Serving India
EasyWork Solutions provides cloud hosting and infrastructure for Indian businesses from Surat, Gujarat, and runs its own hosting platform on Windows Server and IIS. Two things dominate this conversation in India: where the data is legally allowed to live, and whether the backup you are paying for has ever been restored.
Cloud hosting in India involves deciding where data must physically reside, since the DPDP framework and sector-specific rules can require Indian storage; choosing a region for latency; and controlling cost in rupees. EasyWork Solutions deploys to Indian regions where residency is required, runs its own Windows Server and IIS hosting platform, and tests restores rather than assuming backups work.
For a growing number of Indian businesses, hosting location is a legal question before it is a technical one. The DPDP framework shapes how personal data is handled, and specific sectors carry their own stricter requirements — payment data being the most widely known example, where Indian storage is mandated rather than preferred.
The practical consequence is that this decision belongs in the first architecture conversation. Moving hosting after launch is disruptive, sometimes contractually awkward, and occasionally requires application changes if the original design assumed a particular provider service that is not available in the region you now need.
We raise it early and design to what your legal adviser determines applies to you. Where residency is genuinely required we deploy to an Indian region; where it is not, we will say so rather than charging for infrastructure constraints you do not have. Both answers are common and the difference matters to cost.
Hosting an Indian business's application in a US region because that was the default in a tutorial adds a round-trip penalty to every request, and it compounds. A page that makes several sequential API calls multiplies that penalty by the number of calls.
On the mid-range devices and inconsistent connections that dominate Indian usage, that additional latency lands on top of constraints the user already has. It is one of the more common reasons an application feels sluggish despite the code being perfectly reasonable.
Choosing an Indian region is usually the single cheapest performance improvement available, and it is frequently overlooked because it is an infrastructure decision made once, quietly, at the start of a project by whoever was setting up the account.
Almost every hosting arrangement includes backups. A substantial proportion of them have never been restored, which means the business is holding an assumption rather than a recovery capability.
The failure modes are mundane and consistent: the backup captured the application but not the database, or the database but not uploaded files. It ran nightly but silently stopped three months ago. It exists in the same account and region as the thing it protects, so a compromise or an account issue takes both. Or the restore works but takes eleven hours, which nobody knew and nobody has budgeted downtime for.
The correction is unglamorous — perform a real restore into a clean environment, time it, and confirm what came back. That exercise produces two numbers worth having: how long recovery actually takes, and how much data you would lose. Most businesses have never been told either.
Cloud spend has a characteristic pattern: it is provisioned generously during a launch when nobody wants to be the reason something failed, and then never revisited. A year later the business is paying for capacity sized against a worst case that never happened.
The common contributors are predictable. Instances larger than the workload needs. Storage snapshots accumulating with no lifecycle policy. Non-production environments running around the clock when they are used during office hours. Data transfer costs nobody has attributed to anything.
None of this requires sophisticated optimisation. It requires somebody looking at the bill monthly with the authority to change things, and a right-sizing review a few months after launch when real usage is known rather than estimated. We do that as part of managing infrastructure, and report it in rupees against what the workload actually requires.
Most infrastructure compromises we are called about are not sophisticated. They involve a database exposed to the internet because a security group was opened during debugging and never closed, credentials committed to a repository, an unpatched dependency, or an administrative interface reachable from anywhere with a password chosen in a hurry.
The defensive basics are correspondingly unglamorous: nothing exposed publicly that does not need to be, credentials in a secret store rather than in code or configuration files, TLS everywhere including internal traffic, dependency updates on a schedule rather than in response to an incident, and access logging retained long enough to investigate with.
That last one matters more than it appears. Without retained logs, an incident cannot be scoped — you cannot establish what was accessed, so you have to assume the worst. Under the DPDP framework, being unable to determine the extent of a breach is a materially worse position than being able to show it was limited.
We do not publish a price list, because a number given before understanding the work is a guess someone pays for later. These are the factors that actually move the figure in this market.
It constrains provider and region choice and occasionally rules out a managed service you would otherwise use. Establishing it early avoids designing against an option you cannot take.
A single well-backed-up instance is inexpensive. Multi-zone redundancy with automatic failover costs meaningfully more and is worth it only when downtime has a real quantified cost.
Steady load is cheap to size for. Sharp, infrequent spikes need either headroom you pay for continuously or autoscaling that has to be built and tested.
A managed database costs more per month and removes patching, backup and failover work. Self-managing is cheaper on the invoice and only cheaper overall if someone competent actually does the work.
Unmanaged cloud spend drifts upward reliably. A monthly review and a right-sizing pass after real usage is known typically pays for itself several times over.
Our own hosting platform across multiple tiers on Windows Server and IIS, supporting .NET, PHP and static sites from portfolios through to e-commerce — we operate production infrastructure rather than reselling someone else's.
Visit siteMulti-tenant SaaS we host and operate ourselves, with the availability and backup obligations that come with running a product other businesses depend on.
Visit siteA production ERP we have run and maintained over multiple years, which is where our operational experience of upgrades, backups and incidents actually comes from.
Visit siteWhether your data must remain in India, and what your sector requires, is settled with your adviser before any architecture decision that would be expensive to reverse.
We deploy to an Indian region for Indian users because the latency difference is measurable, rather than defaulting to whichever region a tutorial used.
Instances and services are sized to the actual workload with a review scheduled after launch, once usage is known rather than estimated.
We perform an actual restore into a clean environment, time it, and confirm what came back — producing a real recovery time and data-loss figure.
Nothing publicly exposed that need not be, credentials in a secret store, TLS throughout, scheduled dependency updates and retained access logging sufficient to scope an incident.
Cloud accounts, domains and credentials are yours from the start, so you are never dependent on us for access to your own infrastructure.
These apply to us as much as to anyone else bidding for your work.
It depends on your sector and the personal data involved. The DPDP framework shapes handling generally, and specific sectors — payment data most prominently — carry stricter requirements. It is a legal question for your adviser, and one to settle before architecture, because moving hosting after launch is disruptive and can require application changes.
Yes, measurably. Hosting in a US region adds a round-trip penalty to every request, which compounds when a page makes several sequential calls. On the mid-range devices and inconsistent connections common in India, that lands on top of constraints the user already has. Choosing an Indian region is usually the cheapest performance improvement available.
By restoring one. Common failures are mundane: the backup captured the application but not the database, or stopped silently months ago, or lives in the same account as what it protects. A real restore into a clean environment tells you your actual recovery time and how much data you would lose — two numbers most businesses have never been given.
Usually because it was provisioned generously at launch and never revisited. The typical contributors are oversized instances, snapshots accumulating without a lifecycle policy, non-production environments running around the clock, and unattributed data transfer. A monthly review and a right-sizing pass once real usage is known normally pays for itself several times over.
A managed database costs more monthly and removes patching, backup and failover work. Self-managing is cheaper on the invoice and only cheaper overall if someone competent actually does that work consistently. For most SMEs without a dedicated infrastructure person, managed is the better economics despite the higher line item.
Yes. We run EasyWork Hosting, our own multi-tier platform on Windows Server and IIS supporting .NET, PHP and static sites. We also deploy to AWS and other providers where that suits the workload better — we would rather put you on the right infrastructure than on ours by default.
You do, from the start. We set them up in your name and take access rather than the reverse. Vendor-held infrastructure accounts are the most severe lock-in in this industry, and businesses usually discover the problem at the worst possible moment.
A meaningful share of search in this market happens in a language other than English. These are the terms people actually use — we work with your translator for customer-facing copy rather than relying on machine translation.
Last reviewed 2026-08-06 by the EasyWork Solutions team.