Cloud & Infrastructure
Infrastructure designed for operational resilience, not just deployment convenience.
$ We design, build, and operate cloud infrastructure that is reliable, secure, cost-efficient, and fully automated. From initial architecture to ongoing operational management, we bring the discipline of platform engineering to organizations of all scales.
The problems we address
Manually managed infrastructure
Infrastructure configured through console UIs cannot be version-controlled, audited, or reproduced reliably - creating operational risk and slowing delivery.
No disaster recovery strategy
Organizations discover their recovery time objectives are unmet during incidents, not during planning. Recovery procedures that exist only as institutional knowledge are not recovery procedures.
Cloud costs growing faster than usage
Without structured cost governance, cloud spending accumulates through unused resources, oversized instances, and unoptimized data transfer patterns.
Security posture gaps
Permissive IAM policies, unencrypted data stores, and absent network segmentation create exploitable attack surfaces that accumulate invisibly over time.
Infrastructure as code, operations as discipline
We approach infrastructure design with the same architectural rigor we apply to software systems. Every resource is defined in code, every deployment is automated, and every operational procedure is documented and tested.
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Infrastructure as Code (Terraform, Pulumi) from day one
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Multi-environment architecture with environment parity
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Automated CI/CD pipelines with staged deployment gates
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Structured cost governance and tagging taxonomy
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Documented disaster recovery procedures with tested RTO/RPO
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Security-by-default: least-privilege IAM, encryption at rest and in transit
What we deliver
Cloud Architecture
- AWS, Google Cloud, and Azure architecture design
- Multi-region and high-availability architecture
- Kubernetes and container orchestration
- Serverless architecture design
- Data pipeline and analytics infrastructure
- Network architecture and security group design
DevOps & Automation
- Infrastructure as Code (Terraform, Pulumi, CDK)
- CI/CD pipeline design and implementation
- Container build and registry infrastructure
- Secret management and rotation
- Monitoring, alerting, and incident response runbooks
- Cost optimization and FinOps tooling
Engagement models
Infrastructure Architecture Design
End-to-end design of a cloud infrastructure architecture, delivered as a comprehensive technical specification with implementation guidance.
Infrastructure Implementation
Full implementation of a designed architecture, including IaC, CI/CD pipelines, observability stack, and operational documentation.
Cloud Migration
Structured migration of existing infrastructure to cloud, including workload assessment, migration sequencing, and cutover planning.
Infrastructure Audit
Comprehensive audit of an existing cloud environment, covering security posture, cost efficiency, reliability, and operational maturity.
Infrastructure we have built
Zero-Downtime Production Migration
A growing SaaS company needed to migrate from a manually-managed server fleet to a fully automated Kubernetes-based infrastructure without service disruption.
Designed and executed a phased migration with blue-green deployment, achieving full IaC coverage and zero production incidents across a 12-week migration window.
Multi-Region Disaster Recovery
A financial services platform with a 4-hour RTO requirement had no tested recovery procedures and a single-region deployment.
Designed and implemented a multi-region active-passive architecture with automated failover, reducing tested RTO to under 20 minutes and achieving full procedure documentation.
How we think
Everything in code
Infrastructure that cannot be version-controlled cannot be reliably managed or audited.
Automate the undifferentiated
Manual processes create toil, inconsistency, and single points of failure.
Security posture is operational hygiene
Least-privilege access and encryption are defaults, not optional configurations.
Design for failure
Systems that assume their dependencies will be available will fail when they aren't.
Ready to build infrastructure
that holds?
We welcome direct conversations about your operational resilience requirements and whether we are the right partner.