Your AWS vendor should lower your cloud bill, not grow it
Most platforms are burning 35% of their AWS budget on idle servers. Redefine builds self-scaling AWS environments that cut infrastructure costs, eliminate manual deploys, and ship zero-downtime releases on every merge.
Here is what your current AWS setup costs you every sprint
Engineering teams at growing SaaS platforms and B2B apps pay a hidden tax on every release: idle servers, manual deploys, and outages they hear about from customers first. The right AWS setup eliminates all three.
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See exactly what your current AWS setup costs you each month
Enter your infrastructure spend and ops hours below. The calculator shows you where the money goes, what managed services recover, and what a right-sized AWS environment costs instead.
No commitment required. In the architecture review call, Redefine maps your current setup, identifies exactly where savings live, and tells you what a scoped build would cost.
Six capabilities that ship with every AWS engagement
Auto-scaling containers that handle traffic spikes without you
Redefine configures ECS Fargate or Kubernetes on EKS. Your containers scale up under load and scale back down when traffic drops. No manual intervention. No oversized instances running at 30% capacity.
Git push to production in under 8 minutes
Merge a pull request and your pipeline tests, builds, and deploys automatically. CodePipeline or GitHub Actions pushes a verified Docker image to ECR and rolls it to production with zero service interruption. Failed health check? The rollback is automatic.
Security baseline built in, not bolted on after
Every service gets its own least-privilege IAM role. Secrets rotate automatically in AWS Secrets Manager and never touch environment files. KMS encrypts data at rest and in transit. CloudTrail logs every access event for SOC 2, HIPAA, and PCI audit evidence.
Infrastructure your team can read, change, and hand to an auditor
Every resource Redefine provisions is in Terraform or AWS CDK. Version-controlled. Peer-reviewed. Documented. No undocumented resources. No click-ops. Infrastructure changes go through the same PR process as application code.
Your team finds problems before customers do
CloudWatch dashboards and metric alarms are configured per service from day one. Anomaly detection fires in Slack before your first user notices. AWS X-Ray traces show exactly which API call is slow and why.
Move from any infrastructure with zero downtime
Moving from bare-metal, another cloud, or a single large EC2 instance? Redefine runs a parallel migration. Your current environment stays live until the new AWS environment is proven in production. Then you cut over. The old environment stays on standby for 72 hours.
A B2B SaaS platform went from monolith to AWS EKS in 15 weeks. Zero downtime.
Case study · development team watching zero-downtime AWS deployment complete
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A B2B SaaS company with 50-plus enterprise clients. The team managed a legacy monolith that blocked every new feature and caused release-day fear across the engineering team.
Every deployment was a risk event. Releases were coupled across services. One bad deploy could take down the entire platform. The team shipped every 3-4 weeks out of caution, and customer-reported outages were a regular occurrence.
Architecture audit and decomposition plan
Redefine read the monolith before writing a line of code. The team identified 7 service domains, flagged 3 shared data patterns that needed extraction first, and mapped the full migration sequence. The client received a written decomposition plan before Redefine touched the codebase.
Containerization with Docker
Every service got its own Docker image with multi-stage builds, non-root users, and ECR vulnerability scanning on each push. The local development environment matched production topology exactly so bugs found in development stayed in development.
EKS cluster plus CI/CD pipelines
The EKS cluster came up via Terraform. Kubernetes manifests included rolling updates, readiness probes, and pod disruption budgets. The GitHub Actions pipeline built, tested, and deployed on every merge to main from day one.
Production testing and observability setup
Load tests simulated production traffic at 3x peak volume. CloudWatch alarms and runbooks covered every service. Failure injection tests confirmed the cluster recovered automatically before the team scheduled the cutover date.
Production cutover — zero downtime
Blue/green switch. Traffic moved to the new EKS environment in minutes. The legacy environment stayed live for 72 hours as a rollback option. No incidents. The old environment was decommissioned on schedule. The team shipped their first feature on the new platform 6 days after cutover.
You receive a line-by-line breakdown with the ROI projection from the calculator above before committing to anything.
Every proposal includes the ROI calculation from the calculator above, showing the payback period before you commit.
See what a scoped proposal includes →The AWS stack Redefine provisions on every engagement
This is not a stock diagram. Every component shown here is provisioned via Terraform, documented, and handed over with runbooks on delivery day. Click any node to see exactly what Redefine configures inside it.
What matters at scale — and how Redefine handles it differently
Common questions when evaluating an AWS development company
A focused AWS build with ECS, CI/CD, and observability typically runs 6 to 8 weeks. A full microservices migration from a monolith runs 12 to 16 weeks, similar to the case study on this page. Redefine delivers a week-by-week delivery plan in the proposal. You see exactly what ships in which sprint before committing.
No. Most Redefine clients have a development team that wants to stop managing servers manually. Redefine handles architecture, provisioning, CI/CD, and monitoring. The handover docs and runbooks are written for the developer on your team who will own the infrastructure post-launch. No AWS certification required.
Redefine runs a 2 to 3 day architecture review. That is not a multi-week discovery process. It maps your current setup, flags cost and reliability risks, models your AWS savings, and delivers a written architecture recommendation with service rationale. You receive the diagram and a build brief you can hand to Redefine or execute internally.
Yes. Redefine builds SOC 2, HIPAA, PCI, and GDPR-ready AWS environments. That includes VPC isolation, CloudTrail audit logging, KMS encryption, GuardDuty threat detection, Config drift detection, and IAM policies mapped to your compliance controls. Every environment ships with documentation your auditor can use for evidence requests.
Yes. The handover package includes architecture diagrams, Terraform state and modules, deployment runbooks, CloudWatch alarm playbooks, and a decision log for every service selection. A developer who was not on the build can read the docs and manage the environment within a few hours. Redefine also provides a post-handover support window for your team's first few deployments.
Your AWS architecture proposal is 3 days away
Tell us your current infrastructure setup, what is breaking, or what you are planning to build on AWS. Redefine sends back a full architecture recommendation and fixed pricing within three business days. No commitment required to get the proposal.
Call within 48 hoursproposal in 3 daysSprint 1 within 1 week of sign-off
If the proposal does not pencil out, you walk away. No cost.
Most teams that submit a brief get back a scoped proposal with architecture diagrams, service rationale, sprint timeline, and fixed pricing within three business days. The ROI projection from the calculator on this page comes with it. You review it, run it by your team, and decide. Redefine does not follow up with pressure.
Plan My AWS ArchitectureBrief submitted → call in 48 hours → proposal in 3 days → work begins in 1 week
No commitment. No pitch.
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