Cloud architecture built to hold up — not just pass a demo.
AWS/GCP infrastructure, containerized services and CI/CD pipelines designed for reliability, cost control, and real scale.
Get Started with Cloud Architect
Free 30-min strategy call. I'll review your project and respond within 24 hours.
50+ founders consulted last month
Cloud bills spiral and systems fall over for the same reason: architecture decisions made under deadline pressure, never revisited. I design infrastructure with cost and failure modes considered up front.
What you get
Every engagement is built around measurable outcomes — not just deliverables.
Infrastructure as code
Terraform/CDK-managed infrastructure — reproducible, reviewable, no more ‘click-ops’ in the console.
Containerized services
Docker + Kubernetes or ECS deployments that scale predictably under real traffic.
CI/CD pipelines
Automated build, test and deploy pipelines so shipping is routine, not risky.
Cost optimisation
Right-sized resources, autoscaling and reserved capacity that cut cloud spend without cutting reliability.
Architecture that survives real traffic
A system that works in staging and falls over on launch day usually has the same root cause: nobody designed for the failure case. I build infrastructure as code, with autoscaling, monitoring and cost controls in place before you need them — not after an incident.
What’s included
- Terraform/CDK-managed infrastructure as code
- Containerized services (Docker, Kubernetes or ECS)
- CI/CD pipelines for routine, low-risk deploys
- Cost audits and right-sizing
Quick answer
Cloud architecture here means designing infrastructure — compute, networking, CI/CD and cost controls — as reproducible infrastructure-as-code, built to handle real traffic and failure modes instead of falling over on launch day. Cost and reliability are considered upfront, not fixed after an incident.
How this compares to letting engineers manage infrastructure ad hoc
- Ad hoc, console-driven changes (‘click-ops’) aren’t reviewable or reproducible; Terraform/CDK-managed infrastructure as code is version-controlled and auditable
- Without dedicated architecture time, cost creep goes unnoticed for months; a dedicated cost audit typically recovers 20–40% of spend through right-sizing alone
- Engineers focused on features rarely have time to build proper CI/CD; this makes deploys routine and low-risk instead of a manual, risky event
- Ad hoc setups often lack a real failure-mode plan; this designs for autoscaling, monitoring and rollback before an incident forces the issue
What’s included, ground up
- Terraform/CDK-managed infrastructure as code
- Containerized services on Docker, Kubernetes or ECS
- CI/CD pipelines for routine, low-risk deploys
- Cost audits and right-sizing
- IAM design and baseline security/compliance controls
What cloud architecture consulting actually involves
Cloud architecture is often reduced to "moving servers to AWS," but genuine cloud architecture work involves careful decisions about scalability, cost optimization, security posture, and disaster recovery that determine whether an infrastructure investment pays off for years or becomes a costly liability requiring expensive rework within months.
Lift-and-shift vs cloud-native re-architecture
| Approach | Lift-and-shift | Cloud-native re-architecture |
|---|---|---|
| Speed | Faster initial migration | Slower but captures cloud benefits fully |
| Cost efficiency | Often disappointing | Typically much better long-term |
Many migrations disappoint on cost precisely because a lift-and-shift approach fails to capture the actual cost and scalability benefits that cloud-native architecture patterns provide.
Typical engagement phases
Common misconception about cloud costs
Who this cloud architecture service is for
- Companies planning a migration from on-premise infrastructure to the cloud
- Businesses facing unexplained or rapidly growing cloud costs
- Organizations needing a security and disaster recovery review of existing architecture
Multi-region and disaster recovery design
A single-region deployment carries risk that many businesses underestimate until an outage actually occurs. Multi-region and disaster recovery architecture is designed based on the client's actual risk tolerance and budget, rather than a blanket recommendation regardless of business criticality.
Security posture as a foundational architecture decision
Security is treated as a foundational architecture decision made from the start, not a compliance checklist addressed after the infrastructure is already built and running in production.
Setting realistic expectations about migration timelines
Cloud migrations for complex systems take meaningfully longer than marketing materials from cloud providers suggest. Honest timeline expectations are set based on actual system complexity rather than an unrealistically compressed estimate that leads to a rushed, risky migration.
Industry-specific compliance considerations
Architecting infrastructure for a healthcare or financial services client involves specific compliance requirements — data residency, encryption standards, audit logging — that a general business application wouldn't need to address as rigorously. Architecture adapts to each client's specific regulatory environment.
Working alongside existing internal IT and DevOps teams
This service is designed to complement internal IT and DevOps teams, providing specialized architecture expertise for specific projects rather than replacing the broader team's existing operational capabilities.
How this differs from hiring a full-time cloud architect
| Aspect | Full-time hire | This service |
|---|---|---|
| Cost structure | Ongoing salary and benefits | Project-scoped engagement |
| Best fit | Continuous ongoing architecture work | Specific migration or redesign projects |
Organizations facing a defined migration or redesign project rather than needing continuous architecture capacity often find this engagement model more cost-effective than a full-time senior hire.
Common mistakes companies make before seeking help
Onboarding process for new clients
Confidentiality of client infrastructure and data
Pricing structure for architecture engagements
Engagements are scoped and priced based on defined architecture deliverables, with transparent cost projections for the resulting infrastructure rather than an open-ended commitment with unclear final cost.
Staying current with evolving cloud provider offerings
Cloud providers introduce new services and pricing models regularly. Continuous monitoring of these changes and recommending genuinely appropriate options is treated as an ongoing professional responsibility.
Scaling the engagement from initial migration to ongoing optimization
Many engagements start with an initial migration or redesign project and grow into ongoing cost and performance optimization as infrastructure needs evolve, rather than remaining a single static engagement regardless of changing business scale.
Common scenarios that prompt a cloud architecture engagement
- Cloud costs have grown unpredictably and nobody can clearly explain why
- A planned migration from on-premise infrastructure needs expert guidance
- A security or compliance audit revealed gaps in current architecture
Final thought for businesses considering this service
The most valuable architecture decisions are rarely the most technically impressive ones — they're the ones matched precisely to actual business scale and risk tolerance. Clients who benefit most resist the temptation to over-engineer beyond genuine current and near-term needs.
Handling conflicting internal stakeholder opinions
Different stakeholders sometimes hold strongly conflicting opinions about architecture direction — cost vs performance, speed vs security. Presenting an independent, evidence-based recommendation with clear tradeoffs is a core part of the value this service provides.
Format of architecture engagements: remote or on-site
Architecture engagements are available both remotely and on-site, whichever format better suits the client's needs, with no meaningful difference in the depth of technical work possible in either format.
What this service explicitly does not include
Architecture services are explicitly scoped to design and implementation of infrastructure — ongoing day-to-day operations support is a separate, optional arrangement discussed based on the client's internal operational capacity.
Preparing for an architecture engagement to maximize value
Clients get the most value by arriving with existing architecture diagrams, cost reports, and a clear description of pain points, rather than a vague sense that "the infrastructure feels expensive" — specificity upfront leads to sharper recommendations.
Follow-up support after an architecture engagement
A brief follow-up review can be requested after implementation, ensuring the new architecture is performing as expected in real production conditions rather than only as designed on paper.
Recognizing when this service isn't the right fit
Not every situation calls for a full architecture engagement — a business with a simple, well-functioning setup needing only minor adjustments is better served by a lighter-touch consultation than a full redesign engagement it doesn't actually need.
Sector-specific architecture nuances
A healthcare application's architecture looks fundamentally different from a media streaming platform or an internal business tool — compliance requirements, traffic patterns, and appropriate services all vary substantially. Recommendations account explicitly for these sector-specific realities rather than a generic reference architecture.
Balancing short-term needs with long-term scalability
Leadership often wants the fastest possible initial deployment while the actual long-term architecture requires more careful upfront design. Part of the value of this service is helping clients balance both, identifying a pragmatic initial path that doesn't foreclose future scalability.
Final thought on the value of independent perspective
Internal teams and cloud provider sales representatives both carry inherent biases shaped by their own incentives. An independent architecture perspective, free from those specific incentives, often surfaces cost and risk considerations that would otherwise remain invisible.
Can this service be adapted to a specific niche industry?
Yes — architecture is scoped around the client's actual industry context and compliance requirements rather than applying a generic reference architecture regardless of niche.
Is there a minimum project size to start?
Engagements are scoped to fit specific deliverables, from a focused cost or security review to a full migration project, rather than requiring a large minimum commitment upfront.
Is this service kept current with evolving cloud provider offerings?
Yes, reviewed regularly to reflect current services and pricing models across major cloud providers, ensuring recommendations always match current realities.
Documentation delivered at engagement close
Every engagement concludes with clear architecture documentation and runbooks, ensuring the client's internal team can operate and extend the infrastructure independently, rather than being left with an undocumented, unfamiliar system.
Can findings be presented directly to a board or investors?
Yes — architecture recommendations and cost projections can be packaged specifically for presentation to a board or investor audience.
Can this work alongside my existing internal IT team?
Yes — the engagement can complement an existing internal IT team, focusing on specialized architecture expertise rather than duplicating existing operational capabilities.
Is ongoing support available after implementation?
Yes — periodic architecture reviews can be arranged to ensure the infrastructure continues to serve business needs as usage and requirements evolve.
Handling rapid growth or scaling scenarios
An application scaling rapidly faces infrastructure challenges distinct from one growing steadily — capacity planning happens under more time pressure, and architecture decisions made for a smaller scale often need urgent revisiting. Recommendations account for the specific dynamics of rapid growth when relevant.
Can this help with multi-cloud or hybrid architecture decisions?
Yes — when a client's situation genuinely calls for a multi-cloud or hybrid approach, the tradeoffs are evaluated honestly rather than defaulting to a single-provider recommendation regardless of fit.
Is there a typical engagement length for architecture work?
It varies — a focused cost or security review may take a few weeks, while a full migration project can extend across several months depending on system complexity.
Can this help with container orchestration and Kubernetes decisions?
Yes — when a client's workload genuinely benefits from container orchestration, Kubernetes or simpler alternatives are evaluated honestly based on actual operational complexity the team can support.
From kickoff to results
A clear, transparent process — no surprises.
Architecture audit
Review current infrastructure, cost drivers and single points of failure.
Target architecture
Design the target state — compute, storage, networking and CI/CD — matched to your actual scale.
Migration & build
Implement infrastructure as code and migrate services with minimal downtime.
Monitor & optimise
Set up observability and cost dashboards, then tune continuously.
01Which cloud providers do you work with?
AWS and GCP primarily, with some Azure experience — I’ll work within whatever you’ve already committed to.
02Can you migrate us from a monolith to microservices?
Yes, but only where it’s actually justified — I won’t force a rewrite your team doesn’t need.
03Do you handle security and compliance?
Yes — IAM design, network segmentation, and baseline compliance controls are part of the architecture work.
04What if we’re already over budget on cloud spend?
A cost audit is usually step one — most accounts have 20–40% of spend recoverable through right-sizing alone.
05How much does a cloud architecture engagement cost?
A full architecture audit and migration plan typically starts around ₹2–3L, scaling with infrastructure complexity. Ongoing infrastructure management after the initial build is priced separately as a monthly retainer.
06How is this different from hiring a DevOps engineer full-time?
A full-time DevOps hire is worth it once you have enough ongoing infrastructure work to keep them busy. This gets your architecture redesigned and documented as code first, so a future hire — or your existing engineers — inherit a clean, well-documented system instead of tribal knowledge.
07What’s a typical engagement length?
An architecture audit and redesign for a mid-sized system usually takes 4–8 weeks, including migration. Ongoing monitoring and optimisation can continue as a lighter retainer afterward.
08Who is this not a good fit for?
Very early-stage products still validating an idea, where a simple managed platform like Vercel or Render is more than enough. Full infrastructure-as-code investment pays off once you have real production traffic and reliability requirements.
09What happens in the first week?
An architecture audit — reviewing current infrastructure, cost drivers and single points of failure — so any redesign starts from a clear picture of what’s actually running today, not assumptions.
10Does moving to the cloud automatically reduce costs?
No — without careful architecture and ongoing optimization, cloud costs frequently end up higher than the on-premise setup replaced.
11What's the difference between lift-and-shift and cloud-native re-architecture?
Lift-and-shift migrates faster but often disappoints on cost; cloud-native re-architecture takes longer but captures cloud benefits more fully.
12What's typically the first phase of an engagement?
An assessment of current infrastructure and actual business requirements, before any architecture decisions are made.
13Who typically needs this cloud architecture service?
Companies migrating from on-premise, businesses with unexplained cloud costs, and organizations needing a security and disaster recovery review.
14Is disaster recovery architecture included?
Yes — designed based on the client's actual risk tolerance and budget, rather than a blanket recommendation regardless of business criticality.
15How long do cloud migrations typically take?
Meaningfully longer than marketing materials suggest for complex systems; honest timelines are set based on actual system complexity.
16How does this compare to hiring a full-time cloud architect?
This project-scoped engagement is often more cost-effective for a defined migration or redesign versus needing continuous ongoing capacity.
17What's a common mistake companies make before seeking help?
Migrating without cost monitoring or governance, only discovering months later that spending grew far beyond expectations.
18What does the onboarding process look like?
An initial requirements call, an assessment of existing architecture and costs, then a proposal with clear milestones and cost projections.
19Is client infrastructure data kept confidential?
Yes — all infrastructure details and credentials are treated as strictly confidential, handled with appropriate security practices.
20Can the engagement grow into ongoing optimization?
Yes — many start as an initial migration project and grow into ongoing cost and performance optimization as needs evolve.
21What scenarios typically prompt a cloud architecture engagement?
Unpredictable cost growth, a planned on-premise migration, or a security audit revealing architecture gaps.
22How are conflicting internal stakeholder opinions handled?
An independent, evidence-based recommendation with clear tradeoffs is presented, rather than favoring one internal faction over another.
23Is ongoing operational support included?
Not by default — it's a separate, optional arrangement discussed based on the client's internal operational capacity.
24How should I prepare for an architecture engagement?
Arrive with existing architecture diagrams, cost reports, and a clear description of pain points for sharper recommendations.
25Is follow-up support available after implementation?
Yes — a brief follow-up review can be requested to ensure the new architecture performs as expected in real production conditions.
26Does architecture account for sector-specific differences?
Yes — a healthcare application differs fundamentally from a media platform or internal tool, and recommendations reflect that.
27Can this help balance fast deployment with long-term scalability?
Yes — identifying a pragmatic initial path that doesn't foreclose future scalability is part of the value provided.
28Can this be adapted to a specific niche industry?
Yes — architecture is scoped around the client's actual industry context and compliance requirements.
29Is there a minimum project size to start?
No — engagements range from a focused cost or security review to a full migration project.
30Is documentation provided at the end of an engagement?
Yes — clear architecture documentation and runbooks ensure the client's team can operate and extend the infrastructure independently.
31Can findings be presented to a board or investors?
Yes — architecture recommendations and cost projections can be packaged specifically for that audience.
32Can this work alongside my existing internal IT team?
Yes — complementing an existing IT team by focusing on specialized architecture expertise rather than duplicating existing capabilities.
33Is ongoing support available after implementation?
Yes — periodic architecture reviews ensure infrastructure continues to serve business needs as usage evolves.
34Are rapid growth scenarios handled differently?
Yes — capacity planning under time pressure and revisiting smaller-scale architecture decisions are accounted for during rapid growth.
35Can this help with multi-cloud or hybrid architecture decisions?
Yes — tradeoffs are evaluated honestly when a client's situation genuinely calls for a multi-cloud or hybrid approach.
36Is there a typical engagement length for architecture work?
It varies — a focused review may take weeks, while a full migration can extend across several months depending on complexity.
37Can this help with container orchestration and Kubernetes decisions?
Yes — Kubernetes or simpler alternatives are evaluated honestly based on actual operational complexity the team can support.
38Is infrastructure-as-code part of every engagement?
Yes — infrastructure is defined as code by default, ensuring changes are tracked, reviewable, and reproducible rather than made manually through a console.
Ready to get started?
Book a free 30-minute strategy call. No pitch, no pressure — just honest advice on where to focus.