Microsoft Azure Architecture & Consulting Services
We design, assess, migrate, modernize and operate Microsoft Azure environments across landing zones, networking, virtual machines, PaaS, AKS, databases, security, observability, business continuity, automation, FinOps, Azure Virtual Desktop, Azure Arc and AI workloads built with Microsoft Foundry.
Azure consulting from strategy through operations
Azure spans hundreds of services. Rather than turn the page into a catalog, we group our work by technical capability and business outcome. These are the areas we can assess, design, implement, migrate, improve or operate.
Inventory, architecture, Well-Architected Review, security, cost, performance, resilience, licensing and technical debt.
Explore assessments
Management Groups, subscriptions, Azure Policy, RBAC, naming, tagging, logging, connectivity and automation.
Explore Landing Zones
Servers, VMware/Hyper-V, databases, web applications, data and VDI moved to the right IaaS or PaaS target.
Explore migration
VNets, hub-spoke, Virtual WAN, VPN, ExpressRoute, DNS, Firewall, WAF, Front Door, Private Link and egress.
Explore networking
Windows/Linux VMs, Scale Sets, App Service, Functions, Container Apps and platform selection by workload.
Explore compute
AKS design, deployment, networking, identity, ingress, autoscaling, observability and day-2 operations.
Explore containers
Azure SQL, SQL Managed Instance, PostgreSQL, Cosmos DB, Storage, Managed Redis, API Management and messaging.
Explore data
Enterprise architecture for models and agents across networking, RBAC, data, search, secrets, observability and governance.
Explore AI
Host pools, profiles, images, applications, identity, networking, FSLogix, scaling, monitoring and cost.
Explore AVD
Entra, RBAC/PIM, Key Vault, managed identities, Policy, Defender for Cloud, Private Endpoints and logging.
Explore security
Azure Monitor, Log Analytics, Application Insights, Backup, Site Recovery, alerting, runbooks and RTO/RPO.
Explore operations
Cost Management, Advisor, rightsizing, Savings Plans, Bicep/Terraform, GitHub Actions, Azure DevOps and policy as code.
Explore optimizationAn Azure audit based on Well-Architected, not a single score
An environment can be running successfully while still accumulating risk, cost or complexity. We assess the platform and its workloads against the five pillars of the Microsoft Azure Well-Architected Framework and compare those findings with real business requirements.
It is a structured review of architecture, configuration and operations. It identifies trade-offs and prioritizes improvements based on workload criticality, budget and maturity. Azure Advisor, Defender for Cloud and Cost Management provide useful signals, but they do not replace architectural review or workload context.
Azure Well-Architected FrameworkA landing zone is the platform foundation, not a template copied without context
Microsoft defines Azure landing zones as a flexible architecture for governing, securing and scaling multi-subscription Azure environments. We design the platform landing zone and application landing zones around your organization, network, security, billing and operating model.
Not every organization needs the same level of complexity. We size the landing zone to the organization, risk profile, number of subscriptions, teams, regions and segregation requirements. “Enterprise-scale” should not mean adding components nobody will operate.
We migrate to Azure with an explicit decision: rehost, replatform or modernize
Azure Migrate can discover, assess and migrate servers, databases, web applications, virtual desktops and large data volumes. We use it when it fits the scenario and combine migration tooling with networking, identity, security, business continuity and validation.
VMware, Hyper-V, physical servers, other clouds, SQL, applications, connections, usage and component dependencies.
Sizing, IaaS/PaaS targets, compatibility, estimated cost, resilience, licensing and migration risk.
Replication, testing, windows, DNS, routing, databases, Data Box where appropriate, rollback and functional validation.
App Service, Container Apps, AKS, Functions, Azure SQL and other managed services when they improve the workload.
We choose the abstraction level the workload needs, not the trendiest service
A VM, App Service, Functions, Container Apps and AKS solve different problems. We select platforms based on operating-system requirements, portability, scaling, networking, operations, time-to-market and the skills of the team that will own the workload.
AKS & Container Apps
AKS when the workload needs Kubernetes control, ecosystem integration and advanced operations; Azure Container Apps when containerized workloads can benefit from less operational overhead.
- Ingress, identity and networking.
- Autoscaling and node pools.
- Secrets and private endpoints.
- Monitoring and day-2 operations.
App Service, Functions & APIs
Web applications, APIs, serverless and integration using App Service, Functions, API Management, Logic Apps, Service Bus and Event Grid.
- Private networking.
- Autoscale and deployment slots.
- APIs and authentication.
- Messaging and events.
Windows & Linux Virtual Machines
When applications need operating-system control, legacy software or specific runtime requirements, we design VMs and Scale Sets with appropriate backup, patching, monitoring and resilience.
- VMs and VM Scale Sets.
- Managed Disks.
- Bastion and private access.
- Backup and DR.
Legacy systems, OS requirements, third-party products and controlled lift-and-shift.
Maximum control, but greater operational responsibility.
Web/API apps, databases, integration and managed services.
Less operations, but architecture and dependencies may need to change.
Portability, microservices, packaged workloads and consistent deployment.
AKS adds control and complexity; Container Apps simplifies many scenarios.
Events, automation, APIs and workloads with variable demand.
A different execution model with limits and observability considerations that must be designed.
Azure networking designed to be secure, diagnosable and scalable
Networking is more than creating VNets. We design topology, hybrid connectivity, DNS resolution, publishing, segmentation, ingress/egress, routing, private access and observability so the environment can grow without becoming a collection of exceptions.
Hub-spoke / Virtual WAN
Topology selected according to regions, sites, subscriptions, connectivity and the operating model.
VPN & ExpressRoute
Connectivity to datacenters, offices and other clouds, including redundancy and fallback routing where required.
Firewall, WAF & DDoS
Azure Firewall, Application Gateway/WAF, Front Door and exposure controls aligned to application traffic flows.
Private Link & DNS
Private Endpoints, private DNS zones, hybrid name resolution and reduced public exposure.
NAT, routing & outbound traffic
SNAT, UDRs, NAT Gateway and route design to avoid hidden dependencies and scaling issues.
Network Watcher & logging
Diagnostics, flow logging where applicable, metrics, alerts and traffic traceability for real operations.
Azure data architecture: choose services by access pattern, not team preference
We design storage, databases, caching, integration and analytics around consistency, latency, volume, recovery, cost, security and operational requirements.
Azure SQL & SQL Managed Instance
Migration from SQL Server, high availability, backups, private access, performance and PaaS-versus-IaaS selection.
PostgreSQL & MySQL
Flexible Server design, high availability, networking, backups, observability and optimization.
Azure Cosmos DB
Partitioning, consistency, multi-region design, throughput, cost and distributed-access patterns.
Blob, Files & Data Lake
Tiers, lifecycle, redundancy, private endpoints, identity, backup and unstructured-data strategy.
Azure Managed Redis
Caching, sessions, messaging and low-latency patterns. For new designs, we avoid basing architecture on Azure Cache for Redis, which is being retired.
APIM, Service Bus & Event Grid
APIs, asynchronous integration, queues, events and decoupling for distributed architectures.
Azure architecture for AI: models and agents still need networking, identity, data and operations
Microsoft Foundry is Azure’s unified platform for models, agents and AI tooling. We design the enterprise layer around AI workloads: projects, RBAC, private networking, secrets, storage, search, observability, evaluation and environment separation.
Foundry resources & projects
Resource, project and environment structure, RBAC and isolation aligned with the current Microsoft Foundry resource model.
Data, search & retrieval
Azure AI Search, Storage, databases, embeddings, access controls and RAG patterns where appropriate.
Observability & evaluation
Tracing, metrics, quality, latency, errors, consumption and Application Insights for AI workloads and agents.
Identity, network, secrets and cloud posture belong in the architecture from day one
Azure security is not a layer added at the end. We integrate controls into the landing zone and each workload, and we separate a dedicated cybersecurity workstream when the scope requires broader transformation.
Entra ID, RBAC & PIM
Least privilege, role separation, controlled elevation, break-glass access and identities for users, services and applications.
Managed identities & Key Vault
Reduce embedded secrets and design controlled access to keys, certificates and secrets with traceability and rotation where appropriate.
Defender for Cloud
CSPM, recommendations, exposure analysis and workload protection when the required plans are enabled.
Azure Policy
Audit, deny, deployIfNotExists and remediation where needed, without turning governance into an unmanageable exception list.
Private access & segmentation
Private Endpoints, Firewall, WAF, egress control, NSGs and routing aligned with the actual exposure surface.
Technical evidence
Logs, Policy, configuration, roles and evidence to support ISO 27001, ENS or GDPR requirements; technology does not certify an organization by itself.
Azure can also govern workloads that do not live entirely in Azure
Not every workload should move to the public cloud. We design hybrid and desktop-virtualization scenarios when latency, sovereignty, existing investment or legacy applications justify them.
Azure Arc
Projects servers, Kubernetes and other on-premises or multicloud resources into Azure Resource Manager so management, security and governance can be applied more consistently.
Azure Arc
Azure Local & edge
We assess Azure Local and other hybrid options where workloads need to run close to data or remain tightly integrated with the datacenter.
Hybrid architecture optionsAzure Virtual Desktop
Host pools, profiles, images, applications, FSLogix, networking, identity, autoscale, monitoring and continuity for VDI in Azure.
Azure Virtual DesktopAn architecture is not complete until it can be operated and recovered
We design telemetry, alerting, backup and recovery around measurable objectives. Azure provides components; the project must turn them into a coherent operating and resilience strategy.
Observability with Azure Monitor
Metrics, logs, traces and events with Azure Monitor, Log Analytics and Application Insights/OpenTelemetry. We define what to collect, how long to retain it, what to alert on and who responds.
Backup, DR & resilience
Availability Zones, service redundancy, Azure Backup and Site Recovery where appropriate. We define RTO/RPO by workload and recommend recovery testing rather than simply “having backups.”
Azure cost optimization is not simply “downsizing resources”
FinOps combines visibility, ownership and architectural decisions. We analyze spend by workload, environment and team, then prioritize savings without compromising capacity, security or resilience.
How much can we save?
We do not use a universal percentage. Savings depend on the starting point. In an oversized environment there may be obvious opportunities; in an already optimized platform, improvement may come from consumption commitments, automation, architecture or governance rather than simply cutting resources.
- Cost baseline and allocation.
- Showback/chargeback where it adds value.
- Continuous optimization rather than a one-off exercise.
Repeatable, reviewable and traceable infrastructure instead of handcrafted configuration
We use Infrastructure as Code and pipelines where repeatability, change control and scale matter. Bicep and Terraform are not the goal themselves; they help reduce configuration drift and turn architecture into a maintainable artifact.
Bicep & Terraform
Modules, variables, environments, state, what-if/plan, conventions and repositories aligned with the customer operating model.
GitHub Actions / Azure DevOps
Pull requests, approvals, environments, access controls, secrets/identities and infrastructure or application pipelines.
Policy as code
Azure Policy, initiatives, assignments and compliance automation integrated with IaC where it improves governance.
Automation & runbooks
Automating repetitive tasks, remediation, scheduling and controlled operations with clear ownership and logging.
Subscription vending
Automating new application landing zones and subscriptions where volume and the organizational model justify it.
Testing & validation
Validation of templates, policies, deployments, observability and rollback criteria before production rollout.
Eight phases to reduce uncertainty in Azure projects
The detail changes depending on whether the engagement is an assessment, migration, landing zone or modernization project, but we maintain a clear sequence of decision-making and validation before scaling change.
Inventory
Subscriptions, workloads, network, identity, data, cost, dependencies and requirements.
Assessment
Readiness, Well-Architected, risk, compatibility, cost and technical debt.
Architecture
Target decisions, trade-offs, landing zone, networking, security and service choices.
Foundation
Subscriptions, policies, identity, networking, logging, IaC and prerequisites.
Pilot
A representative workload, technical tests, performance, security and operability.
Migrate / build
Waves, deployments, pipelines, data, applications and coordinated changes.
Validation
Functionality, networking, observability, backup, security, cost and acceptance criteria.
Optimize
Runbooks, handover, FinOps, backlog, tuning, reviews and continuous improvement.
What the customer receives beyond Azure resources being deployed
An architecture must remain understandable, operable and evolvable after the project. Deliverables vary by scope, but typically combine assessment, design, implementation and operations.
Assessment & backlog
Inventory, findings, risk, dependencies, cost and a prioritized roadmap.
Target architecture
Diagrams, decisions, flows, services, regions, dependencies and trade-offs.
Landing Zone blueprint
Management Groups, subscriptions, Policy, RBAC, logging, networking and ownership.
Network & security design
VNets, routing, DNS, Firewall, WAF, Private Link, access, Key Vault and exposure.
Migration / modernization plan
Waves, targets, testing, windows, dependencies, rollback and success criteria.
IaC & pipelines
Bicep/Terraform repositories and CI/CD where included in the agreed scope.
Operations & continuity
Monitoring, alerting, backup, DR, RTO/RPO, runbooks and responsibilities.
FinOps & handover
Cost baseline, ownership, opportunities, documentation and knowledge transfer.
Start with an assessment, platform foundation, migration or a specific workload
Azure Assessment
Architecture, Well-Architected, cost, security, resilience and remediation backlog.
Landing Zone
Design and implementation of the enterprise Azure foundation and its guardrails.
Migration / modernization
Servers, applications, databases and data moved to Azure with controlled validation.
Architecture & operations
Design, deployment, optimization and ongoing evolution of existing workloads and platform services.
Azure architecture connected to identity, security, Microsoft 365 and operations
Azure projects rarely exist in isolation. Connectivity depends on the datacenter; applications depend on identity; security crosses Entra and Defender; and many workloads integrate with Microsoft 365. We connect those dependencies so architecture is not designed in silos.
Architecture with enterprise context
What we need to prepare an Azure project scope
You do not need to have the design decided. With this information, we can determine whether the right starting point is an assessment, landing zone, migration or a specific workload.
Do not send secrets or credentials. If access is required, we agree least-privilege permissions, duration, MFA/PIM where applicable and removal of access at project closure.
Azure architecture and consulting: questions to answer before execution
What does a Microsoft Azure architecture consultancy do?
It turns business objectives and technical requirements into an operable Azure platform and workload architecture. Scope may include assessments, landing zones, networking, migration, applications, data, security, observability, backup/DR, IaC, FinOps, AI and ongoing operations.
Do we need an Azure Landing Zone?
If Azure is expected to grow across subscriptions, workloads, teams or governance requirements, a landing zone provides a consistent foundation. It does not mean deploying unnecessary enterprise-scale complexity; the design should match the organization’s size, risk and operating model.
Can you audit an Azure environment that is already in production?
Yes. We can perform an architecture and Well-Architected Review covering reliability, security, cost, operations and performance, plus landing zone, networking, identity, Policy, Defender for Cloud, observability, backup and technical debt.
Can you migrate from VMware, Hyper-V, physical servers, AWS or GCP?
Yes, depending on workload compatibility. Azure Migrate supports discovery and assessment across several source environments and workload types. We define migration waves, IaaS/PaaS targets, testing, expected downtime and rollback for each scenario.
Should an application run on VMs, App Service, Container Apps or AKS?
There is no universal answer. VMs maximize control but retain more operational responsibility. App Service and Functions simplify many PaaS workloads. Container Apps reduces container operations, while AKS provides Kubernetes control when the workload genuinely requires it. We make the decision from requirements and trade-offs.
Does Azure automatically guarantee high availability?
No. Availability depends on end-to-end architecture: regions, zones, dependencies, databases, networking, the application itself, deployment strategy and recovery design. The SLA of one Azure service is not the SLA of the complete solution.
What is the difference between Azure Backup and Azure Site Recovery?
Azure Backup protects data and supported workloads through recoverable copies. Site Recovery focuses on continuity and disaster recovery through replication and failover of supported workloads. Critical architectures normally use them within a broader BCDR strategy with RTO/RPO and recovery testing.
Can you reduce our Azure costs?
We can perform a FinOps assessment and implement optimizations, but we do not promise a fixed percentage. We review rightsizing, idle resources, autoscale, Reservations/Savings Plans, Azure Hybrid Benefit, storage, logs, egress, tagging and architecture.
Do you work with Bicep, Terraform, Azure DevOps and GitHub Actions?
Yes. We can design Infrastructure as Code, modules, pipelines, policy as code, environments, approvals and change controls using Bicep/Terraform and Azure DevOps or GitHub Actions according to the customer standard.
What is Azure Arc and when does it make sense?
Azure Arc extends Azure’s control plane to on-premises and multicloud resources. It can help inventory, govern and apply management and security capabilities to servers, Kubernetes and other resources that do not live inside Azure.
Can you design Azure Virtual Desktop?
Yes. We can cover host pools, images, FSLogix, applications, identity, networking, autoscale, monitoring, resilience and cost. We also assess whether AVD is the right choice compared with other cloud-desktop approaches.
Do you work with Microsoft Foundry and AI workloads?
Yes. We can design the Azure architecture around Foundry resources/projects, models, agents, data, Azure AI Search, networking, identity, RBAC, Key Vault, observability and environment separation. Exact capabilities depend on region, model and currently available features.
Can you help with ISO 27001, ENS or GDPR requirements in Azure?
We can work on the technical part: Policy, roles, logging, networking, secrets, hardening, Defender for Cloud, evidence and platform controls. We do not replace a certification body or provide legal interpretation.
What access does MSAdvance need for an Azure audit or project?
It depends on scope. We prioritize read-only or specific roles where sufficient and use controlled elevation for changes where appropriate. Accounts, MFA/PIM, duration, traceability and access removal are agreed before work begins.
Can you continue operating and optimizing Azure after the project?
Yes. Scope can include stabilization, support, observability, FinOps, security reviews, backup/DR, automation and continuous improvement. Service model and support hours are agreed according to platform criticality and requirements.
Explore Azure further and evaluate how MSAdvance works
Azure guides & analysis
Technical content on architecture, cost, security, migration and operations in Microsoft Azure.
Explore Azure contentSuccess stories
Real-world Microsoft Cloud projects across Azure architecture, security, Modern Workplace and migration.
View success storiesTrust Center
Access control, least privilege, confidentiality, traceability and removal of project permissions.
View Trust CenterMicrosoft Partner
Information about MSAdvance credentials, team and Microsoft experience.
View credentialsMicrosoft Cybersecurity
Entra, Defender, Sentinel, Purview, Zero Trust and cloud security posture for projects that need a dedicated security workstream.
Explore securityAzure Architecture Center
Reference architectures, patterns and decision guides maintained by Microsoft.
Microsoft LearnTurn Azure into a platform that can be governed, operated and scaled
Tell us what you have today, what you need to move or build, and which constraints matter. We can start with an assessment, landing zone, migration or a specific workload.
