Azure Cloud Solutions
Azure infrastructurethat stays accounted for.
We standardise on Microsoft Azure — not as a preference, but as a discipline. Every environment we build is reproducible from code, costs are modelled before provisioning, and the whole thing can be rebuilt in a pipeline.
What we provide
Reliable, cost-visible Azure environments your team can inherit and operate.
- Azure landing zone design and implementation
- Infrastructure as Code — Bicep and Terraform
- Azure Kubernetes Service (AKS) and Container Apps
- Azure SQL Database and PostgreSQL Flexible Server
- Azure Blob Storage, Queue Storage and Table Storage
- Azure Key Vault — secrets, certificates, managed identities
- Azure Monitor, Log Analytics and Application Insights
- Backup, disaster recovery and business continuity planning
- Cost management, tagging strategy and budget alerts
- Azure network design — VNets, subnets, private endpoints, WAF
Why Theerrv
Azure-first, not cloud-agnostic
Deep expertise on one platform produces better outcomes than shallow familiarity with three. Azure is where we spend every day.
Infrastructure as code, always
Bicep or Terraform — environments are defined, version-controlled and deployed through pipelines. Nothing is created by hand and forgotten.
Cost is a design constraint
We model infrastructure spend before provisioning, review it monthly, and right-size as usage changes — so cloud costs are a decision you made, not a surprise you received.
Our approach
Discovery → Architecture → Development → Testing → Deployment → Support
Architecture design
Landing zone, network topology, security controls and cost model designed and documented before any resource is provisioned.
Infrastructure as Code
All resources defined in Bicep or Terraform, committed to version control, reviewed by a second engineer. No manual portal clicks in production.
Environment provisioning
Dev, staging and production environments created from the same IaC definitions — separated by subscription or resource group depending on your compliance posture.
CI/CD pipeline
Infrastructure changes deployed through Azure DevOps Pipelines or GitHub Actions, with plan-review before apply and manual approval gates on production.
Monitoring and alerting
Azure Monitor dashboards, log retention policies, metric alert rules and on-call escalation paths configured before go-live.
Ongoing operations
Monthly cost review, security patching, Azure Advisor recommendations, and an annual architecture review under the support agreement.
Technologies
The stack we use to deliver azure cloud solutions — chosen for longevity and maintainability, not trend.
- Azure Resource Manager
- Bicep
- Terraform
- Azure DevOps Pipelines
- Azure Kubernetes Service
- Azure Container Apps
- Azure SQL / PostgreSQL
- Azure Monitor & Log Analytics
- Azure Entra ID
- Azure API Management
Industries & use cases
SaaS Companies
- Multi-tenant Azure architecture with environment separation
- Scale-to-zero compute for variable workloads
- Dev/staging/prod pipelines with approval gates
Healthcare and Regulated Industries
- Data residency and compliance architecture (DPDP Act)
- Private endpoint configuration and network isolation
- Audit logging, retention policies and access reviews
Enterprise IT Migrations
- On-premises to Azure migration planning and execution
- Hybrid connectivity (VPN Gateway, ExpressRoute)
- Legacy workload rehosting and modernisation
Startups and Growing Businesses
- Right-sized Azure landing zone that grows with the business
- Cost-optimised initial architecture avoiding over-engineering
- Azure startup credits and MACC agreement guidance
Common questions
Why Azure instead of AWS or Google Cloud?
Azure integrates tightly with the Microsoft stack most Indian enterprises already use — Active Directory (Entra ID), SQL Server, Office 365 and .NET. If your team authenticates with Microsoft accounts, uses Outlook, or runs .NET workloads, Azure is the natural host. We recommend Azure because we believe deep expertise on one platform outperforms thin familiarity with three — not because we are not aware of the alternatives.
How do you control Azure costs?
Cost management starts at architecture time: we model expected spend before provisioning, choose the right service tier for the actual workload, and avoid always-on compute for workloads that can run on-demand. We tag every resource by project and environment, set budget alerts, review Azure Advisor recommendations monthly, and right-size anything that is consistently under-utilised.
Can you migrate our existing infrastructure to Azure?
Yes. We begin with an assessment of the current environment — servers, databases, networking, dependencies — and produce a migration plan with risks flagged and sequenced. We prefer an incremental migration over a big-bang cutover: move workloads one at a time, validate each in Azure before decommissioning the source, and maintain rollback capability throughout.
Do you hold any Azure certifications?
Our engineers hold Azure Solution Architect and Azure Developer certifications. We maintain them on the current exam track — not on retired exams — and we invest in continuing education as Azure releases significant platform updates.
Related services
Start here
Tell us what theoperation is costing you.
A first conversation is a conversation, not a pitch. Describe how the work runs today and we will tell you plainly whether software is the right answer — and what it would take.
Or reach us directly at info@theerrv.com