Deployment path
Split application, worker, database, storage, and backup responsibilities when isolation or independent scaling matters.
Decision summary
Separated infrastructure gives each operational responsibility a clearer boundary. That makes it easier to scale workers, protect data, and replace a provider component without moving the whole application.
Do not begin here when a tiny MVP has not yet proved demand; the extra services add cost, networking, and operational surface area.
Architecture diagram
Treat each deployment responsibility as an explicit boundary. Add separation only when the workload or risk makes it worthwhile.
Send browser traffic to the application host and keep internal services off the public path.
→Deploy the web application independently from workers and long-running background jobs.
→Move expensive or retryable tasks to worker capacity that can scale without slowing requests.
→Use a managed database and object storage with separate access, backup, and retention policies.
→Monitor each boundary, test restores, and add capacity to the constrained service first.
Cost baseline
These are directional infrastructure baselines, not a quote. The idea-specific calculator remains the source of truth for workload and module assumptions.
Separate the web process from a managed relational database.
Add independent worker capacity and object storage for uploads.
Add private networking, replicas, stronger backups, and spare capacity.
Provider options
Provider paths are organized by operating preference, not by a single universal winner.
Use the official provider site for a composable VPS, database, and object storage setup.
Check provider pricingBuild prompt starter
Use this as the deployment opening of a builder prompt, then adapt the services and runbook to the selected idea.
Deploy this MVP as separated cloud infrastructure. Keep the web application, background worker, relational database, object storage, and backups as explicit components. Put internal services behind a private network where possible, define retry and failure boundaries, monitor each component, and document restore and scaling steps before adding multi-region complexity.