Cloud Operations & DevOps
Most outages trace back to a resource nobody can explain, changed by hand, by someone who has since moved teams. We provision and operate cloud infrastructure as versioned code — serverless routing, VPC networking, autoscaling, and the CI/CD pipeline that ships to it — so the environment stays legible as the system grows.
The infrastructure is the diagram, not a separate document of it.
Terraform modules describe the network, the compute, and the services exactly as they run, which means the architecture diagram and the actual environment cannot drift apart the way a wiki page and a production account always do. Autoscaling and serverless routing absorb the traffic curve without a person watching a dashboard at 2am. Observability is wired in before launch, not bolted on after the first incident, so a regression is caught by an alert instead of by a customer.
AWS & GCP operations
Compute, storage, networking, and managed services configured for the workload you actually run, on the provider that fits it — including multi-account setups that keep production, staging, and billing cleanly separated.
Serverless & event-driven architecture
Request routing, background jobs, and integration glue built on managed compute where it removes operational load, with autoscaling that matches capacity to real traffic instead of a fixed instance count someone guessed at during setup.
Infrastructure as code & CI/CD
Terraform for every provisioned resource, and a deployment pipeline that takes a merged change straight to a tested environment, so a rollback is a `git revert` instead of a manual undo of steps nobody wrote down.
- Cloud architecture assessment and target-state design
- Terraform modules for networking
- compute
- and managed services
- CI/CD pipeline wired to staging and production environments
- Autoscaling and load-balancing configuration
- Observability stack — metrics
- logs
- traces
- and alert routing
- Backup and disaster-recovery runbooks
- tested by restore drills
The engagement
Map
Inventory the current environment — every account, every resource, every manually provisioned exception — against the traffic and reliability targets the product needs.
Provision
Write the target environment as Terraform, stand it up in parallel to the existing one, and cut over on a schedule that gives you a rollback path at every step.
Operate
Run the environment against the agreed SLA, with alerting tied to user-facing impact and a change process that keeps every future edit inside the same code path.