Cloud & Platform

Cloud that lowers cost and raises resilience — both

Lifting servers into someone else's data centre rarely pays back. We modernise the architecture as we migrate: landing zones with real guardrails, containerised workloads that scale to demand, automated recovery, and a FinOps practice that keeps the invoice defensible.

0+

Workloads migrated

0%

Average infrastructure cost reduction

0%

Managed platform availability

Overview

Landing zones, modernisation and day-two operations

A migration is only as good as the platform it lands on. We build multi-account or multi-subscription landing zones with identity, network segmentation, policy enforcement, logging and cost allocation established before the first workload arrives.

Application treatment is decided per workload against evidence — retire, rehost, replatform, refactor or replace. We are candid when refactoring is not worth it, and equally candid when a rehost will simply relocate a problem.

Then we make day two boring: golden pipelines, autoscaling, blue/green releases, tested disaster recovery, SLO-based alerting and monthly cost reviews with named owners.

01

Everything as code

Terraform and Bicep modules, policy-as-code, no console drift and reproducible environments from dev to production.

02

Resilience proven, not assumed

Documented RTO/RPO, automated failover, and recovery drills we actually run and report on.

03

Secure by default

Zero-trust networking, least-privilege identity, encryption everywhere and CSPM guardrails that block misconfiguration.

04

FinOps discipline

Tagging standards, showback dashboards, commitment planning and rightsizing on a monthly cadence.

What we build

Capabilities you get on day one

The components below are engineered patterns we have shipped repeatedly — not concepts we would be exploring for the first time on your project.

Governed landing zones

Account topology, network segmentation, identity federation, guardrail policy and cost allocation delivered as reusable modules.

Migration factory

Wave planning, automated discovery, dependency mapping, cutover runbooks and rollback for every workload.

Kubernetes platforms

Multi-tenant clusters with GitOps delivery, autoscaling, secrets management, network policy and cost visibility per namespace.

Resilience engineering

Multi-AZ and multi-region patterns, automated failover, backup immutability and DR drills with published results.

FinOps practice

Unit-cost dashboards, anomaly alerts, savings-plan modelling and rightsizing recommendations tied to owners.

Serverless where it fits

Event-driven functions and managed services that remove undifferentiated operations from your team's plate.

Capabilities

Everything inside our cloud services practice

The full scope of the practice. Engagements typically draw on a focused subset — this is the bench you have access to.

Hyperscaler Platforms

  • Amazon Web Services (AWS)
  • Microsoft Azure
  • Google Cloud Platform (GCP)
  • Oracle Cloud Infrastructure (OCI)
  • IBM Cloud
  • Multi-cloud & hybrid architecture
  • Private & sovereign cloud
  • VMware & Nutanix modernisation

Migration & Modernisation

  • Cloud readiness assessment
  • Application portfolio rationalisation
  • Lift-and-shift & replatform migration
  • Database migration & modernisation
  • Mainframe & legacy modernisation
  • Monolith to microservices refactoring
  • Cloud-native application development
  • Data centre exit programmes

Containers & Orchestration

  • Kubernetes (EKS, AKS, GKE, OpenShift)
  • Docker & container engineering
  • Helm charts & GitOps delivery
  • Service mesh (Istio, Linkerd)
  • Serverless architecture
  • Event-driven architecture
  • API gateway & ingress design
  • Platform engineering & internal developer platforms

Automation & Infrastructure as Code

  • Terraform module libraries
  • Azure Bicep & ARM
  • AWS CloudFormation & CDK
  • Ansible & configuration management
  • Landing zone automation
  • Policy as code (OPA, Azure Policy)
  • Self-service environment provisioning
  • Cloud automation & runbook engineering

Operate, Secure & Optimise

  • Cloud security & CSPM
  • Cloud monitoring & observability
  • SLO / SLI engineering & alerting
  • Cloud backup & data protection
  • Disaster recovery & business continuity
  • Cloud cost optimisation (FinOps)
  • Managed cloud operations 24×7
  • Well-Architected & CAF reviews

Business impact

The outcomes clients measure

Figures are medians across delivered engagements in this practice. We will baseline your own numbers during discovery rather than promise these.

41%

Lower run cost

Rightsizing, commitment coverage, storage tiering and shutdown automation for non-production estates.

18×

Faster provisioning

Environments that took three weeks of tickets created in under an hour from a self-service template.

< 15 min

Recovery objective

Automated failover with tested runbooks replaces recovery plans that had never been exercised.

Zero

Unplanned cutover downtime

Parallel-run migrations with reversible cutovers, executed inside agreed change windows.

Technology stack

Cloud Services technology stack

Selected per engagement against your existing estate, your team's skills and total cost of ownership — never by partnership tier.

AWS

  • EC2
  • EKS
  • Lambda
  • RDS
  • Aurora
  • S3
  • CloudFront
  • Step Functions

Azure

  • AKS
  • App Service
  • Functions
  • Azure SQL
  • Cosmos DB
  • Front Door
  • API Management

Google Cloud

  • GKE
  • Cloud Run
  • BigQuery
  • Pub/Sub
  • Cloud SQL
  • Spanner

IaC & GitOps

  • Terraform
  • Bicep
  • AWS CDK
  • Ansible
  • Argo CD
  • Flux
  • Crossplane

Containers

  • Kubernetes
  • Docker
  • Helm
  • Istio
  • OpenShift
  • Kustomize

Observability

  • Prometheus
  • Grafana
  • Datadog
  • Azure Monitor
  • CloudWatch
  • OpenTelemetry
  • Loki

How we deliver

How a cloud services engagement runs

Six stages, each with a defined output. You can stop after any one of them and still hold something useful.

  1. Assess

    Automated discovery, dependency mapping, cost baseline, risk register and a business case with sensitivity ranges.

  2. Design the foundation

    Landing zone, identity model, network topology, security guardrails, tagging standard and operating model.

  3. Pilot wave

    Migrate a representative slice end to end to validate patterns, tooling, performance and the cutover playbook.

  4. Scale the factory

    Wave-based execution with parallel running, automated validation and reversible cutovers.

  5. Modernise

    Containerise, decompose or replatform the workloads where the return justifies the change.

  6. Operate

    SLO-driven monitoring, 24×7 support options, monthly FinOps review and continuous Well-Architected remediation.

Engagement models

How to start with Cloud Services

Three commercial shapes. Most clients begin with an assessment and move into delivery once the plan is agreed.

Fixed-price assessment

From $12,000

Two to four weeks. Produces a prioritised backlog, target architecture, risk register and a costed delivery plan you own outright.

  • Named architect
  • Executive readout
  • No obligation to proceed
Start here

Dedicated pod

Monthly retainer

An embedded team — lead, engineers, QA — working in your sprints and tooling with US-hours overlap from our India centre.

  • Scale up or down monthly
  • Your definition of done
  • Direct team access
Start here

Indicative ranges for planning purposes. Final pricing follows scope confirmation — we do not quote before we understand the problem.

FAQs

Cloud Services — frequently asked

How do you build the business case for migration?

We baseline current total cost — hardware refresh, licensing, hosting, DR, and the staff time absorbed by maintenance — then model target-state cost across three scenarios with explicit assumptions. Most cases only work with modernisation and FinOps included, so we show the naive lift-and-shift number too. You get a model you can challenge, not a vendor slide.

Is multi-cloud a good idea?

Deliberate multi-cloud is fine — using BigQuery for analytics while running applications on Azure, for example. Symmetrical multi-cloud, where everything must run anywhere, roughly doubles platform cost and halves your ability to use managed services. We recommend a primary platform with clear, justified exceptions.

Can you take over a cloud estate someone else built?

Frequently. We start with a Well-Architected style review across security, reliability, cost and operations, produce a prioritised remediation backlog, then stabilise before we optimise. Undocumented estates get an as-built discovery phase first.

What does managed cloud operations include?

SLO-based monitoring and alerting, incident response with defined severities and response times, patching and upgrade management, backup verification, DR drills, security posture management, and a monthly service review covering cost, incidents and improvement actions.

How do you avoid a runaway cloud bill?

Guardrails before workloads: budget alerts, mandatory tagging enforced by policy, instance-type restrictions, non-production shutdown schedules and anomaly detection. Then a monthly FinOps cadence where every cost centre has a named owner and unit-cost trend.

Cloud & Platform

Ready to talk about cloud services?

Send the context — current systems, constraints, what you have already tried. An architect from this practice will reply, usually within one business day.

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Princeton, NJ · Tiruchirappalli, India · +1 (609) 681-2414