DigitalOcean Exit, Done Properly

Migrate from DigitalOcean to AWS, before scale forces your hand

DigitalOcean got you to launch. But when enterprise buyers demand compliance evidence, your roadmap needs managed services that don't exist there, or a regulator asks where the data lives — you need AWS. We move Droplets, DOKS, Spaces, and managed databases with a zero-downtime cutover, following the same playbook behind our published DigitalOcean Kubernetes to ECS migration.

AWS Advanced Tier Partner
Google Cloud Partner
RedHat Partner
Vanta
ISO 27001:2022 Certified
ISO 9001:2015 Certified
DigitalOcean → AWSMAP-Eligible

Simple was the point. Until it became the ceiling.

5
Playbook phases
4-8
Weeks, typical stack
0
Downtime cutover target
MAP
AWS co-funding eligible
DigitalOcean exits are triggered by compliance walls, missing managed services, and data-residency demands — rarely by the bill alone.— HAZERCLOUD migration playbook, 2025-2026
Proven path
DOKS → Amazon ECS
The Problem We Solve

You chose DigitalOcean for simplicity. Now the business needs more than simple.

01, COMPLIANCE WALLS

Our enterprise prospect's security questionnaire asks for audit trails and controls we simply can't produce on DigitalOcean.

ISO 27001, SOC 2, and GDPR evidence expects CloudTrail-grade logging, AWS Config, and fine-grained IAM. DigitalOcean's security tooling doesn't reach that depth — and deals stall on it.

02, MISSING MANAGED SERVICES

Every new feature means self-hosting another service on a Droplet. We're running a datacenter, not a product.

Queues, serverless, search, WAF, data warehousing, ML — AWS runs them as managed services. On DigitalOcean, each one is another thing your engineers patch, back up, and monitor at 2am.

03, DATA RESIDENCY & SCALE

A customer contract requires in-region data residency, and our DigitalOcean region map can't satisfy it.

AWS operates 30+ regions with explicit residency control — eu-central-1, ap-south-1, me-central-1, and beyond. Limited regions also mean latency penalties as your customer base spreads.

Service Mapping

Every DigitalOcean service has an AWS destination.

No guesswork. This is the standard mapping we apply during assessment — then adapt to your exact inventory, workload profile, and team skill set.

DigitalOceanAWS EquivalentWhat Changes
DropletsEC2 / ECS FargateLike-for-like VMs on EC2, or containerise and drop server management entirely with ECS Fargate. We recommend Fargate wherever the workload allows.
DOKS (Kubernetes)ECS / EKSECS for most teams: no control plane, no upgrade cycles. EKS only when you truly depend on Kubernetes-native tooling.
SpacesS3 + CloudFrontSpaces is S3-compatible, so object sync is straightforward. CloudFront replaces the Spaces CDN with finer cache and security control.
Managed PostgreSQL / MySQLRDS / AuroraContinuous replication via DMS, then a short promotion window. You gain Multi-AZ, point-in-time recovery, and Performance Insights.
Load BalancersALBApplication Load Balancer with path-based routing, ACM-managed TLS, and native AWS WAF attachment.
App PlatformECS + Copilot / AmplifyECS with AWS Copilot keeps the PaaS-like deploy experience; Amplify Hosting covers front-end and full-stack JS apps.
VolumesEBS / EFSEBS for instance-attached block storage; EFS when containers need shared, persistent storage across services.
Monitoring & AlertsCloudWatch + SNSCentralised logs, metrics, and alarms with SNS notifications — one pane instead of scattered per-Droplet agents.
The Playbook

Five phases. Zero-downtime by design.

The same sequence behind our DigitalOcean-to-ECS delivery: replicate first, prove the AWS stack under real traffic, then cut over in minutes — with a rehearsed rollback path at every step.

Phase 01 · Assess

Inventory, dependencies, and the business case

We map every Droplet, DOKS workload, Spaces bucket, database, and DNS record; trace inter-service dependencies; and model current vs projected AWS costs. If your migration qualifies for AWS MAP funding, we scope the request here.

  • Full resource and dependency inventory
  • Cost model: DigitalOcean today vs right-sized AWS
  • MAP funding eligibility check and scoping
Phase 02 · Architect

Design the AWS landing zone

Dedicated VPC with public/private subnet segregation, ECS or EKS target per the service mapping, RDS sizing, IAM roles on least-privilege, ALB and WAF at the edge — the architecture our case study client landed on, adapted to your stack.

  • VPC, subnets, security groups, IAM baseline
  • ECS task definitions or EKS manifests, ECR registry
  • CloudTrail, Config, and CloudWatch from day one
Phase 03 · Replicate

Build in parallel, sync data continuously

The AWS environment runs alongside DigitalOcean. DMS keeps RDS in sync with your managed database; rclone syncs Spaces to S3; CI/CD deploys to both targets. Nothing in production changes yet.

  • DMS continuous replication to RDS
  • Spaces-to-S3 bulk sync plus delta sync
  • Load and integration testing against the AWS stack
Phase 04 · Cut Over

Shift traffic gradually, promote in minutes

Route 53 weighted routing sends 5% of traffic to AWS, then 25%, 50%, 100% as metrics stay green. Database promotion is a sub-5-minute window at your quietest hour, with rollback one DNS change away.

  • Canary traffic shifting over 24-48 hours
  • Database promotion with rehearsed rollback
  • DigitalOcean decommission only after burn-in
Phase 05 · Optimize

Right-size, save, and hand over

Post-cutover we right-size compute, apply Savings Plans or Spot where safe, tune auto-scaling policies, and hand your team dashboards, runbooks, and 30 days of post-migration support. Ongoing tuning is available through our AWS cost optimization service.

  • Right-sizing and Savings Plans analysis
  • Auto-scaling policies tuned to real traffic
  • Runbooks, dashboards, 30-day support window
Proof, Not Promises

Case study: DigitalOcean Kubernetes to Amazon ECS, in production.

A technology company in India ran its containerised application on DigitalOcean Kubernetes. As usage grew, the platform became harder to scale and maintain: Kubernetes clusters demanded continuous manual effort, the self-managed database needed constant backups and monitoring, scaling wasn't fully automated, and limited regions and security controls constrained enterprise plans. Infrastructure costs crept up and were difficult to optimise.

HAZERCLOUD migrated the application to Amazon ECS on EC2 in the Mumbai (ap-south-1) region. The self-managed database became Amazon RDS with automated backups, managed patching, and Multi-AZ high availability. Amazon EFS provided shared persistent storage across ECS services. A dedicated VPC with public/private subnet segregation, AWS WAF, ALB, and least-privilege IAM hardened the perimeter, while CloudWatch and SNS delivered centralised logging, metrics, and proactive alerts.

The result: the application now scales smoothly with demand without manual intervention, operational overhead is absorbed by managed AWS services, infrastructure is right-sized and cost-optimised with predictable monthly spend, and the platform is more stable, secure, and positioned for growth.

Migration Snapshot

SourceDigitalOcean K8s
DestinationAmazon ECS (EC2)
DatabaseSelf-managed → RDS
Regionap-south-1
SecurityVPC · WAF · IAM
ObservabilityCloudWatch + SNS
Read the full case study
AWS Migration Acceleration Program

AWS may co-fund your migration. We're MAP-eligible.

The AWS Migration Acceleration Program (MAP) offsets migration costs for qualifying workloads with AWS credits and partner-delivery funding. As an AWS Advanced Tier Services Partner, HAZERCLOUD delivers MAP-funded migrations — we assess eligibility, size the funding, and handle the paperwork with AWS as part of your assessment. Many teams discover their DigitalOcean exit costs significantly less than they budgeted.

Check Your MAP Eligibility →

What MAP Can Cover

  • AWS credits offsetting post-migration infrastructure spend
  • Partner funding toward assessment and mobilization
  • Delivery funding for the migration itself
  • Scoped, submitted, and managed by HAZERCLOUD with AWS
Land Compliance-Ready

Leave DigitalOcean's compliance ceiling. Arrive audit-ready.

AWS Advanced TierISO/IEC 27001:2022ISO 9001:2015GDPR-Ready Landing Zone

Every migration lands on AWS with CloudTrail, Config, and CloudWatch enabled from day one — so the environment is ready for ISO 27001, SOC 2, or GDPR evidence collection the moment you cut over. Data residency is explicit: choose eu-central-1, ap-south-1, or any of AWS's 30+ regions, and your data stays there. No retroactive compliance work, no scrambling when the first enterprise security questionnaire arrives.

FAQ

DigitalOcean exit questions, answered straight.

Wondering about DOKS vs ECS, database replication, or whether AWS will actually cost more? Book a call and we'll walk through your specific DigitalOcean inventory.

Book Free Migration Assessment →
Why do teams migrate from DigitalOcean to AWS?+
Three walls, usually. Compliance: enterprise customers and auditors ask for CloudTrail-grade audit evidence, ISO 27001-aligned controls, and fine-grained IAM that DigitalOcean cannot match. Managed services: once you need queues, serverless, WAF depth, data warehousing, or ML services, you end up self-hosting on Droplets what AWS offers as a managed service. Scale and residency: AWS operates 30+ regions with explicit data-residency control, while DigitalOcean’s smaller footprint constrains latency and residency commitments. Teams rarely leave because DigitalOcean is bad — they leave because the business outgrew it.
What do our DigitalOcean services map to on AWS?+
Droplets map to EC2 instances, or better, to ECS Fargate if the workload is containerised. DOKS (DigitalOcean Kubernetes) maps to Amazon ECS or EKS. Spaces maps to Amazon S3, with CloudFront replacing the Spaces CDN. Managed PostgreSQL and MySQL map to Amazon RDS or Aurora. DigitalOcean Load Balancers map to Application Load Balancers (ALB). App Platform maps to ECS with AWS Copilot, or Amplify Hosting for front-end apps. Volumes map to EBS or EFS, and DigitalOcean Monitoring maps to CloudWatch. We produce this mapping for your exact inventory during assessment.
Should we move DigitalOcean Kubernetes (DOKS) to ECS or EKS?+
For most teams: ECS. If your Kubernetes usage is Deployments, Services, and Ingress — which describes the majority of DOKS clusters we audit — ECS delivers the same outcome with no control plane to manage, no upgrade cycles, and a much smaller operational surface. Our DigitalOcean case study client went DOKS to ECS on EC2 and eliminated manual cluster management entirely. Choose EKS only if you depend on Kubernetes-specific machinery — operators, Helm-heavy tooling, service mesh — or need portability guarantees. We recommend one or the other with written reasoning during assessment, not by default.
How do we migrate Spaces to Amazon S3?+
Spaces is S3-compatible, which makes this the easiest part of the migration. We sync objects with rclone or the AWS CLI against the Spaces S3 endpoint, replicate bucket policies as IAM and S3 bucket policies, and stand up CloudFront in place of the Spaces CDN. For large buckets we run an initial bulk sync, then a delta sync at cutover so nothing written during migration is lost. Application code changes are usually limited to an endpoint and credential swap, since most SDKs already speak S3.
What happens to our DigitalOcean managed Postgres or MySQL?+
It becomes Amazon RDS (or Aurora). We use AWS DMS or native logical replication to keep RDS in continuous sync with your DigitalOcean managed database while we build and test the AWS environment. At cutover we stop writes briefly, let replication drain, promote RDS to primary, and repoint the application. You gain automated backups, point-in-time recovery, Multi-AZ failover, and Performance Insights — the exact upgrade our case study client made when they replaced their self-managed database with RDS.
How much downtime should we expect?+
The target is zero for read traffic and minutes for writes. Because we replicate data continuously and shift traffic with Route 53 weighted routing — 5%, then 25%, 50%, 100% — the AWS stack is proven under real traffic before it becomes primary. The only hard window is database promotion, typically under 5 minutes, scheduled at your lowest-traffic hour with a rehearsed rollback path. No big-bang weekend cutover, no maintenance-page marathon.
How long does a DigitalOcean to AWS migration take?+
A typical single-product stack — a few Droplets or a DOKS cluster, a managed database, Spaces, a load balancer — runs 4 to 8 weeks end to end: one to two weeks of assessment and architecture, two to four weeks of build and replication, then a controlled cutover and an optimization pass. Multi-product estates run in waves, lowest-risk workloads first. You get a dated, phase-by-phase plan before any work begins.
Will AWS cost more than DigitalOcean — and what is MAP funding?+
List-price compute on AWS can look higher than Droplet pricing, but that comparison ignores what you stop paying for: the engineer-hours spent patching clusters, babysitting databases, and duct-taping missing services. With right-sizing, Fargate or Spot capacity, and Savings Plans, our migrations land on cost-optimised infrastructure — our DigitalOcean case study client reduced infrastructure costs post-migration. On top of that, the AWS Migration Acceleration Program (MAP) lets AWS co-fund qualifying migrations with credits and partner-delivery funding. HAZERCLOUD is MAP-eligible as an AWS Advanced Tier Services Partner, and we scope the funding request as part of the assessment.
MIGRATE
Ready to outgrow DigitalOcean?

30 minutes. Your DigitalOcean inventory, mapped to AWS.

We'll review your Droplets, DOKS clusters, Spaces, and databases; flag the riskiest dependency in your migration; and tell you whether AWS MAP funding applies. Specific recommendations, realistic timeline, no sales theatre.

AWS Advanced Tier Services Partner · ISO 27001:2022 · ISO 9001:2015 · 5× AWS-Certified Founder

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