Why Indie Hackers Are Moving Their Micro-SaaS Fleets from AWS to Deployxa
Indie hackers often run not one but several micro-SaaS apps: a main product, a few experiments, a landing page for an idea that did not pan out, a side project that is starting to get traction. Running this fleet on AWS is a well-known pain: each app needs its own VPC, security groups, IAM roles, ECS task definitions, load balancers, and CloudWatch alarms. The Terraform configuration alone is a part-time job, and the monthly bill for 10 small apps can easily exceed $200, not counting the bandwidth and NAT gateway charges that accumulate surprisingly fast. Deployxa is built for exactly this use case: a fleet of small apps, deployed with one CLI command, on predictable pricing that does not penalize traffic. Here is why indie hackers are moving their micro-SaaS fleets from AWS to Deployxa.
The direct answer is that AWS is built for enterprises with dedicated DevOps teams, not for indie hackers running a fleet of small apps. The configuration overhead (Terraform, IAM, VPCs) is the same whether you are running 1 app or 100, which means the per-app overhead is enormous for small fleets. Deployxa eliminates the configuration overhead entirely: you push your code, the platform handles the infrastructure, and you pay a flat fee per app regardless of traffic. For a fleet of 10 small apps, Deployxa is 10 to 20x cheaper than AWS and requires 10 to 20x less operational work.
The AWS Tax on Small Fleets
Running a micro-SaaS fleet on AWS involves several layers of overhead that compound for each app:
1. Infrastructure as Code
Each app needs its own Terraform configuration: VPC, subnets, security groups, ECS cluster, task definition, load balancer, target group, listener, CloudWatch alarms, IAM roles. For a single app, this is 200 to 500 lines of Terraform. For a fleet of 10 apps, it is 2000 to 5000 lines, which is a significant maintenance burden.
2. IAM Roles and Permissions
Each app needs its own IAM roles for ECS task execution, task role, and any AWS services it accesses (S3, SES, etc.). Managing IAM roles is notoriously error-prone, and a misconfigured role can either break your app (permissions too narrow) or create a security hole (permissions too broad).
3. Networking
Each app needs its own VPC (or a shared VPC with careful subnet planning), security groups, and routing. The networking configuration is the same whether your app has 10 users or 10,000, which means the per-app overhead is enormous for small apps.
4. Monitoring and Alerting
Each app needs its own CloudWatch alarms for CPU, memory, and error rates. Setting up alarms is tedious, and the alerting configuration (SNS topics, Lambda functions for alert routing) adds another layer of complexity.
5. Cost
AWS charges for everything: EC2 instances, ECS tasks, load balancers, NAT gateways, bandwidth, CloudWatch logs, and more. A single small app can cost $20 to $50 per month on AWS, and a fleet of 10 apps can cost $200 to $500 per month. The cost scales with the number of apps, not with the value they generate.
6. Operational Burden
The operational burden of running a fleet on AWS is significant. You need to monitor for outages, apply security patches, rotate IAM keys, and debug infrastructure issues. For an indie hacker, this is time taken away from product development.
How Deployxa Eliminates the Fleet Tax
Deployxa is designed for the fleet use case. Here is how it eliminates the AWS tax:
1. Zero Infrastructure Configuration
You do not write Terraform, configure VPCs, or manage IAM roles. You push your code, and Deployxa handles the infrastructure. The per-app overhead is zero, whether you are running 1 app or 100.
2. One CLI Command per App
Deploying a new app is a single CLI command: deployxa deploy. The platform auto-detects your framework, configures the build and start commands, and deploys your app to a persistent container. For a fleet of 10 apps, the deployment workflow is 10 commands, not 10 Terraform configurations.
3. Predictable Pricing
Deployxa charges a flat fee per app: 3 free apps with 512MB RAM, then $9 per month for 15 apps. For a fleet of 10 apps, the cost is $9 per month total, compared to $200 to $500 per month on AWS. The pricing does not scale with traffic, which means a viral app does not produce a surprise bill.
4. Zero-Config Engine
Deployxa's zero-config engine handles containerization internally, so you never write a Dockerfile for standard frameworks. This is a significant advantage for indie hackers who do not want to learn Docker.
5. AI-Native Features
Deployxa has AI-native features that AWS does not have: the AutoRepairService (catches missing dependencies and retries builds), the localhost rewriter (fixes hardcoded URLs), the build resilience injector (bypasses ESLint and TypeScript strictness), and the MCP server (lets Cursor and Claude deploy and monitor directly).
6. Blue/Green Deployments and Rollbacks
Every Deployxa deployment is a blue/green release: the new version takes traffic only when it passes health checks, and rollback to the previous release is a single command. On AWS, blue/green deployments require careful configuration of ECS, load balancers, and target groups.
Step-by-Step: Migrating a Fleet from AWS to Deployxa
Here is the workflow for migrating a fleet of micro-SaaS apps from AWS to Deployxa.
Step 1: Inventory your apps
Make a list of all the apps you are running on AWS, including their repositories, environment variables, custom domains, and database connections.
Step 2: Deploy each app to Deployxa
For each app, push the repository to GitHub (if it is not already there), connect it to Deployxa, add the environment variables, and deploy. The whole process takes 5 to 10 minutes per app.
# For each app:
cd /path/to/app
git push origin main
# Connect to Deployxa in the dashboard
# Add environment variables
# Click DeployStep 3: Verify each app
For each app, run deployxa doctor to verify health. The 14-point readiness engine checks SSL, DNS, environment variables, health endpoints, and container status.
Step 4: Migrate custom domains
For each app, add the custom domain in the Deployxa dashboard, update your DNS to point at Deployxa, and verify that SSL is provisioned. This is a per-app DNS change, which takes a few minutes to propagate.
Step 5: Decommission the AWS infrastructure
Once all your apps are running on Deployxa and you have verified everything works, decommission your AWS infrastructure. Run terraform destroy (if you used Terraform), or manually delete the ECS clusters, load balancers, VPCs, and IAM roles. This is the moment you stop paying the AWS tax.
Step 6: Cancel unused AWS services
If you were using AWS for other services (S3, SES, RDS), evaluate whether to keep them on AWS or migrate to alternatives. For example, you might move your Postgres databases to a managed provider like Supabase or Neon, which is often cheaper and easier to manage than RDS.
The Cost Comparison: 10 Apps
To make the cost comparison concrete, let us look at a fleet of 10 small micro-SaaS apps, each with moderate traffic (10,000 requests per day). Prices are as of September 2026.
On AWS:
- 10 ECS tasks (Fargate, 0.5 vCPU, 1GB RAM): ~$150 per month
- 10 load balancers: ~$200 per month (this is the killer)
- NAT gateway: ~$32 per month
- Bandwidth (1TB total): ~$90 per month
- CloudWatch logs: ~$10 per month
- Total: ~$482 per month
On Deployxa:
- Paid tier ($9 per month for 15 apps): $9 per month
- Total: $9 per month
The cost difference is dramatic: $482 per month on AWS vs. $9 per month on Deployxa. For an indie hacker, this is the difference between a sustainable business and an expensive hobby.
When AWS Is Still the Right Choice
This comparison is not one-sided. AWS has genuine strengths that Deployxa does not match:
1. Full control
AWS gives you full control over the infrastructure, including the operating system, the networking, and the data. For teams with strict compliance requirements (HIPAA, SOC 2, FedRAMP), AWS's compliance certifications might be necessary.
2. Service ecosystem
AWS has a vast ecosystem of services (S3, SES, RDS, Lambda, SageMaker, etc.) that are tightly integrated. If your app uses many AWS services, the integration overhead of moving to a different platform might not be worth it.
3. Global infrastructure
AWS has regions around the world, which means you can deploy your app close to your users. Deployxa is single-region, which means higher latency for users in distant regions.
4. Enterprise support
AWS has enterprise support options with dedicated technical account managers. For teams that need enterprise-grade support, AWS is a better fit.
For indie hackers running small fleets, these advantages usually do not outweigh the cost and complexity. But for larger teams with strict compliance requirements, AWS might still be the right choice.
Common Pitfalls When Migrating from AWS
Migrating a fleet of apps from AWS to Deployxa has a few pitfalls. The first is database migration. If your apps use AWS RDS, you need to migrate the databases to a new provider (e.g., Supabase, Neon) or to a self-managed Postgres instance. The fix is to use pg_dump and pg_restore for the migration, which works across providers. Schedule the migration during a low-traffic period, and test the restoration process before the actual migration. The second is S3 migration. If your apps use S3 for file storage, you need to migrate the files to a new provider (e.g., Cloudflare R2, Backblaze B2) or to a self-managed MinIO instance. The fix is to use aws s3 sync or rclone to copy the files, and to update your app's storage configuration to point at the new provider. The third is custom domain migration. When you switch from AWS (which uses ALBs and CloudFront) to Deployxa, you need to update your DNS records to point at Deployxa instead of AWS. The fix is to use a low TTL on your DNS records before the migration, so the propagation is fast. The fourth is Lambda migration. If your apps use AWS Lambda for serverless functions, you need to rewrite them as regular API endpoints, because Deployxa does not have a Lambda equivalent. The fix is to move the Lambda logic to your app's API routes, which run on persistent containers. The fifth is CloudWatch migration. If your apps use CloudWatch for logging and monitoring, you need to migrate to a new logging solution (e.g., Deployxa's built-in logs, or an external service like Logtail). The fix is to export your CloudWatch logs before the migration, and to set up the new logging solution before cutting over.
Building a Fleet Management Workflow
Once your fleet is on Deployxa, you need a workflow for managing multiple apps efficiently. The first recommendation is to use the Deployxa CLI for all operations, because it is faster than the dashboard for repetitive tasks. The CLI supports listing all apps, deploying a specific app, checking the health of all apps, and rolling back a specific app, all from a single command. The second recommendation is to create a script that deploys all apps in sequence, which is useful for fleet-wide updates (e.g., updating a shared dependency). The script can use the CLI to deploy each app, check its health, and roll back if the health check fails. The third recommendation is to use a monorepo for apps that share code, which simplifies dependency management and ensures consistency across the fleet. The fourth recommendation is to set up centralized logging, so you can see logs from all apps in one place. Deployxa's dashboard shows logs per app, but for fleet-wide visibility, you can use the CLI to tail logs from multiple apps simultaneously, or you can export logs to an external service. The fifth recommendation is to set up fleet-wide monitoring, so you are alerted when any app has issues. Deployxa's scheduled health checks can alert you when any app's readiness grade drops below a threshold, which gives you fleet-wide visibility without a separate monitoring tool.
Conclusion: Stop Paying the Fleet Tax
Running a fleet of micro-SaaS apps on AWS is a well-known pain: Terraform, IAM, and $200+ per month bills. Deployxa eliminates the fleet tax with zero-config deployment, AI-native features, and predictable pricing that does not penalize traffic. For indie hackers, the cost savings and operational simplicity make Deployxa the clear choice.
Ready to move your fleet? Drag your project to Deployxa Drop for an instant live preview, or install the CLI with npm i -g @deployxa/cli and deploy from your terminal. For more comparisons, see Deployxa vs Vercel and Deployxa vs Railway and Render. Explore our free developer tools to speed up your workflow.