DevOps & cloud services
Calvrix designs, implements, and operates highly available, secure, and scalable infrastructure for enterprises across AWS, Azure, and GCP: using Infrastructure as Code, container orchestration, and automated CI/CD as the default working method.
Working surface
Core capabilities
Each capability is delivered as a working system, not a slide deck. Tools listed are the production defaults: substituted only when the customer's stack constrains the choice.
Highly available, fault-tolerant architectures spanning AWS, Azure, and GCP. VPC/VNet design, hybrid connectivity, and multi-region disaster-recovery strategy.
Provisioning treated as version-controlled software. Reviewed plans, drift detection, and immutable environment provisioning.
End-to-end pipelines with automated build, test, and deployment. Blue-green, canary, and provable rollback as baseline, not opt-in.
Docker-first application packaging. Kubernetes cluster setup and ongoing operation across managed and on-prem control planes, with Helm-based deployment and optional service-mesh integration for microservice topologies.
Least-privilege access, secrets in vaults, and compliance posture aligned with ISO and SOC2 best practices.
Centralised logs, metrics, and distributed tracing: built before launch, not retrofitted after the first incident.
Rehost, replatform, refactor: selected per workload, not by ideology. Legacy systems modernised into microservice topologies with minimal downtime.
Continuous rightsizing, attribution per workload, and savings-plan strategy aligned with business KPIs, not vendor incentives.
Long-running platform ownership, not project-based engagement. ADRs the next engineer can read, runbooks the next on-call can operate.
Engagement approach
Architecture review against business requirements. Risks, constraints, costs, and operational failure points mapped before commitment.
Agile-based, iterative delivery. Security-first by default, automation-driven workflows, no stop-the-world cutovers.
Continuous monitoring, rightsizing, posture review. Hands-on SRE, not a ticket queue or off-hours rota.
Cost discipline, modernisation cuts, capability extension. The platform improves after launch, not just before it.
Why teams pick Calvrix
How engagement works
A DevOps and cloud services engagement starts with an architecture and operations review, one to four weeks depending on the scope of the estate, and ends with a signed-off plan. From there the customer chooses scoped build, ongoing operations, or both.
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Frequently asked
AWS, Azure, and GCP. The deepest production footprint today is on AWS and Azure; GCP engagements are accepted where the customer has standardised on GCP-native services.
No. Existing estate: we audit, document, refactor where the cost-of-keep exceeds the cost-of-fix, and leave the customer with infrastructure that can be safely changed. Greenfield: we author and own.
Managed identity (Azure) or IAM role assumption (AWS) for service-to-service; centralised secret stores (Key Vault, Secrets Manager) for application secrets; never long-lived static credentials checked into source. The audit trail is the source of truth.
GitHub Actions for most engagements, Azure DevOps Pipelines for some Microsoft-stack customers. The choice follows the team's existing investment; we do not migrate CI for its own sake.
Only when there is enough developer-facing surface area that one is worth building. We follow the IDP discipline: self-service paved roads, golden paths for the 80% case, escape hatches for the 20%, measured against developer experience metrics that we agree at engagement start.
Yes. Every change goes through an explicit review with a named approver and a rollback plan. Documentation is a deliverable, not a side-effect.