AKSHAY INFOTECH

Building Intelligent Digital Ecosystems

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Cloud Infrastructure

Secure & Scalable
Cloud Architectures

Akshay designs and manages optimized cloud environments. By writing Terraform configurations and setting up automated scaling rules, we deliver resilient cloud architectures.

Amazon Web Services

AWS Enterprise Cloud Architectures

We design resilient AWS environments using VPC networks, load balancers, and multi-zone deployments. Our setups use IAM roles to secure access credentials and CloudWatch telemetry to track resource performance.

  • Multi-region EC2 database setups
  • S3 bucket access policies
  • CloudWatch telemetry setup

Terraform AWS Provider

resource "aws_vpc" "production_vpc" {
  cidr_block           = "10.0.0.0/16"
  enable_dns_hostnames = true

  tags = {
    Environment = "production"
  }
}
Microsoft Azure

Azure Active Directory & Hybrid Cloud

We integrate corporate systems with Microsoft Azure services, setting up AD accounts, virtual machines, and SQL databases. These environments support secure hybrid connections to connect on-premise hardware with cloud services.

  • Azure Active Directory settings
  • Hybrid Active Directory synchronization
  • Virtual Network ExpressRoute configurations

Azure VM Config

resource "azurerm_linux_virtual_machine" "app_vm" {
  name                = "production-vm"
  resource_group_name = azurerm_resource_group.rg.name
  size                = "Standard_F2"
  admin_username      = "adminuser"
}
Hyperscaler Matrix

Cloud Hyperscaler Feature Comparison

Compare core compute, storage, and serverless tools across major cloud providers.

ServicesAWS FeatureAzure FeatureGoogle Cloud Feature
Compute ServicesEC2 (Elastic Compute)Virtual MachinesCompute Engine
Object StorageS3 (Simple Storage Service)Blob StorageCloud Storage
Serverless ExecutionAWS LambdaAzure FunctionsCloud Run / Functions
Kubernetes OrchestrationEKS (Elastic Kubernetes)AKS (Azure Kubernetes)GKE (Google Kubernetes Engine)
Migration Timeline

Cloud Integration & Migration Stages

Discovery & Topology Auditing

We analyze legacy server resource consumption, identify database dependencies, map security firewall rule parameters, and draft a migration roadmap.

Stage 01

Infrastructure as Code (IaC) Scripting

We write Terraform configuration files, set up secure VPC networks, isolate server credentials, and establish load balancers.

Stage 02

Zero-Downtime Database Sync

We configure real-time replica streams to sync on-premise tables with cloud instances, verifying data consistency before routing user traffic.

Stage 03

Auto-Scaling Setup & Alerts

We configure automated scaling rules to adjust server capacity dynamically based on load, setting up performance alerts.

Stage 04
Infrastructure Value

Cloud Performance Metrics

99.99%

System Uptime

Multi-zone deployment configurations ensure server access during local outages.

10X

Faster Feature Deployments

Terraform files simplify building sandbox environments for testing updates.

-35%

Operational Cost Reductions

Auto-scaling resources reduce processor costs when traffic is low.

100%

Automated Backup Recovery

Database backups compile daily, securing customer information.

Support FAQ

Service FAQ

Why do you use Terraform (Infrastructure as Code) for cloud setup?
How does auto-scaling protect applications during high-traffic events?
What security measures do you implement to protect cloud systems?
Do you support multi-cloud deployments across different platforms?

Ready to Build a High-Performance Cloud Architecture?

Discuss migration timelines, active-active setups, security configurations, and auto-scaling rules with our database architects today.