Cloud Migration & Infrastructure Engineering

Enterprise Cloud Migration
& Multi-Cloud Platforms.

Move to AWS, Azure, or GCP safely, at scale, and fully compliant. We design and execute cloud migrations, build Kubernetes and container-native platforms, implement Terraform and Pulumi infrastructure-as-code, and operate your environment through Site Reliability Engineering (SRE) with full SLO accountability — so your teams ship, not firefight.

Faster app onboarding post cloud modernization
35%
MTTR reduction through SRE & chaos engineering
Zero
Downtime during production cloud migrations
6 wks
Average time to measurable production outcome

Cloud migration is a business decision, not just a technical one.

Every cloud migration carries the same tension: the pressure to move fast and the obligation to move carefully. Regulatory constraints, data residency requirements, production continuity, and cost governance don't disappear when you lift-and-shift — they become your problem in a new environment if you haven't planned for them.

TickingMinds designs cloud strategies that are calibrated to your actual risk posture, not a generic migration checklist. Whether you're migrating to AWS, Azure, or GCP — or building a multi-cloud platform across all three — we design the architecture, run the migration, and operate the outcome.

Multi-Cloud Platform Engineering

Multi-cloud isn't complexity for its own sake — it's resilience, commercial leverage, and workload placement done deliberately. We design multi-cloud platforms that put the right workloads on the right clouds, with consistent governance, unified observability, and security controls that don't fragment at cloud boundaries. AWS for scale, Azure for enterprise identity integration, GCP for data workloads — orchestrated as one coherent platform.

Kubernetes & Container Infrastructure

Container-native infrastructure is the foundation modern software delivery runs on. We design and operate Kubernetes clusters for enterprise workloads — with Helm chart standardization, namespace governance, network policies, image scanning pipelines, and GitOps delivery patterns (ArgoCD, Flux) that make your Kubernetes platform the accelerator it's supposed to be, not another source of operational complexity.

Infrastructure-as-Code — Terraform & Pulumi

Manual infrastructure creates drift, undocumented dependencies, and audit exposure. Infrastructure-as-code with Terraform and Pulumi makes every environment repeatable, version-controlled, and auditable. We build IaC foundations that let your teams provision environments in minutes rather than days, with compliance guardrails — HIPAA, SOX, PCI-DSS — embedded directly into the provisioning process, not added afterward.

Site Reliability Engineering (SRE)

Going live on cloud is not the end of the engagement — it's where SRE begins. Our SRE practice defines SLOs with your engineering teams, implements error budget management, instruments full-stack observability (metrics, logs, traces), and systematically eliminates toil through automation. MTTR doesn't improve by managing incidents better — it improves by eliminating the incident classes that recur. That's what SRE, combined with chaos engineering, actually achieves.

Cloud Security & Compliance

Cloud security architecture is not a post-migration concern. We embed cloud security from the architecture design stage — Identity & Access Management (IAM) with least-privilege enforcement, network segmentation, encryption at rest and in transit, secrets management (HashiCorp Vault, AWS Secrets Manager, Azure Key Vault), and policy-as-code guardrails that prevent non-compliant infrastructure from ever being provisioned. Aligned to NIST, CIS Benchmarks, HIPAA, SOX, and PCI-DSS.

FinOps & Cloud Cost Governance

Cloud bills grow faster than cloud value when there's no cost governance. We implement FinOps practices alongside platform engineering — cost allocation tagging, rightsizing analysis, reserved instance strategy, and showback/chargeback frameworks — so engineering teams understand and own the cost of what they build. Cloud that performs. Cloud that's accountable.

Core Capabilities
  • Cloud migration strategy & execution (AWS, Azure, GCP)
  • Multi-cloud platform engineering & governance
  • Kubernetes & container infrastructure (Helm, GitOps)
  • Infrastructure-as-Code — Terraform & Pulumi
  • Site Reliability Engineering (SRE) & SLO design
  • Cloud security architecture & IAM design
  • FinOps & cloud cost governance
  • Disaster recovery & business continuity
  • Chaos engineering & production resilience testing
  • Compliance-embedded cloud provisioning (HIPAA, SOX, PCI-DSS)
Who This Is For
  • CIOs and infrastructure leaders migrating from on-premise or legacy hosting to cloud
  • Engineering organizations struggling with operational complexity post-cloud adoption
  • Regulated enterprises needing compliance-embedded cloud infrastructure
  • Platform teams building internal developer platforms on cloud-native foundations
  • Enterprises running multi-vendor cloud environments without unified governance
Zero-Commitment Start

Every engagement begins with a 2–4 week rapid diagnostic. We assess your current infrastructure, map cloud migration risks, baseline DORA metrics, and deliver a prioritized cloud strategy roadmap — at no risk to your roadmap or budget.

Where We Deliver

Common cloud
engagement scenarios.

Every cloud journey is different. These are the challenges we see most frequently — and where we've built the deepest delivery expertise.

☁️
Legacy-to-Cloud Migration

Migrate on-premise monoliths and legacy hosted workloads to AWS, Azure, or GCP with zero production downtime — governance controls, data residency compliance, and audit evidence embedded throughout the migration path. Not a lift-and-shift. A transformation.

⚙️
Kubernetes Platform Engineering

Design and operate enterprise Kubernetes platforms — multi-cluster architecture, Helm chart standardization, GitOps delivery pipelines with ArgoCD or Flux, namespace governance, network policies, and cluster security hardening. The platform your engineering teams actually want to build on.

🛠️
IaC Foundation & Platform Modernization

Replace manual, undocumented infrastructure with Terraform or Pulumi IaC that's version-controlled, tested, and policy-compliant. Every environment provisioned identically. Drift eliminated. Audit evidence generated automatically. Engineers provision in minutes, not weeks.

🔍
SRE & Production Resilience

Implement SLO design, error budget management, and chaos engineering that eliminates entire classes of production incidents. We've reduced MTTR by 35% for core banking systems by systematically stress-testing failure assumptions before outages expose them.

🔒
Cloud Security Architecture

Design zero-trust cloud environments with IAM least-privilege enforcement, network segmentation, secrets management, and policy-as-code guardrails. Cloud security built from the architecture stage — not bolted on after the first audit finding. Aligned to CIS, NIST, HIPAA, and PCI-DSS.

📈
FinOps & Cost Governance

Stop paying for cloud you don't use. We implement tagging strategies, rightsizing analysis, reserved instance planning, and showback frameworks that make cloud cost visible, accountable, and optimized — without constraining the engineering team's ability to move fast.

Client Impact

Cloud outcomes
we've delivered.

Common Questions

Questions we
hear most often.

What is cloud migration and what are the main strategies enterprises use?
Cloud migration is the process of moving applications, data, and infrastructure from on-premises or legacy environments to cloud platforms — typically AWS, Azure, or GCP. The main migration strategies are the 6 Rs: Rehost (lift-and-shift), Replatform (move with optimisations), Repurchase (move to SaaS), Refactor (re-architect for cloud-native), Retain (keep on-premises for now), and Retire (decommission). For regulated enterprises, TickingMinds recommends a portfolio analysis before migration — the right strategy depends on each application's compliance posture, performance requirements, and modernisation potential.
What is Site Reliability Engineering (SRE) and do we need it?
Site Reliability Engineering applies software engineering discipline to operations — defining SLOs (service level objectives), automating toil, instrumenting systems for observability, and engineering reliability rather than manually maintaining it. Enterprises need SRE when production incidents are frequent, on-call burden is high, or manual deployments are causing downtime. For BFSI institutions where a payment system outage has immediate regulatory and revenue consequences, SRE is the practice that converts fragile infrastructure into predictable, self-healing systems.
What is infrastructure-as-code and why does it matter for compliance?
Infrastructure-as-code (IaC) means provisioning and managing cloud infrastructure through machine-readable configuration files — Terraform, Pulumi, AWS CloudFormation — rather than manual console operations. For compliance, IaC is critical because it creates an auditable, version-controlled record of every infrastructure change, enables policy-as-code validation before provisioning, prevents configuration drift, and makes disaster recovery reproducible. In SOX, PCI-DSS, and HIPAA environments, manual infrastructure changes create audit gaps that IaC eliminates.
How does TickingMinds handle cloud migration for regulated industries like banking?
Regulated cloud migrations at TickingMinds follow a controls-first approach: we map compliance obligations (RBI cloud guidelines, PCI-DSS, HIPAA, FCA requirements) to cloud architecture decisions before migration begins. Landing zones are designed with data residency, encryption-at-rest and in-transit, network segmentation, and audit logging built in from day one. We run compliance validation automatically in CI/CD so every infrastructure change is checked against regulatory requirements before it reaches production.
What is multi-cloud strategy and when does it make sense for an enterprise?
Multi-cloud strategy means running workloads across two or more cloud providers — AWS, Azure, and GCP — to avoid vendor lock-in, optimise for best-of-breed services, and improve resilience. It makes sense for enterprises with regulatory requirements mandating data residency in specific regions, trading technology firms requiring low-latency execution close to specific exchange infrastructure, and large institutions with existing investments across multiple providers. Multi-cloud adds operational complexity — TickingMinds recommends it only when the specific business case is clear, and manages the complexity through platform engineering and unified observability.

Cloud that performs. Cloud that complies.

Start with a zero-commitment cloud assessment — we map your current infrastructure, quantify migration risks, and deliver a prioritized cloud strategy roadmap. Then you decide.

Get a Cloud Migration Roadmap
Related Services

Often delivered
alongside cloud.