Cloud Engineering Practice
Cloud infrastructure built for operators, not demos.
We build cloud infrastructure for organizations where downtime is a liability, not an inconvenience. Every design decision is codified, reproducible, and operated by your team.
Architecture Philosophy
"Infrastructure is an engineering discipline, not a cost center. The teams that treat it as a versioned, observable software practice are the teams that deploy with confidence."
Capabilities
What We Deliver
Cloud Architecture & Landing Zones
Multi-account AWS and GCP architectures with proper landing zones, organizational unit structures, and account-level isolation boundaries. We design for security and compliance from the account topology down.
Production Kubernetes & Cilium
Production Kubernetes clusters with hardened node configurations, namespace-scoped RBAC, network policies enforced at the kernel eBPF layer, and pod security standards.
Infrastructure as Code & GitOps
Terraform and OpenTofu modules with remote state locking, workspace isolation, and CI/CD pipelines enforcing plan-before-apply and Conftest compliance rules.
Internal Developer Platforms
Internal developer platforms reducing cognitive load without hiding critical operational details. Golden paths for workloads with self-service provisioning guardrails.
Site Reliability & Error Budgets
SLO-driven reliability practices grounded in error budgets, not uptime theater. Incident response frameworks, capacity planning, and chaos engineering.
Migration & Modernization
Structured migration from legacy infrastructure to cloud-native architectures. Dependency mapping, data gravity analysis, and phased cutover schedules.
High-Throughput Networking
VPC architectures, Transit Gateway topologies, hybrid connectivity via Direct Connect / VPN, and cross-AZ traffic minimization to prevent egress cost spikes.
FinOps Capital Optimization
FinOps practices that go beyond turning off idle instances. Resource tagging, right-sizing automation, 3-year RI commitments, and Graviton compute migrations.
Cloud Architecture Blueprint
Production Infrastructure Topology
Standardized multi-account AWS & GCP topology enforced through deterministic infrastructure code and immutable control planes.
Network Perimeter & Ingress
Isolation Boundary
Isolated Ingress VPC with centralized inspection
Enforcement & Controls
Strict egress filtering, TLS 1.3 termination, zero direct public IP assignment to compute
Auditability & Observability
VPC Flow Logs mirrored to immutable S3 audit sink with Athena querying
Need this implemented in your environment?
Review Spec With Senior Engineer →FinOps & Capital Efficiency
Infrastructure Capital Recovery Benchmark
Standardized engineering model evaluating over-provisioned compute, unmanaged egress, and uncommitted reservation waste.
Select your approximate monthly AWS or GCP commitment.
Projected Recovery Model
$168,000
Estimated annual capital returned to engineering budget through rightsizing & commitment structuring.
Process
How a Cloud Engagement Works
Assessment
We audit your existing infrastructure — architecture, tooling, processes, and operational maturity. You get a written technical assessment.
Architecture
We design the target state architecture and document every decision with rationale and tradeoffs. ADRs, network diagrams, and IAM policies.
Build
We implement everything in code and deploy through CI/CD. Terraform modules, Kubernetes manifests, and pipeline configurations in your repos.
Transfer
Documentation, pair programming sessions, and structured knowledge transfer. Your team owns and operates everything we built.
Ecosystem
Supported Stack
FAQ
Questions We Get Asked
Do you support multi-cloud architectures?
Yes. We work primarily with AWS and GCP, and we design for multi-cloud when the business case justifies it. We will evaluate whether multi-cloud complexity is warranted for your workload constraints.
How long does a typical cloud migration take?
Most engagements run 8 to 16 weeks. A greenfield landing zone can be operational in 4 to 6 weeks. A lift-and-shift migration of a mid-size application portfolio typically takes 10 to 14 weeks including validation.
How do your engineers integrate with our team?
We work directly in your repositories, attend your standups, and use your communication tools. We are senior engineers embedded in your workflow with zero handoff gaps.
Why Terraform over Pulumi, CDK, or other IaC tools?
We default to Terraform / OpenTofu because of its ecosystem maturity and provider stability. We also support Pulumi and Crossplane when suited to your platform needs.
Let's talk about your infrastructure.
We start every engagement with a technical conversation with an engineer — your architecture, constraints, and operational goals.