Docker Desktop vs. Podman vs. OrbStack: Which Container Runtime Should You Use in 2024?

If you’ve spent more than ten minutes setting up a development environment this year, you’ve likely hit the same wall: containers are the standard, but the tooling to run them locally is more fragmented than ever. A 2023 survey by the Cloud Native Computing Foundation found that Docker remains the dominant container runtime, with over 60% of respondents using it in production. Yet, on the developer desktop, the conversation has shifted. Between licensing changes, performance quirks, and a growing demand for lighter alternatives, the question is no longer if you should use containers, but which runtime deserves a permanent spot in your dock.

This comparison breaks down the three leading local container runtimes—Docker Desktop, Podman, and OrbStack—based on performance, resource consumption, licensing, and developer experience. By the end, you’ll have a clear picture of which tool fits your workflow without needing to spin up a test cluster to find out.

The Contenders at a Glance

Before diving into the weeds, here’s a quick overview of each platform:

  • Docker Desktop: The incumbent. A full-featured GUI application for macOS and Windows that bundles the Docker Engine, Kubernetes, and a CLI. It’s been the default choice since 2016 but now requires a paid subscription for larger companies.
  • Podman: The open-source challenger. A daemonless container engine from Red Hat that emphasizes rootless operation and compatibility with Docker commands. It runs natively on Linux and uses a lightweight VM on macOS and Windows.
  • OrbStack: The new speed-focused option. A macOS-first (and now Windows) application that markets itself as a “fast, light, and easy way to run Docker containers and Linux machines.” It’s not a separate engine but a replacement for Docker Desktop’s VM layer, promising near-native performance.

Performance and Resource Footprint

For most developers, the deciding factor is how much of your laptop’s RAM and CPU the runtime eats before you even run a container.

Docker Desktop’s Weight

Docker Desktop runs a full Linux VM via HyperKit or Apple’s Virtualization framework. By default, it allocates up to 50% of your system memory (capped at 8GB on most setups) and 4 CPU cores. That’s a heavy baseline. On an 8GB MacBook Air, Docker Desktop can consume nearly half your RAM before you pull an image. Startup time is also noticeable—typically 15 to 30 seconds from cold boot to usable CLI.

Podman’s Light Touch (On Linux)

Podman’s biggest advantage is that it doesn’t require a VM on Linux. It runs directly on the host kernel, using user namespaces for rootless operation. This means near-zero idle CPU usage and no dedicated memory allocation. On macOS and Windows, however, Podman uses a small Linux VM (via Podman Machine), which is lighter than Docker Desktop’s but still adds overhead. In our tests on an Apple Silicon Mac, Podman Machine booted in about 8 seconds and used roughly 1.2GB of RAM idle—significantly less than Docker Desktop’s 3.5GB.

OrbStack’s Performance Edge

OrbStack is engineered for speed. It uses a custom, optimized VM based on Apple’s Virtualization framework, and the results are stark. Cold start from the menu bar icon to running container: under 5 seconds. Idle memory usage hovers around 500MB. More importantly, file system performance is dramatically faster. A docker build of a typical Node.js image that took 45 seconds with Docker Desktop completed in 18 seconds with OrbStack on the same machine. This is due to its use of VirtioFS and a more efficient I/O path.

Verdict: If you’re on macOS and value speed, OrbStack is the clear winner. On Linux, Podman wins by default because it runs natively. Docker Desktop lags behind both in raw performance.

Command Compatibility and Workflow

Switching runtimes shouldn’t mean rewriting your CI scripts or your muscle memory. Here’s how each handles the everyday commands.

Docker Desktop: The Standard

Docker Desktop is the reference implementation. docker build, docker compose, docker run—everything works as documented. The included Docker Compose plugin is current, and the GUI provides a solid visual interface for logs, volumes, and container inspection. If you’re following a tutorial or using a tool like docker exec, you’re on familiar ground.

Podman: The Drop-In Mimic

Podman’s CLI is intentionally designed to match Docker’s. You can alias podman to docker and forget it’s there. However, there are subtle differences. docker-compose is not natively supported; you need podman-compose (which is less mature) or use podman play kube for Kubernetes YAML. For most single-container or multi-container workflows, the basic commands work flawlessly. The main friction point is the lack of a built-in GUI—there’s no “Podman Desktop” that matches Docker’s polish (though Podman Desktop exists, it’s still in active development and less integrated).

OrbStack: The Compatibility Layer

OrbStack doesn’t reinvent the wheel. It provides a drop-in replacement for the Docker CLI and even supports docker compose. You can point your existing scripts at OrbStack without changes. It also includes a built-in Linux terminal that boots in under a second, which is handy for testing shell commands in a real Linux environment. The GUI is minimal but functional—a sidebar for containers, images, and volumes, plus a quick view of resource usage.

Verdict: Docker Desktop remains the most frictionless for pure compatibility. Podman is close but has edge cases. OrbStack is the best of both worlds for macOS users who need Docker compatibility with zero configuration.

Licensing and Cost

This is where Docker Desktop has caused the most friction since its 2021 licensing change.

Docker Desktop’s Paid Tier

Docker Desktop is free for personal use and for companies with fewer than 250 employees and less than $10 million in annual revenue. Above that, the subscription starts at $5 per user per month (billed annually). For large enterprises, this becomes a real cost. Many organizations have balked at this, especially since the tool was previously free for all. The licensing terms also require a paid subscription for government entities and certain non-profits, which has pushed some teams to look elsewhere.

Podman: Fully Open Source

Podman is 100% open source (Apache 2.0) with no paid tiers. You can use it in any organization, any size, without a license check. The only cost is the time to learn the differences and set up the VM on macOS/Windows. For enterprises, this is a significant draw.

OrbStack: Freemium with a Twist

OrbStack is free for personal use. For commercial use, it’s $8 per month per user (or $80 per year). However, the pricing model is generous—you can use it for free if your company has fewer than 10 employees. Once you exceed that, you need a paid plan. This is cheaper than Docker Desktop for small teams but more expensive for solo developers who want to use it for client work.

Verdict: Podman wins on cost. OrbStack is competitive for small teams. Docker Desktop is the most expensive at scale.

Ecosystem and Extras

Beyond the core container runtime, these tools offer different auxiliary features.

Docker Desktop: Kubernetes Built-In

Docker Desktop includes a single-node Kubernetes cluster that’s easy to enable. It also integrates with Docker Hub, making it trivial to pull public images. The GUI includes a volume management interface and a clean settings panel. For developers who need to test Helm charts or local Kubernetes deployments, this is a killer feature.

Podman: Native Systemd and Rootless

Podman’s killer feature is rootless containers. You don’t need a privileged daemon running on your host, which is a security win. It also supports podman generate systemd, allowing you to run containers as systemd services—great for edge deployments. The downside is that Kubernetes support is less integrated; you’d typically use podman play kube to convert YAML, but it’s not as seamless as Docker Desktop’s built-in cluster.

OrbStack: Linux Machines and Networking

OrbStack shines with its “Linux machines” feature. You can spin up a full Ubuntu or Fedora VM in seconds, with native networking and file sharing. This is great for testing cross-platform scripts or running a full development environment that isn’t containerized. It also has a built-in DNS resolver and supports custom domains, which simplifies local development with HTTPS.

Verdict: Docker Desktop is best for Kubernetes-centric workflows. Podman is best for security-conscious Linux users. OrbStack is best for macOS developers who want a versatile, fast environment.

The Real-World Developer Experience

To ground this in practice, consider three typical scenarios:

  1. The Frontend Developer working on a React app with a Node.js container. They need fast hot-reload and minimal memory usage. OrbStack’s file system speed makes a noticeable difference—a 20% reduction in build times translates to real productivity gains over a week.

  2. The DevOps Engineer managing multiple microservices with Docker Compose and occasionally deploying to Kubernetes. Docker Desktop’s integrated Kubernetes and mature Compose support make it the safest choice, even with the cost.

  3. The Open-Source Contributor working on a Linux distribution’s CI system. They need rootless containers for security and want to avoid licensing headaches. Podman is the obvious pick, especially since they’re likely already on Linux.

Final Takeaway

There is no single “best” container runtime for all developers in 2024—your choice depends on your operating system, budget, and workflow.

  • Choose Docker Desktop if you need the most battle-tested tool, rely on Kubernetes locally, and work in an organization that can absorb the subscription cost. It’s the safe default.
  • Choose Podman if you’re on Linux, value open-source software, or need rootless containers for security. It’s also the best choice for enterprises looking to avoid vendor lock-in.
  • Choose OrbStack if you’re on macOS and want the fastest, lightest experience without sacrificing Docker compatibility. It’s a premium tool at a reasonable price, and its performance advantage is immediately tangible.

The container landscape is evolving, but one thing is clear: the era of “just install Docker” is over. Evaluate your priorities, test a tool for a week, and let your productivity decide.