Cloud migration services that fit the requirement and the budget.
Cloud migration services and cloud consulting for businesses in Pune, across India and worldwide. Cost-effective architecture on AWS, Azure and Google Cloud. We handle seamless on-premise-to-cloud integration, multi-region resilience and hybrid designs that keep the plant running when the internet doesn't. We don't resell cloud. We engineer it around your workloads, and you pay the provider directly.
AWS, Azure or Google Cloud. Sized for what you actually run.
Most cloud overspend comes from a few predictable habits: servers sized for a peak that never comes, capacity left running overnight, data parked on the most expensive tier, and transfer charges nobody modelled. We design these out from day one, in plain language your finance team can follow.
Right-sizing
Compute and databases sized from measured utilisation, not guesses. We review again once real traffic arrives, because the first estimate is never the last.
Reserved & committed use
Steady, predictable workloads go on reserved or committed-use terms. Spiky or experimental work stays on demand. We only commit once the baseline is proven.
Autoscaling & schedules
Capacity follows demand. Test, training and reporting environments switch off outside working hours instead of billing all night.
Storage tiering
Hot, cool and archive tiers with lifecycle rules, so old project files and backups move to cheaper storage automatically. No over-provisioned disks "just in case".
Egress awareness
Moving data out of the cloud costs money. We place workloads, caches and backups so heavy traffic stays local or inside the provider, and we model transfer costs before go-live.
Tags, budgets & alerts
Every resource is tagged to a site, team or project, with budgets and alerts set up. You see who spends what, and you hear about a surprise before the invoice does.
We don't publish savings percentages, because every bill is different. Our assessment shows your own numbers: current spend, what each change is worth, and what it costs to make.
Seamless integration, not a big-bang move.
Your on-premise systems and the cloud should behave like one network: the same identities, the same security policy, and no weekend where nothing works. We move workloads one at a time, with a tested way back.
- Dependency mapping first, so nothing breaks because an ERP report quietly relied on a file share
- Your Active Directory identities extended to the cloud, so staff keep one sign-in
- Encrypted site-to-cloud connectivity sized to real traffic
- Cut-overs in agreed maintenance windows, each with a rollback plan
- Not everything should move. Machine control and latency-sensitive CAD storage often stay local
Map workloads
Servers, applications, data flows, licences and who depends on what.
Per-workload plan
Keep, move as-is, modernise, or retire, each with a cost and risk view.
One network
Secure connectivity, shared identity and consistent firewall policy.
Pilot, then cut over
Low-risk workloads first, a validated rollback for every step, then optimisation once usage is real.
When one region has a bad day, you don't.
Multi-region designs protect against a regional outage, keep data close to the people who use it, and give you a disaster-recovery site you never have to rack. They also cost more, so we size them to your recovery targets, not to a brochure.
Resilience
Warm-standby or active-active patterns, chosen per workload. Health-checked routing moves users automatically.
Disaster recovery
Recovery point and recovery time agreed for each system, replication built to meet them, and failover drills that prove it.
Latency
Customer portals, partner access and remote teams are served from the region closest to them.
Data residency
Where data has to stay in a particular country, we design for it. All three providers offer regions in India.
The plant stays local. Everything else gets the cloud's reach.
Manufacturing rarely belongs fully in the cloud. Machines, PLCs and big CAD files need the local network; partner portals, off-site backups and multi-site ERP gain from the cloud. A hybrid design gives each workload the right home under one identity and one security policy.
- Operations keep running locally through an internet outage
- One directory, one MFA policy, one set of firewall rules across plant and cloud
- Off-site, immutable backups in the cloud as part of a 3-2-1 strategy
- Branches and new sites slot into the same pattern
- Remote staff reach both through device-approved, directory-authenticated VPN
| Workload | Usually on premise | Usually in cloud |
|---|---|---|
| Machine control, PLCs | Yes, isolated in its own segment | Monitoring only |
| CAD working files | Yes, on local Smart Fetch storage | Backups and controlled sharing |
| ERP | Depends on users, sites and latency | Depends on users, sites and latency |
| Partner / vendor portals | No | Yes, isolated from internal systems |
| Backups | Fast local copy | Immutable off-site copy |
| Email & productivity | No | Yes |
From current bill to running architecture.
Baseline
Current spend, workloads, dependencies, risks and recovery needs.
Architecture & cost model
Provider choice, regions, network, identity and security, plus a monthly cost estimate.
Repeatable setup
Environments defined as code, documented, and set up in accounts you own.
Connect & cut over
Workload by workload, with rollback plans and sign-off.
Monitor & optimise
Monthly cost and performance reviews, with patching, backups and DR tests.
Straight answers about cloud.
Cloud work is scoped after an assessment, then set out in a tailored proposal: a fixed project, part of your managed engagement, or both.
Book a cloud assessmentWhich provider should we choose: AWS, Azure or Google Cloud?
Whichever fits your requirements. That depends on the applications you run, the skills you have, existing agreements, where your users are and your budget. We work across all three and have no commission riding on the answer.
Do you resell cloud subscriptions?
No. Accounts are in your name and the provider bills you directly. We get role-based access that you can revoke at any time.
Will moving to the cloud save us money?
Not always, and we'll say so. Some workloads are cheaper on hardware you already own. The assessment compares both options using your actual numbers.
Can we keep some systems on premise?
Yes, and in manufacturing you usually should. That's what hybrid design is for: each workload lives where it works best.
Do we really need more than one region?
Only if your recovery targets or user locations call for it. We'll show you the cost of a second region next to the cost of the downtime it prevents.
How is the link between plant and cloud secured?
With encrypted, authenticated connectivity, a consistent firewall policy and nothing exposed to the internet that doesn't need to be. Staff remote access uses approved devices with Active Directory sign-in.
What is hybrid cloud?
Hybrid cloud combines on-premise systems with public cloud such as AWS, Azure or Google Cloud, so latency-sensitive plant systems stay local while backup, remote access and burst workloads use the cloud.
What is multi-region failover?
Running a workload, or a standby copy of it, in two cloud regions so that if one region has an outage, traffic moves to the other. We size it to how long each system can afford to be down.
Can our data stay in India?
Yes. AWS, Azure and Google Cloud all have India regions, and we can design for data to stay in-country where your contracts or regulations require it.
Bring last month's cloud bill.
Or your server list, if you haven't moved yet. We'll map what you run, what it costs, and the design that fits.