Cloud Infrastructure

Cloud that scales, and pays for itself.

Cloud engineered for unit-economics.

Great cloud programmes are equal parts architecture, delivery discipline and cost engineering. Solvin combines all three — from landing-zone design through workload modernisation to FinOps guardrails that keep spend predictable at scale.

20–35%

Cloud spend reduction in 90 days

99.95%

Availability SLO for tier-1 workloads

10×

Deployment frequency after CI/CD uplift

/ Capabilities

What's in scope.

Cloud Strategy & Landing Zones

Multi-account/subscription baselines, org policies, SCPs, network topology and well-architected reviews across AWS, Azure and GCP.

Migration & Modernisation

6R assessment, wave planning, and migration factories moving workloads to cloud-native equivalents with minimal downtime.

Kubernetes & Containers

EKS, AKS and GKE platform engineering with GitOps (Argo/Flux), service mesh, and secure multi-tenant workload isolation.

DevOps & Infrastructure-as-Code

Terraform, OpenTofu, Pulumi and CDK modules; GitHub Actions, GitLab CI, Azure DevOps pipelines with policy-as-code.

FinOps & Cost Optimisation

Rightsizing, savings plans, reserved capacity, storage tiering, and per-team chargeback dashboards. Typical 20–35% run-rate reduction.

Site Reliability Engineering

SLO design, error budgets, incident response, observability stacks (Datadog, Grafana, OpenTelemetry) and chaos engineering.

Modernisation the responsible way

Lift-and-shift wastes cloud; big-bang re-platforming wastes calendars. We build a wave plan that starts with quick wins — auto-scaling, managed databases, container packaging — then compounds into an event-driven, cloud-native estate.

Baseline landing zone in 4–6 weeks (identity, network, guardrails, observability)
Migration factory with reusable Terraform modules and automated cutover
Application refactoring guided by domain-driven design, not fashion
FinOps built in on day one — never a retro-fit

Multi-cloud where it earns its keep

We are opinionated: single-cloud unless there is a compelling regulatory, sovereignty or resilience reason otherwise. When multi-cloud is right, we build shared control planes so it doesn't become a two-provider bill for one architecture.

/ Frameworks & Standards

AWS Well-ArchitectedAzure Landing ZonesGoogle Cloud Architecture FrameworkCNCF Reference ArchitectureFinOps Framework

/ Case Studies · Measurable Outcomes

Delivered in production. Measured in outcomes.

Representative engagements from Solvin's cloud & platform services practice. Client identities are withheld under NDA; industry, scope and results are as-delivered.

Insurance CarrierIndia

Landing-zone build on AWS with multi-account guardrails, IaC pipelines and migration of 120 workloads via the 6R framework.

Outcomes

$2.1M annual run-rate savings over on-prem baseline
Deployment lead time down from 6 weeks to 2 days
Passed IRDAI cloud-adoption assessment on first review

D2C Consumer BrandIndia

Cloud-native re-platform on Azure with AKS, event-driven microservices and CDN-fronted commerce experience.

Outcomes

Handled 11× Black Friday traffic with zero degradation
Time-to-market for new SKUs down from 12 weeks to 3
35% infra cost per order via rightsizing and spot fleets

EdTech PlatformAPAC

GCP landing zone with GKE, Anthos policy and BigQuery data mesh for 4M monthly learners.

Outcomes

P99 lesson-load latency held under 300 ms during peak
Data-platform onboarding for new subjects reduced 5× in effort
SOC 2 Type II achieved within 8 months of platform live

Common questions.

Are you tied to a single hyperscaler?

No. We hold engineering depth across AWS, Azure and GCP and choose per workload. Our reference IaC is portable across all three.

Can you take over an existing cloud estate?

Yes. We start with a Well-Architected review, quick-win FinOps sprint, and a 90-day remediation roadmap — often self-funded by the cost savings we surface in the first month.

/ Practice areas