Cloud & Infrastructure

Distributed Systems,
VPC Topologies

We compile version-controlled Terraform modules, isolate secure database subnets inside private VPC zones, and deploy self-healing Kubernetes clusters that scale automatically.

Verify Architecture Compare Models
LOAD BALANCERAPP_NODE_AAPP_NODE_BPRIVATE_DATABASE
Network: Live & Autoscaling
Hyperscalers

Cloud Platform Specializations

Amazon Web Services

Designed for complex enterprise networks and legacy migration integrations. Ideal for high-availability systems with global footprints.

Primary Tooling

Terraform + AWS CDK

Google Cloud Platform

Optimized for containers (GKE), vector databases, and machine learning pipelines. Sub-minute autoscaling latency parameters.

Primary Tooling

Kubernetes + Config Connector

Microsoft Azure

Integrated with Active Directory permissions, database instances, and enterprise .NET core deployment configurations.

Primary Tooling

ARM Blueprints + Terraform

Infrastructure Map

Layered Architecture Stack

LAYER 01 // INTERNET FACING

Elastic Load Balancer Ingress

SSL terminations, web firewalls (WAF), and HTTP/HTTPS routing down to scaling containers.

LAYER 02 // PRIVATE APP SUBNET

Autoscaling Server Nodes (Kubernetes Pods)

Dynamic instances containing application container systems. Isolated from the public internet.

LAYER 03 // ISOLATED STORAGE

Private Relational Database (RDS Cluster)

Encrypted storage disks with automated standby replicas. Accessible exclusively by Layer 02 nodes.

Responsibility Split

Infrastructure Control Models

Compare management allocations across each system type.

Infrastructure as a Service (IaaS)

Full hardware virtualization control. We deploy the hypervisor configurations and VPC routing, while you retain absolute control over VMs and deployment packages.

Managed by Client

  • Applications
  • Data & Databases
  • Runtime Environments
  • Operating System Configuration

Managed by Nexora

  • Virtual Machines
  • Physical Servers & Hypervisors
  • VPC Networking
  • Storage Infrastructure
Migration Path

Cloud Migration Flow

PHASE 01

Assessment

Audit database structures, evaluate bandwidth rates, and map VPC dependencies.

PHASE 02

Blueprints

Draft Terraform modules, secure firewall rules, and declare container images.

PHASE 03

Data Migration

Perform database sync runs, set up replication checks, and verify connection keys.

PHASE 04

Progressive Cutover

Enable live traffic routes slowly, monitor error rates, and confirm failover loops.

Proven Success

Real-World Impact

Case Study 01

Multi-Region FinTech System Setup

A financial transaction broker needed infrastructure guaranteeing 99.999% availability. We structured dual AWS regions linked with secondary standby databases.

99.999%

Uptime Verified

30s

Failover Recovery

Case Study 02

B2B Retail Catalog Scaling

An enterprise commerce system suffered server crashes during inventory refreshes. We migrated their nodes to a Kubernetes container configuration.

-38%

Monthly Cloud Cost

Sub-10s

Autoscaling Response

Support

FAQ — Cloud Solutions