AWS and Azure architecture, migrations, Terraform, reliability, and cost control for software companies at the next stage of growth.
Your AWS bill climbed 40% last quarter and nobody on the team can explain why. You’re paying for resources that are over-provisioned, instances that are running 24/7 when they’re only used during business hours, and storage that’s accumulated over years without lifecycle policies.
We perform a line-by-line audit of your AWS spend, covering every service, region, and resource. We identify waste such as unused EBS volumes, idle load balancers, and oversized instances; implement right-sizing based on utilization data; and evaluate reserved instances or savings plans where the commitment makes sense. We also set up cost alerts and budgets so changes are visible before they become expensive.
You’re running your production application on a single EC2 instance, maybe with a basic AMI backup, and every deployment is a manual SSH session that your CTO handles personally. If that instance goes down at 2am, your application goes down with it.
We design high-availability infrastructure with auto-scaling groups, application load balancers, multi-AZ deployments, and automated health checks. Your application can recover from instance failures, scale with demand, and deploy through CI/CD with zero-downtime rolling updates instead of manual SSH sessions.
You’re running on Heroku, Render, or a legacy on-prem setup and you’ve hit the ceiling. Performance is capped, costs are climbing, and you need capabilities that your current platform doesn’t offer: custom networking, dedicated compute, compliance controls, or just more flexibility.
We plan and execute migrations with minimal downtime. Every migration starts with an assessment of your current architecture, a target design, and a step-by-step plan with rollback procedures. We handle data migration, DNS cutover, SSL certificates, and post-migration validation. Every resource is documented and reproducible through Infrastructure as Code.
Infrastructure changes happen through the AWS console. Nobody tracks what changed, when it changed, or why. When something breaks, there’s no audit trail and no way to roll back. Your staging environment has drifted so far from production that testing there is meaningless.
We codify your environment with Terraform or CloudFormation. Every resource is defined in code, version-controlled in Git, reviewed through pull requests, and deployed through CI/CD. You get an audit trail for changes, reproducible environments, and a staging environment that can stay aligned with production.
AWS is our primary platform, with hands-on experience across more than 60 services. We also work with Azure and GCP for specific workloads and multi-cloud environments.
Terraform is our default for infrastructure as code, with Docker for containerization, Kubernetes for orchestration at scale, and CloudFormation for AWS-native environments.
We build deployment pipelines with GitHub Actions, GitLab CI, or AWS-native services based on the environment and operational requirements.
We set up monitoring and alerting that makes system health, failures, and capacity constraints visible before customers report them.
A comprehensive assessment of your current AWS or Azure environment. We review architecture, security posture, cost optimization opportunities, performance bottlenecks, and disaster recovery readiness. You get a prioritized remediation plan with effort estimates and business impact ratings, typically within 1–2 weeks.
Full infrastructure design and deployment, or migration from your current environment to AWS. We handle VPC and network architecture, compute, storage, databases, and CDN configuration. Every resource is defined in Terraform, deployed through CI/CD, and documented with architecture diagrams and runbooks. Typically 4–12 weeks depending on scope and complexity.
Ongoing infrastructure management for companies that do not need a full-time DevOps or SRE function. Retainers can cover monitoring, deployments, cost optimization, patching, capacity planning, and response expectations under a defined scope and SLA.
AWS is our primary platform, with hands-on experience across more than 60 services including EC2, ECS, EKS, Lambda, RDS, DynamoDB, S3, CloudFront, Route 53, SQS, and SNS. We also work with Azure and GCP when a client has an existing footprint or a specific workload requirement. For most companies, we recommend consolidating on one provider unless there is a clear technical or business reason for multi-cloud complexity.
Yes. Ongoing retainers can include automated monitoring and alerting, incident response under a defined SLA, deployment support, security patching, cost reviews, capacity planning, and monthly infrastructure reporting.
Every engagement includes a cost optimization review, whether it is a dedicated audit or part of a larger build. We analyze spend at the resource level, including services, instance types, storage tiers, and data transfer patterns. We implement right-sizing from utilization metrics, evaluate reserved instances or savings plans, add storage lifecycle policies, and configure AWS Budgets and Cost Anomaly Detection so unexpected changes are surfaced early.
Absolutely. We can take over an existing IaC codebase and review its module organization, state management, security practices, and drift from the live environment. If the code is sound, we extend it. If it needs work, we refactor it incrementally while keeping the environment stable rather than introducing the risk of a big-bang rewrite.
Many clients need more than one isolated service. Cavanex connects platform engineering, cloud infrastructure, and SOC 2 implementation through one coordinated delivery model.