Migrating from AWS/DigitalOcean to Neon Cloud: A Step-by-Step Guide
A migration fails at 9 pm on a Tuesday because somebody assumed a public IP comes attached to the server. It does not here. Nor does a route to the internet.
What follows is a countdown, not a checklist. Two weeks out to one week after, with the four things that actually break a cutover marked where they bite. Most teams comparing AWS alternatives in India plan the data transfer carefully and the calendar not at all. The calendar is what gets you.
DAY −14 Open the Account, Because It Gates Everything
Start here even if you are still deciding. Neon Cloud documentation is explicit that no cloud service can be deployed until KYC verification clears.
Individuals clear in minutes; companies do not
Individual accounts verify through DigiLocker with an Aadhaar number and an OTP, usually instant. Organisations submit GST and PAN for manual review, with a documented turnaround of 24 to 48 hours. Sign-up also takes a token one-rupee activation payment, credited back to your wallet.
Ask for your quota increase now
New accounts ship with default resource limits. Move fourteen instances onto an account provisioned for fewer, and deployments start failing halfway through, which you will misdiagnose as a platform fault. Open Profile, then Account Limits, and request an increase per service. A human reviews it, so it is not instant either.
The billing decision you cannot undo later
Neon Cloud does not support converting an existing instance from hourly to monthly billing. Switching means snapshotting the VM, then redeploying from that snapshot with the monthly cycle selected. Choose your cycle before you build production, or schedule the rebuild before DNS cutover rather than after it.
DAY −10 Relearn the Vocabulary Before You Click Anything
This is where DigitalOcean refugees get caught. Neon Cloud follows an OpenStack-style model, so networks, routers, and public IPs are objects you create rather than defaults you inherit. Six translations matter.
- Internet Gateway becomes a Virtual Router. You build it separately, then attach it to your subnet. On DigitalOcean, this was automatic.
- Elastic IP or Reserved IP becomes a Floating IP. You purchase it, then associate it with the instance. It does not arrive with the server.
- Security Groups deny inbound by default. Rules are mandatory, not optional hardening.
- Instance types and Droplet plans become Compute Offerings, named like GP1.micro, with the disk chosen as a separate Disk Offering.
- AMIs and images become OS Images, and a Snapshot can serve as a deployment source in the same field.
- User data becomes the Startup Script field, set once at launch time.
Read the first two again. A VM with no router interface and no floating IP boots perfectly and answers nobody. That single misunderstanding accounts for more abandoned trials of AWS alternative cloud hosting than any pricing objection.
DAY −7 Build the Network First, Then the Server
The order is inverted from what you are used to. Do it in this sequence, and you avoid rework.
- Virtual Network, under Networking, then Networks. Confirm the state reads Up.
- Subnet inside it. Pick a CIDR that will not collide with your office or VPN ranges, set the gateway, add DNS servers.
- Virtual Router, same project, admin state up.
- Attach the subnet to the router through the router Interfaces tab. This is the step people skip.
- Security Group with explicit ingress. Port 22 restricted to your own IP with a /32 mask, never to the world. Add 80 and 443 only if you serve web traffic.
- Instance: under Virtual Machines, then Instances. Compute Offering, OS Image, Disk Offering, your network, your security group, SSH key.
- Floating IP, purchased and associated. Now it is reachable. Test with SSH before you trust it.
Do this once on a throwaway staging project first. Learning the console on something disposable is the cheapest insurance here.
DAY −3 Move Data and Drop Your TTL
Sequence beats tooling
Code and static files first over rsync with checksums, run twice so the second pass only carries the delta. Databases next through mysqldump or pg_dump, then replication from the old primary so the gap stays minimal. Verify with row counts and file counts, not by looking at a homepage.
The number to lower right now
Drop your DNS TTL to 300 seconds a full 48 hours ahead. Do it late and half your traffic keeps hitting the old box long after you have switched.
Price the exit
Data leaving costs money. Verified 2026 rates put AWS internet egress at $0.09 per GB for the first 10 TB after a 100 GB free allowance, rising to $0.12 in Asia Pacific Singapore, against roughly $0.087 on Azure. Moving 5 TB is a few hundred dollars. Ask about a waiver in writing before assuming there is none, whether you are heading to an Azure alternative or anywhere else.
DAY 0 Cutover, in Order
Pick your quietest hour. Then work down this list without improvising.
- Snapshot every new instance. This is your rollback point, and it costs almost nothing.
- Confirm replication lag is near zero.
- Switch DNS.
- Watch application error rates and database connection counts. Not server CPU, which will look fine while checkout is failing.
- Leave the old environment running. Every instinct will tell you to shut it down and save money. Ignore it.
Write your rollback trigger down before you begin
Give it a number. Error rate above 2% for five consecutive minutes means we revert DNS, no discussion. Deciding that calmly on a Tuesday afternoon is a different exercise from deciding it at 11 pm with three people talking over each other.
DAY +7 Harden, Then Decommission
A migrated environment is not a finished one. Nobody schedules this week, which is exactly why it matters.
- Enable two-factor authentication for every account with console access.
- Re-audit security groups. Debugging always leaves one port open to 0.0.0.0/0 that nobody admits to.
- Schedule backups, then restore one to prove the schedule works.
- Decide who answers the 3 am alert, by name.
- Work through the Production Checklist in Neon Cloud documentation instead of assuming your old config carried across.
The 2026 Verizon Data Breach Investigations Report found unpatched vulnerability exploitation had become the top initial access vector at around 31% of breaches, with median patching time stretching to 43 days in 2025 from 32. A new environment is one clean chance to set a cadence properly.
What You Should Leave Exactly Where It Is
Move the boring things first. Steady application servers, stable databases, development and staging, and anything serving heavy outbound file traffic where egress savings appear immediately.
Leave four categories alone for now. Workloads wired deeply into provider-specific managed services, until you have budgeted the rewrite. Genuinely spiky traffic where hyperscaler elasticity earns its premium. Global edge delivery that needs a worldwide CDN footprint. And anything a signed customer contract pins to a named platform. Partial migration is the normal result, not a failure of nerve, and Neon Cloud offering free migration support from AWS, GCP, and Azure with no long-term commitment makes us one of the best AWS alternatives in India.
Four things sink these projects. KYC nobody budgeted for, a quota nobody raised, a VM with no route out, and hourly billing discovered too late. Handle those in the first three days and the remaining eleven are just careful work.
Quick Answers
How long does moving to AWS alternatives in India actually take?
Budget two to four weeks for a modest estate. Roughly three days for account setup and KYC, a week for network build and testing, a week for data transfer and validation, then a cutover with the source kept warm afterwards.
Which is the best alternative for AWS for a small Indian SaaS team?
Whichever one prices your specific compute, storage, and egress profile lowest while offering local data residency and a written SLA. Shortlist on your own bill, not on a feature grid, then test provisioning speed during a free trial.
Will AWS alternative cloud hosting force downtime during the switch?
Not if both environments run in parallel. Lower DNS TTL beforehand, keep database replication live, snapshot before switching, and hold the old stack for a week. Downtime usually comes from skipping the TTL step, not from the move itself.
Do Azure cloud migration services help with an outbound move?
Only for assessment. Azure cloud migration services are built to bring workloads in, so an outbound migration relies on native database dumps, replication, rsync, snapshots and your own DNS plan. Dependency mapping output is still worth exporting first.
When is switching to an Azure alternative better than cost-optimising?
Optimise first, since Flexera put wasted cloud spend at 29% in 2026. Move once instances are right-sized, idle resources are gone and workloads are predictable, and the remaining bill still beats comparable pricing elsewhere by a real margin.