AI ERP with agents inside the systems you run
AI phone and voice agents for real calls
LLM.coPrivate, self-hosted LLM deployments
Legal AI infrastructure for firms
AI RFP discovery and response drafting
Automatic.coBusiness process automation
CyberAttack.aiThreat detection and defense
Secure AI virtual data rooms
10 business days
To start an Azure engagement
Scoping through first sprint
100%
Senior engineers, US-based
No offshore handoff on production infrastructure
Every sprint
Working software on a preview URL
Not a status deck between milestones
100%
Infrastructure you own
In your own Azure subscription, from the first commit
Where Azure actually fits
The decision inside each layer of an Azure build
Azure's catalog overlaps heavily with AWS's — the decisions inside it are what actually shape a build, and they're rarely the ones a generic "why choose Azure" page names.
Compute
App Service for a web application or API that doesn't need custom OS-level control — Azure manages the runtime, scaling, and patching. AKS when you're committed to Kubernetes or need real portability. Azure Functions for short, event-triggered work where paying per execution beats a server sitting idle. Virtual Machines only when something genuinely needs full OS control that a managed service can't give it.
Identity
Microsoft Entra ID (formerly Azure Active Directory) is Azure's actual differentiator for enterprise buyers — single sign-on, conditional access, and role-based access control that plugs directly into whatever AD your organization already runs. Building an app's auth around Entra ID from the start avoids a second identity system living alongside the one your company already trusts.
Data
Azure SQL Database for a managed relational workload that wants Azure handling backups, patching, and failover, with the same T-SQL surface as on-premises SQL Server. Cosmos DB for globally distributed, multi-model data where a relational engine would need constant sharding work to keep up. Azure Database for PostgreSQL or MySQL when the workload is already built on either and the migration goal is minimal disruption.
Storage
Blob Storage for unstructured data — the Azure equivalent of S3, and the default for anything that isn't a filesystem or a database. Azure Files when multiple compute resources need a shared filesystem, including legacy Windows workloads that expect an SMB share rather than an API.
Governance
Management Groups and Azure Policy let you enforce naming conventions, allowed regions, and required tags across every subscription in an organization, rather than hoping each team follows a wiki page. This is the layer that keeps a multi-team Azure estate from drifting into inconsistent, unauditable sprawl.
Hybrid
Azure Arc extends Azure's management plane — policy, monitoring, identity — to servers and Kubernetes clusters running outside Azure entirely, including on-premises. It's the honest answer for an organization that isn't moving everything to the cloud on the same timeline, and needs one control plane across what does and doesn't move.
Architecture decisions
What's expensive to unwind after an Azure subscription is live
The gaps below are cheap to close from day one and expensive to close after applications and habits have already formed around them.
Subscription and management group structure
A single subscription holding production, staging, and every experiment together makes billing attribution and blast-radius containment much harder later. Structuring subscriptions by environment or business unit from the start, under a management group hierarchy, is a decision that's simple before resources exist and disruptive to change after.
Role-based access control scope
Azure RBAC's built-in roles are broad by default — Contributor grants far more than most people actually need. Scoping custom roles to what a given team or service principal actually does is straightforward early and a real audit project once dozens of overly broad role assignments have accumulated.
Resource tagging and cost management
Azure Cost Management can't attribute spend to a team or feature without a consistent tagging policy enforced from the first deployment. Retrofitting tags across an estate that's grown for a year without them means reconstructing ownership nobody documented.
Infrastructure as code
Bicep, Terraform, or ARM templates — committing to one for everything, including resources a teammate might otherwise create by hand in the portal during an incident. The portal is a fine place to look at infrastructure and a poor place to define it.
Networking and private endpoints
Azure services default to being reachable over the public internet unless you explicitly configure Private Link or a service endpoint. Deciding which services need to be network-isolated is a design conversation worth having before launch, not a finding from a security review afterward.
Backup and disaster recovery testing
Azure Backup and geo-redundant storage are easy to enable and easy to assume are working. The failure that actually costs data is never having tested a restore — a quarterly drill is cheap insurance against finding out a backup policy had a gap during an actual incident.
What's involved
Azure engagement types
What moves the scope is how much of the environment is already defined as code versus built by hand in the portal, and how many workloads a migration or hybrid deployment actually has to touch.
| Engagement | Commitment | Timeline | What's included |
|---|---|---|---|
| Azure readiness audit | Fixed scope | 1 – 3 weeks | Subscription and RBAC review, identity architecture assessment, and a prioritized list of what has to change before a migration or build starts. |
| Migration engagement | Fixed scope | 6 – 16 weeks | Workload-by-workload migration to Azure, including Azure SQL Database or Managed Instance cutover for existing SQL Server workloads. |
| Greenfield architecture and build | Fixed scope | 8 – 20 weeks | New system designed and built on Azure — compute, identity, and data layer chosen for the workload, with infrastructure as code from the first commit. |
| Hybrid deployment with Azure Arc | Fixed scope | 4 – 10 weeks | Extending Azure's policy, monitoring, and identity plane to on-premises servers or Kubernetes clusters that aren't moving to the cloud yet. |
| Ongoing Azure support | Ongoing retainer | Ongoing | Standing ownership of infrastructure, deploys, and incident response through the next service launch, security patch, and audit. |
Ranges assume US-based senior engineers and include the identity and governance review a cheaper quote often strips out. The audit exists as its own first step to find out how much of the current environment is undocumented before anyone commits to the rest.
Migration and hybrid
Moving to Azure, or living between Azure and on-premises
Azure's migration and hybrid tooling exists because a large share of its actual customer base isn't starting from zero — it's an organization with an existing Windows Server estate, an on-premises Active Directory, or an SQL Server footprint that isn't disappearing overnight.
Azure Migrate assesses before it moves anything
Azure's own migration tooling profiles existing VMs and databases for right-sizing and dependency mapping before a cutover plan is written. Skipping this step is how a migration ends up moving an oversized VM at full cost instead of a right-sized one.
Active Directory sync is usually the real prerequisite
Azure AD Connect (now Entra Connect) syncing an on-premises AD to Entra ID typically has to be working correctly before any application migration makes sense — identity is the dependency most other services sit on top of, not an afterthought bolted on at the end.
SQL Server has the most direct migration path in the catalog
Azure SQL Database and Azure SQL Managed Instance both speak the same T-SQL surface as on-premises SQL Server, which makes this one of the more mechanical migrations in the Azure catalog when the source database doesn't lean on features neither managed offering supports.
Azure Arc for what isn't moving
Servers with hardware dependencies, data-residency constraints, or workloads simply not ready to migrate can still be managed through Azure's policy and monitoring plane via Arc, without being physically relocated. This is often the honest middle step between "all on-premises" and "all cloud," not a permanent compromise.
App Service and Azure Kubernetes Service both take an existing .NET app with minimal rework
A .NET application already built for IIS or a container generally moves to App Service or AKS with configuration changes rather than a rewrite, which is a real advantage over a migration that also has to change language or framework along the way.
Downtime is a negotiation, not a given
Database Migration Service and Azure Site Recovery both support minimal-downtime cutover paths for the workloads that need one. Whether a migration needs that investment or can tolerate a maintenance window is worth deciding explicitly, because the tooling to avoid downtime costs real setup time either way.
Azure vs. the alternatives
When Azure is the right cloud, and when it isn't
Azure earns its place with a specific kind of organization. Outside that profile, the decision should be made on the actual workload, not on which provider a previous vendor happened to default to.
Where Azure's integration actually pays off
An organization already running Active Directory, Office 365, and internal tools built on .NET gets real, measurable value from Entra ID's native single sign-on and from App Service's fit with existing .NET applications. That integration is Azure's genuine differentiator, not a marketing claim.
Where a different platform fits better
A team with no existing Microsoft footprint, building primarily on open-source frameworks and containers, often gets equivalent or better value from AWS's broader catalog or from a simpler platform altogether — the Microsoft-ecosystem advantage doesn't apply if there's no Microsoft ecosystem to integrate with.
Government and regulated workloads have a real, separate track
Azure Government provides a physically and logically isolated environment for workloads with FedRAMP, DoD, or CJIS requirements. This is a genuinely different deployment, not a configuration flag on commercial Azure, and it needs to be scoped as such from the start.
Licensing is a real cost driver, even without naming a figure
Azure Hybrid Benefit lets an organization apply existing on-premises Windows Server and SQL Server licenses toward Azure costs, which is a genuine advantage if you already hold those licenses and a non-factor if you don't. Whether this applies to your estate is worth checking before assuming Azure's licensing model works the same way AWS's does.
Multi-cloud is a deliberate decision, not a default
Running production workloads actively across both Azure and AWS roughly doubles the operational surface for a redundancy benefit most organizations never actually need. It's worth it at specific thresholds — real regulatory requirements, genuine negotiating leverage — and a poor default otherwise.
Hiring
What to look for when hiring an Azure developer
Azure certifications prove someone studied Microsoft's exam objectives. They don't prove judgment about identity architecture, governance, or when a simpler service beats a more capable one.
Entra ID and identity architecture experience
Ask them to walk through how they've wired conditional access or role-based access control into an application, not just whether they've heard of Entra ID. Identity is the layer most Azure security incidents actually trace back to.
.NET fluency, if that's your stack
If your applications are built on .NET, an Azure developer who's also comfortable in the framework avoids a translation layer between the application team and the infrastructure team that otherwise slows every deploy down.
Governance instincts, not just deployment skill
Someone who scopes RBAC roles narrowly and tags resources without being told to saves more over a year than an annual governance audit recovers in one pass.
Infrastructure-as-code fluency in Bicep or Terraform
Having clicked through the Azure portal is different from being able to write a module structure a team can extend without stepping on each other. Ask to see one they've written.
Certifications as a signal, not a substitute
Azure Solutions Architect Expert and similar credentials show real study of the service catalog. They don't show judgment about when a workload doesn't need AKS, or when App Service is genuinely the better call — that only shows up in how someone talks through a real decision.
Comfort saying the migration is smaller than expected
The engineers worth hiring will tell you when App Service and Azure SQL Database cover the whole need, instead of steering you toward a larger build than the workload requires.
Related
Related services
What Azure builds usually connect to.
Questions
Common questions about Azure development
What teams ask before a first call.
It depends on scope — an Azure readiness audit is the smallest engagement here, and a full migration or greenfield build is a larger one. An ongoing support retainer is priced to the environment rather than sold as a fixed headcount.
What moves the number most is how much of the current environment is already defined as code versus built by hand in the portal, and how deeply identity is already tied into Active Directory. The audit exists to answer that before the rest gets quoted.
Designs and builds the compute, identity, and data layers a system runs on — choosing App Service versus AKS versus Functions for a given workload, architecting authentication around Entra ID, and writing the Bicep or Terraform that defines all of it as code.
A good Azure developer also owns the parts that don't show up in a feature list: RBAC scope, subscription structure, and a tested backup and disaster-recovery plan.
If your organization already runs Active Directory, Office 365, and .NET applications, Azure's native integration with all three is a genuine, measurable advantage over stitching that identity layer onto AWS. If there's no existing Microsoft footprint, the decision should rest on the specific workload and team expertise, not on which platform has the bigger catalog.
We'll tell you honestly which one fits what you're actually running, including when the answer is "either one, and your team's existing experience should decide it."
Azure SQL Database and Azure SQL Managed Instance both speak the same T-SQL surface as on-premises SQL Server, which makes this one of the more direct migrations in the Azure catalog when the source database doesn't depend on features neither managed offering supports. Azure Migrate assesses the source database first so the target sizing isn't a guess.
Where a database leans on SQL Server features that don't map cleanly to a managed offering, a self-managed SQL Server on an Azure VM is sometimes the more honest interim step — we'll flag that early rather than force a fit that isn't there.
Azure Arc extends Azure's policy, monitoring, and identity management to servers and Kubernetes clusters running outside Azure — including fully on-premises. You need it if part of your estate genuinely isn't moving to the cloud yet, whether that's a hardware dependency, a data-residency rule, or a workload that just isn't ready.
If your whole estate is moving to Azure eventually, Arc is a useful bridge during the transition rather than a permanent architecture — worth scoping as a phase, not an end state.
Rightsizing VMs and App Service plans, cleaning up orphaned resources, and enforcing a tagging policy so Azure Cost Management can actually attribute spend to a team or feature. This is usually the fastest-paying-back engagement we run.
If you already hold on-premises Windows Server or SQL Server licenses, Azure Hybrid Benefit is worth checking before assuming your licensing costs work the same way a fresh cloud deployment's would — it's a real, underused lever for organizations that qualify.
Azure's identity model through Entra ID is strong when it's architected deliberately, but many services default to being reachable over the public internet unless you explicitly configure Private Link or a service endpoint, and Azure's built-in RBAC roles are broad by default. Both are common sources of real exposure we find during a readiness audit.
Neither gap is expensive to close before launch. Both are a real project to close after a year of applications and habits have formed around them.
Yes. Azure Government is a physically and logically separate environment for FedRAMP, DoD, or CJIS-governed workloads, and it needs to be scoped and architected as its own deployment from the start rather than treated as a configuration option on commercial Azure.
If your compliance requirements are still being defined, that's a conversation worth having before any architecture decisions are made, not after.