Capabilities — Cloud & Infrastructure
Build, modernize, secure and operate cloud the business can rely on
Cloud as an operating capability — hybrid by design, cost-disciplined by default, and ready for AI workloads.
The Challenge
Cloud got complicated while nobody was watching
Most enterprises didn't choose their cloud architecture — it accumulated. A migration here, an acquisition there, a SaaS estate everywhere. The result: hybrid and multi-cloud sprawl, unpredictable bills, and infrastructure that can't absorb the AI workloads the roadmap now demands.
The conversation has shifted from 'move to the cloud' to 'run cloud deliberately': FinOps discipline, sovereignty and residency decisions, security designed into landing zones, and infrastructure that is genuinely AI-ready. That is an operating model, not a project.
The Varasun Approach
How we deliver it
01
Assess
Full estate discovery — applications, dependencies, costs, risks — and a placement decision for every workload.
02
Architect
Secure hybrid/multi-cloud landing zones with identity, networking, guardrails and sovereignty requirements designed in.
03
Migrate & Modernize
Phased migration with modernization where it pays — rehost, replatform or refactor decided per workload, not per fashion.
04
Optimize & Operate
FinOps, observability, DR testing and managed operations running as a continuous discipline.
Capabilities
What cloud & infrastructure includes
Cloud Strategy & Assessment
Estate analysis, workload placement and a sequenced, costed transformation plan.
Migration & Modernization
Application and infrastructure modernization — including the AI-ready infrastructure new roadmaps demand.
Hybrid & Multi-Cloud
Deliberate architectures across Azure, AWS, Google Cloud and on-premises — with governance that spans all of it.
Cloud-Native & Kubernetes
Container platforms, platform engineering and CI/CD built for teams that ship.
FinOps & Optimization
Cost visibility, commitment strategy and waste elimination as an engineering practice.
Disaster Recovery & Continuity
Resilience architectures with tested recovery — RTO/RPO you can defend in the boardroom.
How It Fits Together
Delivery Model
How Varasun actually delivers
01
Workload-by-Workload Method
No big-bang migrations. Each wave is scoped, tested and reversible.
02
Security-by-Design Landing Zones
Identity, network and policy guardrails exist before the first workload lands.
03
Run-What-We-Build Operations
The team that modernizes your estate can operate it — no handoff gap.
Security & Governance
Secure, sovereign and recoverable by design
Cloud security and residency decisions are architecture decisions. We engineer identity-first access, policy-as-code guardrails and data-residency controls into the landing zone — and we test recovery, not just backup.
- Policy-as-code guardrails & identity-first access
- Data sovereignty and residency architecture
- Tested disaster recovery & continuity drills
Managed Operations
Cloud operations as a discipline
24/7 monitoring, cost governance, patching and capacity management — with monthly optimization reviews that treat your bill like an engineering problem.
- 24/7 cloud monitoring & incident response
- Continuous FinOps reviews & commitment management
- Observability across hybrid and multi-cloud estates
Business Value
What changes for the business
Infrastructure ready for AI and data-intensive workloads
Predictable cloud economics instead of bill shock
Resilience you can evidence, not just assert
One accountable partner across build and run
FAQs
Questions enterprise buyers ask us
Yes — that's one of the most common entry points. A FinOps assessment typically surfaces immediate waste (idle resources, wrong sizing, missed commitments) and then establishes ongoing cost governance so it stays fixed.
Deliberately. Most enterprise estates are hybrid for good reasons — latency, sovereignty, legacy dependencies. We design operating models that govern all of it as one estate.
Workload-by-workload, with dependency mapping, rehearsal migrations and rollback plans. Critical systems move in tested waves — never in a weekend of hope.
GPU and accelerated-compute capacity, high-throughput data pathways, storage performance for training and retrieval workloads, and the network architecture to feed them — planned as part of the estate, not bolted on.
Explore other capabilities
Start the Conversation
Ready to transform what's possible?
Let's discuss your technology priorities and build a practical path forward — together.
