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Our OCI engineers build to the OCI Well-Architected Framework and Oracle CIS Landing Zone patterns rather than improvising. They design the compartment hierarchy to separate environments and workloads, apply IAM policies scoped to dynamic groups and tag-based access, and isolate networks with VCNs, subnets, route tables, security lists, and Network Security Groups. They enable Cloud Guard for posture monitoring, Security Zones to enforce guardrails on sensitive compartments, and the Vault service with customer-managed keys for encryption. Budgets and cost-tracking tags are set from day one so spend stays visible. They wire centralised logging through the OCI Logging and Logging Analytics services and route audit events for compliance. The PM confirms your tenancy structure, regions, and compliance regime (SOC, HIPAA, local data residency) so the landing zone matches your obligations from the start.

Yes. Migration is one of the most common OCI engagements. For databases they use Zero Downtime Migration (ZDM), the OCI Database Migration service, and Data Guard or GoldenGate to keep a target in sync and cut over in a short window. For applications and VMs they rehost with the OCI Cloud Migrations service and Migration Hub, or rearchitect onto OKE (the managed Kubernetes service) and OCI Functions where it makes sense. For object data they use rclone and the Storage Gateway, and for cross-cloud connectivity they stand up FastConnect or a site-to-site VPN. They right-size compute shapes (including flexible and Ampere ARM shapes for cost), validate performance with realistic load, and plan a reversible cutover with a tested rollback. The PM scopes the source estate, downtime tolerance, and data-transfer volumes so the wave plan is realistic.

Yes. Our engineers treat infrastructure as code and automate delivery end to end. They write Terraform using the OCI provider (or the OCI Resource Manager service with stacks and drift detection) to provision tenancies repeatably, and modularise it so environments stay consistent. For container platforms they deploy and operate OKE clusters with managed and virtual node pools, configure the OCI Native Ingress Controller, and integrate the OCI Registry for images. They build pipelines with the OCI DevOps service or bring GitHub Actions and GitLab CI, wiring in artifact storage, vulnerability scanning, and progressive rollout. Observability is built in with the Monitoring service, custom metrics, alarms routed to the Notifications service, and Application Performance Monitoring for tracing. The PM confirms your existing toolchain so the engineer extends it rather than replacing what works.

A PM is assigned within 10 minutes of booking and scopes your requirement on the first call. For a defined task a landing-zone build, a VCN redesign, a migration wave, a cost-optimisation pass a vetted OCI engineer typically starts the same day. We offer three engagement models: project-based (a fixed deliverable like a landing zone or a migration, with milestones), dedicated (an engineer embedded with your platform team for a sprint or longer), and on-call burst capacity (hours drawn down as incidents or scaling needs arise). You can scale up or down between engagements and cancel after any of them. The PM coordinates the engineer with your security, network, and finance teams so IAM approvals, FastConnect changes, and budget sign-off never become a blocker.

Yes. Cost and network design are where OCI estates quietly leak money and latency. On cost, our engineers analyse usage with the Cost Analysis and Usage Reports, apply tagging and budgets with alerts, right-size to flexible and Ampere ARM shapes, move cold data to Archive and Infrequent Access storage tiers, and use Reserved Capacity and committed-use discounts where the workload is steady. On networking, they design VCNs with correct CIDR planning to avoid overlap during peering, connect tenancies and on-prem with DRG, Local and Remote Peering Gateways, FastConnect, and VPN, and place workloads across fault and availability domains for resilience. They tune load balancers, use Network Path Analyzer to debug connectivity, and right-size FastConnect bandwidth. The PM confirms your spend baseline and topology so the engineer targets the biggest wins first.