ENTERPRISE CLOUD & DEVOPS ARCHITECTURE
Multi-cloud Kubernetes (EKS/GKE/AKS), automated Terraform IaC, and multi-region disaster recovery engineered with 99.99% SLA by ZAVA Systems.
Cloud & DevOps Capabilities
Multi-Cloud Kubernetes Orchestration
Production-hardened Kubernetes clusters across AWS EKS, GCP GKE, and Azure AKS. Engineered with GitOps (ArgoCD), autoscaling (KEDA), and Istio service mesh for ultra-high availability.
- ☁️ Multi-Cloud & Hybrid Cluster Management
- ☁️ ArgoCD GitOps Automated Deployments
- ☁️ KEDA Event-Driven Horizontal Pod Autoscaling
Terraform Infrastructure as Code (IaC)
100% codified, immutable cloud architecture using Terraform and Terragrunt. Every VPC, subnet, IAM policy, and RDS cluster is version-controlled with zero configuration drift.
- 🛠️ Modular & Reusable Terraform Blueprints
- 🛠️ Automated Drift Detection & Remediation
- 🛠️ Cost-Optimized FinOps Cloud Sizing
Disaster Recovery & SRE Telemetry
Multi-region active-active failover with RTO < 5m and RPO < 1m. Supported by 24/7 Datadog/Prometheus SRE telemetry, automated health probes, and Chaos Mesh resiliency testing.
- ⚡ Sub-5 Minute Multi-Region Disaster Recovery
- ⚡ 24/7 SRE Real-Time Observability & Alerts
- ⚡ Chaos Engineering & Fault-Injection Drills
Every Cloud Deployment Includes
100% Terraform Code Ownership
All IaC modules, Helm charts, and CI/CD pipelines live in your private Git repository.
Disaster Recovery Runbooks
Step-by-step failover runbooks, network topology diagrams, and audited SLA guidelines.
Automated CI/CD & GitOps
GitHub Actions or GitLab CI pipelines with automated linting, security scans, and preview environments.
99.99% Uptime SLA & SRE Pod
Dedicated Site Reliability Engineering team with guaranteed 15-minute response for P1 incidents.
Fragile Manual Cloud vs. ZAVA Multi-Cloud SRE Architecture
Why enterprises trust ZAVA for automated, zero-drift multi-region infrastructure.
| Infrastructure Metric | Traditional Cloud Setup (Manual/Console) | ZAVA Multi-Cloud SRE System |
|---|---|---|
| Provisioning Methodology | ✖ Click-Ops Prone to human errors & drift | ✔ 100% Terraform IaC Version-controlled GitOps |
| Disaster Recovery (RTO / RPO) | ✖ Hours / Days Unreplicated databases | ✔ < 5m RTO / < 1m RPO Automated multi-region failover |
| Deployment Downtime | ✖ Maintenance Outages Required during updates | ✔ Zero Downtime Canary & Blue-Green rollouts |
| Cluster Autoscaling Speed | ✖ 5-10 Minutes Slow reactive VM spinning | ✔ Sub-second / KEDA Rapid container-level scaling |
| Cloud Spend Optimization | ✖ 35-50% Waste Over-provisioned idle resources | ✔ FinOps Optimized Spot instances & right-sizing |
Our Cloud Engineering Methodology
A rigorous 4-stage DevOps lifecycle transforming legacy infrastructure into resilient cloud platforms.
Topology & FinOps Audit
Audit current architecture, identify security bottlenecks, single points of failure, and cost leaks.
📦 Deliverable: Cloud Architecture & Cost SpecIaC Blueprint & GitOps Design
Codifying modular Terraform templates, Kubernetes manifests, and automated CI/CD deployment pipelines.
📦 Deliverable: Modular Terraform CodebaseCluster Provisioning & Migration
Zero-downtime workload migration, Istio service mesh configuration, and database replication validation.
📦 Deliverable: Production Kubernetes ClustersChaos Testing & 24/7 SRE SLA
Injecting simulated node outages, validating multi-region DR failover, and initiating 24/7 monitoring.
📦 Deliverable: 99.99% SLA & SRE RunbooksFeatured Cloud Deployments
Representative cloud transformations engineered for global enterprise scale.
Multi-Region Kubernetes Migration
Migrated 120+ microservices from single-region legacy VMs to AWS EKS and GCP GKE with zero downtime.
Enterprise Cloud Cost Optimization
Restructured Kubernetes autoscaling and spot node orchestration, reducing annual AWS bill by 42%.
Automated Disaster Recovery Pipeline
Engineered active-standby multi-cloud database streaming with tested automated failover under 3 minutes.
Frequently Asked Questions
Why should enterprises choose a multi-cloud Kubernetes strategy?
How does ZAVA Systems ensure zero downtime during cluster upgrades?
What RTO and RPO benchmarks do you guarantee for disaster recovery?
Trusted by Engineering Leaders
ZAVA Systems migrated our entire multi-region Kubernetes infrastructure with zero downtime. Their Terraform modules are the cleanest IaC code our team has ever seen.
Our disaster recovery drill executed in 2 minutes and 40 seconds. Their SRE pod handles alerts before our own engineers even notice them.
They re-architected our AWS cluster with automated spot pod auto-scaling, saving us over $40,000 every month while increasing our peak throughput by 3x.