Your VPS held up for two years and then crashed during the most important week of the year. The board wants an AWS or Azure plan. Your team has migration anxiety. Here's the 7-step framework we use to move SMB workloads to AWS or Azure with zero downtime — and without rebuilding from scratch.
Get a free migration plan for your stackHave you actually modeled what your AWS bill would look like at 3× your current traffic — or are you guessing? Have you proven your stack can fail over to a second region without a human in the loop? Do you know, today, how long a full cutover would take if the answer had to be "this weekend"? If those questions don't have crisp answers, your migration plan isn't a plan — it's a hope. And outgrowing your initial host is a good problem; migrating in a panic three weeks before peak season is the bad version of that good problem. The AWS Well-Architected Framework exists precisely to keep teams from improvising at cutover.
A migration that doesn't break your product looks boring on the day. Both stacks run in parallel for two weeks, traffic moves gradually, DNS can flip back in 60 seconds, and the old environment doesn't get torn down until the new one has been quiet for two weeks. The 7-step framework below — informed by patterns from AWS Migration Hub and the DigitalOcean product docs — is exactly that. The flip side of arriving on AWS is paying for AWS — see our case study on how we cut a client's AWS bill by 38% in 30 days for what to do once you're there.
Find every running service, scheduled job, hardcoded IP, and undocumented cron.
The migration risk is what you don't know is running.
A real AWS or Azure quote for the new stack — on-demand, reserved, and savings-plan pricing — vs. your current bill.
No surprises 60 days in.
Terraform or Bicep modules for the new environment.
Reproducible forever. Spinning up a copy takes minutes.
Old and new environments run side by side. Database replicates from old to new continuously.
Both can serve traffic.
Traffic ramps from 0 to 100% over days, not hours. TTL is pre-warmed.
Failback to old stack happens in under 60 seconds if anything spikes.
The old environment shuts down only after 14 days of zero traffic on the new stack.
IAM, secrets, and DNS get cleaned up. No zombie infrastructure.
After 30 days of real traffic on the new stack, we resize.
Most SMBs over-provision on day one and overspend by 20-40%.
Stop trying to do this in-house if any of these are true today:
The framework above is a checklist, not a theory. Every gate has a clear definition of done, a rollback plan, and a way for someone non-technical on your team to know whether it passed or failed. None of the gates require your team to learn AWS or Azure overnight — they require us to do the heavy lifting while your team keeps shipping. For the data-sync gate we typically rely on AWS Database Migration Service, and for full-server lift-and-shift we use AWS Application Migration Service — both proven tools that minimize cutover risk.
The point isn't to migrate fast. The point is to migrate boringly — so the day of the cutover, your customers don't notice anything happened, and three months later your bill is lower than the old one. The same continuous-watch approach we describe in how we monitor systems 24/7 is what tells you the cutover actually held.
We'll inventory your current setup, model the AWS or Azure cost, and send you a clear plan within 48 hours showing exactly what a zero-downtime migration would look like — week by week, with cost numbers and rollback points at every gate.
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