness with evidence records instead of unsupported public outcome promises

IaC Registry
Terraform Registry (private), Git-versioned module library
Compliance Evidence
Automated via AWS Config, Azure Policy compliance reports
FinOps Dashboard
Grafana Cloud, Power BI, Looker Studio
Architecture Notation
C4 model (Context, Container, Component, Code)

Frequently Asked Questions

What does a Cloud Centre of Excellence actually deliver in practice?

A CCoE provides four core capabilities: a cloud strategy and governance board, a platform engineering team that builds shared services (landing zones, pipelines, observability), a FinOps function that tracks and optimises spend, and an enablement programme that upskills application teams. The result is faster, safer cloud adoption with measurable cost control.

How do you manage security and compliance across three different cloud providers?

We implement a cloud-agnostic policy layer using Open Policy Agent (OPA) and provider-native tools such as AWS Control Tower, Azure Policy, and GCP Organisation Policies. All policies are version-controlled, tested in CI pipelines, and enforced in deny mode for critical controls such as public S3 buckets and unencrypted storage volumes.

Can you help us repatriate workloads from cloud back to on-premises if needed?

Yes. Cloud repatriation is a legitimate outcome of a proper workload placement assessment. We use TCO modelling to identify workloads where on-premises or colocation delivers better economics, and we design the exit as a first-class scenario in the landing zone to avoid vendor lock-in at the compute and data layers.

How does the FinOps practice integrate with our existing finance processes?

We map cloud cost dimensions (account, tag, service) to your existing cost centre and project code taxonomy during onboarding. Monthly chargeback reports are generated in formats compatible with SAP, Oracle Financials, and standard CSV for ERP upload. Finance stakeholders receive role-based access to the FinOps dashboard without requiring cloud console credentials.

Are the Terraform modules transferable to our internal team after the engagement?

Yes. All infrastructure-as-code is delivered under a licence that grants full ownership to the client. Modules are documented with input/output variable references, usage examples, and a module versioning guide. We provide a 2-day hands-on workshop to ensure your platform engineers can extend and maintain them independently.

How frequently are FinOps optimisation recommendations reviewed?

We conduct weekly automated cost anomaly reviews with alert thresholds configured to flag any service exceeding the agreed variance threshold from baseline. Monthly formal reviews include reserved instance coverage analysis, right-sizing recommendations, and savings plan modelling. Quarterly business reviews present cumulative savings achieved against the initial benchmark.

STARTING POINT

Where should the conversation begin?

This short form routes your request to the right support team. We clarify context first, then define the safe sharing method.

  1. We capture context
  2. We choose a safe channel
  3. We clarify the first direction

Privacy-aware first contact; safe sharing flow when needed; no sales pressure.

Main request topic