Dozens of AWS or Azure accounts with no consistent governance, security baseline, or clear ownership.
Untagged resources, oversized instances, and no FinOps discipline drive spend up unpredictably.
Inconsistent guardrails across accounts create audit blind spots that surface at the worst time.
VMs moved to the cloud without re-architecting still carry on-prem constraints and cost.
Cloud-native operations, Kubernetes, GitOps, service mesh, require expertise most internal teams are still building.
Terraform and Pulumi-based provisioning, version-controlled and repeatable.
Declarative, Git-driven deployments with automatic drift detection.
Control Tower / Landing Zones with SCPs and centralized logging.
Istio / App Mesh for secure service-to-service communication.
Horizontal and cluster autoscaling, multi-AZ and multi-region failover.
Automated compliance and security guardrails enforced at deploy time.
Dozens of accounts, no consistent baseline, unclear ownership.
Control Tower-based account vending with consistent guardrails from account #1.
Untagged, oversized, unmonitored resources compound spend fast.
Tagging enforcement, right-sizing, and reserved capacity planning built into the platform.
Inconsistent controls across accounts create audit blind spots.
Guardrails enforced automatically at every account and deployment, not reviewed manually after the fact.
VMs moved as-is still carry on-prem cost and constraints.
Containerization and re-architecture, not just relocation.
Over-reliance on one cloud's proprietary services limits flexibility.
Kubernetes and IaC patterns portable across AWS, Azure, and GCP.
Kubernetes, service mesh, and GitOps require specialized expertise.
We build the platform and the golden paths your team can actually operate.
Challenge: The client had grown to more than 40 AWS accounts across business units, each provisioned independently with inconsistent security baselines, no centralized logging, and no clear ownership model, creating both cost and compliance risk.
Approach: Luminogics designed and rolled out an AWS Control Tower-based Landing Zone, standardizing account vending, service control policies, and centralized logging and security tooling across every existing and future account.
ArchitectureConsistent security baseline across every account
Centralized audit logging for compliance reporting
New accounts provisioned in hours, not weeks
Clear ownership and cost attribution per business unit
Challenge: The client's e-commerce platform ran as a monolithic application on a fixed set of virtual machines, struggling to handle seasonal traffic spikes and requiring lengthy, risky deployment windows for every release.
Approach: We containerized the application and migrated it onto a multi-region Amazon EKS architecture with horizontal autoscaling, a service mesh for secure internal communication, and a GitOps-based CI/CD pipeline for zero-downtime deployments.
ArchitectureSeasonal traffic spikes absorbed through autoscaling
Zero-downtime deployments replacing risky release windows
Improved regional latency through multi-region failover
Faster developer release cycles via GitOps
Challenge: The client's cloud spend had grown steadily with no clear attribution by team or project, resources were largely untagged, many instances were oversized for actual load, and there was no ongoing process to catch waste.
Approach: We implemented a continuous FinOps practice: enforced tagging standards, automated right-sizing recommendations, a reserved capacity and savings plan strategy, and a cost visibility dashboard attributing spend to the responsible team.
ArchitectureMeaningful reduction in monthly cloud spend
100% of resources tagged and attributed to an owner
Ongoing right-sizing process, not a one-time cleanup
Cost visibility dashboard adopted by engineering leadership
Consistent governance across every cloud account from day one
Reduced cloud spend through continuous right-sizing and tagging
Faster, safer deployments through GitOps and CI/CD automation
Fewer security and compliance audit findings
True application modernization, not just relocated VMs
Multi-region resilience and reduced downtime
Vendor flexibility across AWS, Azure, and GCP
Faster developer velocity through self-service platform engineering
Clear cost attribution by team, project, and environment
Scalable foundation for future workload growth
Infrastructure as Code by default
Governance built in from account #1
Vendor-agnostic, not locked in
Built for your team to actually operate
We're vendor-agnostic across AWS, Azure, and Google Cloud, and design platform architecture that stays portable rather than locking clients into one provider's proprietary services.
A Landing Zone is a governed, multi-account cloud foundation with consistent security baselines, networking, and account provisioning built in from day one. Most organizations running more than a handful of accounts benefit from one.
Through continuous FinOps practices: enforced tagging, right-sizing analysis, reserved capacity management, and cost visibility dashboards tied to team and project ownership.
Yes. We design Kubernetes and Infrastructure as Code patterns that are portable across AWS, Azure, and Google Cloud, including hybrid architectures bridging on-premises and cloud environments.
Lift-and-shift moves existing VMs to the cloud largely unchanged, carrying over the same architecture and cost profile. True modernization re-architects around containers and managed services so it actually benefits from cloud economics.
Through policy-as-code guardrails enforced automatically at the account and deployment level via Landing Zone controls, rather than manual reviews after resources are already provisioned.
A Landing Zone or platform foundation typically takes 6-10 weeks to establish; full migration or modernization timelines depend on the number and complexity of workloads involved.
