High-Uptime Cloud Architecture, Terraform IaC & Operations
We architect, provision, migrate, and maintain scalable infrastructure across AWS, Azure, and OCI with automated backups and cloud cost governance.
Cloud Realities
Common Cloud Infrastructure Inefficiencies
The cloud offers unlimited scalability, but without disciplined architecture it leads to runaway costs, security gaps, and operational brittleness.
“Our cloud bills keep ballooning every month with no correlation to user growth.”
We conduct exhaustive cost audits, identify unattached disks, downsize oversized compute nodes, and configure reserved instance savings.
“Everything in our cloud was configured manually through the web console and nobody knows how to rebuild it.”
We reverse-engineer and codify your entire infrastructure into modular Terraform code, creating reproducible, version-controlled environments.
“We are terrified of what would happen if a database was corrupted or hit by ransomware.”
We implement air-gapped, immutable object-lock backups that cannot be modified or deleted, backed by verified recovery drills.
“We need to migrate our systems to AWS or Azure without suffering days of downtime.”
We architect phased migration pipelines using continuous database replication, achieving cutovers during short scheduled off-peak windows.
Cloud Capabilities
Comprehensive Multi-Cloud Engineering
From initial architectural blueprint to 24/7 continuous operations and disaster recovery.
Multi-Cloud Architecture & Migration
Design, provision, and migrate workloads across AWS, Microsoft Azure, and Oracle Cloud Infrastructure (OCI) with zero-downtime cutover plans.
- AWS (EC2, ECS, EKS, RDS, VPC, IAM, CloudFront, Route53)
- Microsoft Azure Virtual Machines, AKS, and Entra ID integration
- Oracle Cloud (OCI) high-performance compute and database architecture
- Safe database and asset migration from legacy hosting to public cloud
Infrastructure as Code (IaC)
Manage your entire cloud estate through version-controlled Terraform or OpenTofu code. Eliminate configuration drift and ensure reproducible environments.
- Modular, peer-reviewed Terraform modules stored in Git
- Automated CI/CD validation pipelines (terraform plan / apply)
- Environment parity between Staging, UAT, and Production
- Automated state file locking in secure, encrypted backend stores
Cloud Cost Optimization & FinOps
Stop wasting money on unattached volumes, idle instances, and over-provisioned databases with disciplined resource rightsizing and reserved pricing.
- Comprehensive cloud spend audit identifying immediate waste
- Compute rightsizing based on historical 95th-percentile utilization
- Reserved Instance (RI) and Savings Plan capacity planning
- Automated shutdown schedules for non-production environments
Network & VPN Interconnects
High-throughput, encrypted network backbones connecting multi-cloud VPCs, on-premises offices, and remote engineers securely.
- Site-to-site IPsec and WireGuard mesh VPN tunnels
- VPC peering, AWS Transit Gateway, and route table design
- Cloudflare and Route53 DNS management with DDoS mitigation
- Microsegmentation preventing lateral network movement
Immutable Backups & Disaster Recovery
3-2-1 backup topology with air-gapped S3 object-lock protection, automated point-in-time recovery, and scheduled cold restore drills.
- Object-lock immutable storage preventing ransomware tampering
- Continuous WAL archiving and point-in-time database restoration
- Documented Disaster Recovery (DR) runbooks with RTO/RPO targets
- Simulated quarterly failover testing with executive sign-off
Container & Kubernetes Operations
Deploy and manage containerized microservices across Docker, Amazon ECS, and managed Kubernetes with automated health healing.
- Docker container optimization and multi-stage build minimization
- Kubernetes cluster upgrades, ingress controllers, and certificate management
- Horizontal Pod Autoscaling (HPA) responding to traffic surges
- Centralized container log ingestion and crash-loop alerting
Process
Our Cloud Engineering Framework
A systematic approach that avoids downtime, prevents configuration drift, and ensures complete client asset ownership.
Understand
Evaluate cloud topologies, network routes, monthly expenditure, and uptime goals.
Plan
Design multi-region architectures, Terraform modules, and cost reduction strategies.
Build
Deploy resources via IaC, configure VPC peering, set up object-lock backups, and test.
Operate
Provide 24/7 telemetry monitoring, automated security patching, and on-call response.
Improve
Conduct quarterly FinOps reviews, rightsizing instances and verifying recovery drills.
Engagement Models
How to Partner With Our Cloud Architects
Select the engagement model that matches your current infrastructure roadmap.
Migration & IaC Rebuild
Fixed-scope cloud migrations, Terraform codification projects, or cost optimization sprints.
24/7 Managed Cloud
Continuous multi-cloud operations, 24/7 uptime monitoring, backup testing, and patch management under SLAs.
Dedicated Cloud Engineers
Embed certified AWS, Azure, or OCI DevOps architects directly into your engineering team sprints.
FAQ
Questions About Cloud Infrastructure
Clear answers about accounts, credentials, and cost optimization.
Do you build inside our cloud accounts or your own?
Always in your accounts. You retain full master billing and administrative ownership of all AWS, Azure, or OCI accounts. We access the environment through dedicated, least-privilege IAM roles.
How much can we expect to save on our cloud bills with cost optimization?
Most businesses that have grown quickly without dedicated FinOps practices save between 20% and 40% on monthly cloud spend through idle resource pruning, compute rightsizing, and reserved capacity planning.
What is your approach to infrastructure code handover?
All Terraform scripts, variables, and documentation are committed directly to your private Git repository. Your team can run, modify, or extend the infrastructure code at any time without vendor lock-in.
Ready to optimize and scale your cloud infrastructure?
Book a technical discovery session with an Elvtera cloud architect. We will evaluate your current topology, cost savings opportunities, and disaster recovery posture.