DollarDeploy and Dokploy both let you deploy applications to your own servers, but they use fundamentally different control-plane architectures.
The biggest difference: with self-hosted Dokploy, the Dokploy platform itself runs on infrastructure you operate. With DollarDeploy, the control plane is hosted by DollarDeploy; your server only runs your applications, normal server services, and an optional lightweight DollarDeploy monitoring agent.
Resource overhead: Dokploy officially recommends at least 2 GB RAM and 30 GB disk for the server running Dokploy, noting that Docker builds consume server resources.
DollarDeploy's documented minimum is 1 GB RAM and 10 GB disk. The DollarDeploy control plane does not run on your VPS. DollarDeploy installs the normal runtime/server dependencies required by your workloads and an optional DDAgent for monitoring, metrics and log shipping.
This distinction matters most on small VPS instances: RAM consumed by the deployment platform is RAM your application cannot use.
Build resources: Dokploy's default architecture can build applications on the same infrastructure running Dokploy and your workloads, although Dokploy supports dedicated build servers. DollarDeploy can build native applications using its build infrastructure instead of consuming your application server's CPU and RAM for the build.
This can matter during memory-intensive builds such as Next.js builds, particularly on 1-2 GB VPS instances.
Runtime: Dokploy is built around Docker and Docker Swarm. DollarDeploy does not require Docker for supported application types: applications can run directly as systemd services. Docker Compose remains available when an application actually needs containers.
That means a simple Node.js, Next.js, Python, Go or similar application does not need a container around it solely because it was deployed through DollarDeploy.
What runs on your application server:
| DollarDeploy | Self-hosted Dokploy | |
|---|---|---|
| Control plane | Hosted by DollarDeploy | Runs on infrastructure you operate |
| Documented minimum | 1 GB RAM / 10 GB disk | 2 GB RAM / 30 GB disk |
| Deployment platform on app server | Optional lightweight DDAgent | Dokploy stack when using a single-server setup |
| Runtime | Native systemd or Docker Compose | Docker |
| Docker required | No | Yes |
| Builds on app server | Native builds can use DollarDeploy build infrastructure | Default/local builds can consume server resources |
| Separate build server | Not required for DollarDeploy's hosted build workflow | Supported |
| Open source control plane | No | Yes |
| Control-plane maintenance | DollarDeploy | You, when self-hosting |
Important nuance: Dokploy does not require two servers. You can run Dokploy and applications on one server. Dokploy also supports a separate UI/control-plane server, remote application servers and dedicated build servers.
Dokploy's own documentation says that when its UI is separated from application servers, the UI uses around 250 MB RAM and remote application servers run Traefik rather than the full Dokploy UI. That architecture reduces the application-server overhead, but introduces another server/control-plane deployment to operate.
Where DollarDeploy has the advantage: if you want your VPS resources primarily available to your application rather than to the deployment platform itself, DollarDeploy's hosted control plane and native systemd runtime provide a lighter application-server architecture.
Where Dokploy has the advantage: if owning and self-hosting the deployment control plane itself is important, Dokploy is open source and gives you that control. DollarDeploy's control plane is proprietary and operated by DollarDeploy.
The practical difference on a small VPS: with self-hosted Dokploy, part of the server's RAM, CPU and disk budget belongs to the platform managing your applications. With DollarDeploy, the control plane runs elsewhere, leaving the VPS primarily for your application, databases and supporting services.
Go deeper: https://docs.dollardeploy.com/dollardeploy-vs-dokploy/