Cloud Infrastructure Setup

Production-grade cloud environments designed and deployed with security-first principles.

We design and deploy cloud landing zones with governance guardrails, network segmentation, and Infrastructure as Code. Every environment follows security-first architecture principles from day one.

The Transformation

BEFORE
Ad-Hoc Infrastructure
Flat network
No segmentation or isolation
Manual provisioning
Console-based, inconsistent
No governance guardrails
Uncontrolled resource creation
Shared credentials
Broad access, no RBAC
No audit trail
Limited visibility into changes
AFTER
Governed Landing Zone
Hub-spoke topology
Segmented VNets / VPCs
Infrastructure as Code
Repeatable, version-controlled
Policy guardrails
Enforce standards before deploy
Role-based access
IAM, RBAC, MFA enforced
Centralized logging
Full audit trail and monitoring
Before: flat network with manual provisioning and no governance. After: hub-spoke architecture with segmented workloads, governance guardrails, and Infrastructure as Code.

Landing Zone Design — AWS & Azure

Production-grade cloud environments with security-first architecture.

AWS Architecture
AWS Multi-AZ High Availability ArchitectureAWS high availability design: Route 53 DNS failover routes through CloudFront CDN and AWS WAF to an Application Load Balancer. Traffic splits across two availability zones, each with ECS app tier and RDS database. RDS Primary synchronously replicates to RDS Standby. Shared services include ElastiCache Redis and S3 static assets. CloudWatch monitors all layers.EDGE LAYERRoute 53 — DNSCloudFront CDNAWS WAFApplication Load BalancerAvailability Zone AECS App TierRDS Primary — PostgreSQLAvailability Zone BECS App TierRDS Standby — Replicasync replicationSHARED SERVICESElastiCache RedisS3 Static AssetsCloudWatch Logsmonitors
AWS Multi-AZ high availability architecture: Route 53 DNS with CloudFront CDN and WAF feeding an Application Load Balancer. Traffic distributed across two availability zones with ECS app tiers and RDS PostgreSQL with synchronous replication. Shared services include ElastiCache Redis, S3, and CloudWatch monitoring.
Azure Architecture
Azure Hub & Spoke Landing ZoneAzure landing zone: On-premise data centre connects via VPN Gateway to a Hub VNet with Azure Firewall, Bastion Host, and Log Analytics. Three spoke VNets peer through the firewall: Production (AKS, Azure SQL, Key Vault), Staging (App Service, Azure SQL), and Data Platform (Data Lake, Data Factory).On-PremiseFirewallActive DirectoryHub VNetShared ServicesVPN GatewayAzure FirewallBastion HostLog Analyticsidentity syncProductionAKS — 3 NodesAzure SQLKey VaultStagingApp ServiceAzure SQL (GP)Data PlatformData Lake Gen2Data Factorysecure access
Azure hub and spoke landing zone: On-premise connects via VPN Gateway to hub VNet with Azure Firewall, Bastion, and Log Analytics. Three spoke VNets: Production (AKS cluster, Azure SQL Business Critical, Key Vault), Staging (App Service, Azure SQL General Purpose), and Data Platform (Data Lake Storage Gen2, Data Factory).

What We Deliver

  • VPC / VNet topology design (subnets, peering, private endpoints)
  • Identity & access management (IAM, RBAC, MFA)
  • Landing zone deployment with governance guardrails
  • Infrastructure as Code (Terraform, ARM templates, CloudFormation)
  • Security group configuration & network segmentation
Our team works with:AZURE LANDING ZONESAWS CONTROL TOWERALIBABA CLOUD

Use Cases

Scenario

A new fintech company needs a production-ready cloud environment with proper network isolation and compliance-ready architecture.

Solution

Hub-spoke VNet architecture with dedicated management, workload, and DMZ segments, deployed entirely via Terraform for repeatability.

Outcome

Secure, auditable cloud environment ready for regulated workloads from day one.

Scenario

An enterprise operating multiple business units needs isolated cloud environments with centralized governance.

Solution

Multi-account / multi-subscription strategy with shared networking hub, centralized logging, and role-based access boundaries.

Outcome

Each business unit operates independently while security and compliance policies are enforced centrally.

Why This Matters

Improve provisioning repeatability through Infrastructure as Code

Reduce security exposure with proper network segmentation

Establish governance guardrails before workloads are deployed

Support compliance requirements with auditable configurations

Frequently Asked Questions

What Infrastructure as Code tools do you use?

We use Terraform, ARM templates, and CloudFormation depending on the target cloud platform. All infrastructure is version-controlled and repeatable.

Do you design multi-cloud environments?

Yes. We design environments across Azure, AWS, and Alibaba Cloud with proper network segmentation, centralized logging, and governance guardrails for each.

Ready to discuss this for your environment?

Let our team assess your infrastructure and recommend the right approach for your business.

Contact Sales