Bahriya vs Heroku
Heroku defined the modern application platform: push your code, and it builds and runs it for you. Bahriya is a container-native, multi-region cloud that assumes you already have a built image and want precise control over where it runs. This article compares the two models fairly. It does not quote Heroku's prices, regions, or limits — read those from the source, as they change.
Heroku defined the modern application platform: push your code, and it builds and runs it for you. Bahriya is a container-native, multi-region cloud that assumes you already have a built image and want precise control over where it runs. This article compares the two models fairly. It does not quote Heroku's prices, regions, or limits — read those from the source, as they change.
How each works
Heroku is a buildpack-centric PaaS. You push source code, and the platform detects the language, builds a slug, and runs it as dynos, with add-ons providing databases and other services. Its great strength is the developer workflow: for supported languages, going from code to a running app is remarkably smooth, and the conventions are well understood by a generation of developers. The abstraction sits above the container — you think in terms of apps, dynos, and add-ons rather than images and regions.
Bahriya is container-native. You bring any OCI-compliant image — built with Docker, Podman, Buildpacks, or anything else — and deploy it as an HTTP, worker, or cron container across the regions you choose. TLS on the default hostname, DNS, autoscaling, secrets, and private registries are defaults. Each region is billed independently at a published per-minute rate, with a cost preview before you deploy. You operate from the Console, the REST API, the Reis CLI, or the Terraform provider.
The core difference: Heroku builds from source and runs your app in its way; Bahriya runs the image you provide, in the specific regions you name, with an explicit cost model. If you already build container images, Bahriya meets you at that point rather than asking you to adopt a build workflow.
Side by side
| Dimension | Heroku | Bahriya |
|---|---|---|
| Deployment model | Buildpack PaaS; push source, run as dynos | Container cloud; bring an OCI image, deploy as HTTP/worker/cron |
| Multi-region | Region choice per app, platform-managed | Explicit list of regions on one resource |
| TLS & DNS | Automatic on managed domains | Automatic TLS on the default hostname; DNS and routing built in |
| Scaling | Scale dynos per process type | Min/max replicas per region |
| Pricing model | Dyno- and add-on-oriented tiers | Published per-region rates, per minute, with a live cost preview |
| Infrastructure as code | CLI and configuration; add-on ecosystem | Console, REST API, Reis CLI, and Terraform provider |
| Portability | Source and buildpacks; platform conventions | Standard OCI image, env vars, DNS — a normal migration to move |
When Heroku is a good fit
- You want to push source and have the platform build and run it, without producing a container image yourself.
- You rely on its add-on ecosystem and established conventions.
- Single-region or platform-chosen region placement meets your needs.
When Bahriya is a good fit
- You already build container images and want to deploy them directly rather than build from source on the platform.
- You want explicit control over which regions your container runs in, as one setting.
- You want per-region, per-minute pricing at published rates and a cost preview before you deploy.
- You want the same feature set across Console, API, CLI, and Terraform, and standard, portable inputs so that moving on later is a normal migration.