Coder vs Okteto
Both install into infrastructure you own, which is why they land on the same shortlist. They are answers to different questions, and the open-source claims behind them are not equivalent.
Checked against both vendors' own documentation, pricing pages, and repositories as of July 2026
Not the Same Problem
One replaces the machine your developers work on. The other replaces the fake copy of production on their laptop.
Coder provisions workspaces. A workspace is described as a Terraform template and can be a container, a Kubernetes pod, an EC2 instance, or a machine in your own rack. The product's job is to take development off laptops and put it on centrally managed compute, with the control plane, database, and provisioner all running on your side.
Okteto does something narrower and, in its own domain, sharper. Its defining command scales the target Kubernetes Deployment to zero and replaces it with a mirror deployment that inherits the same service account, environment variables, secrets, volumes, and sidecars. A bidirectional file synchronization service then keeps your local filesystem and that in-cluster container in step. You keep editing locally; the process runs in the cluster, with the cluster's identity, next to the real dependencies.
So the question these products answer is different. Coder answers "where does the developer's machine live". Okteto answers "how does the developer's code run against a realistic system". A microservice team can genuinely want both, and a team that wants only the second one will find Coder heavier than it needs. A team that wants the first one will find Okteto cannot reach it, because there is no non-Kubernetes target and no VM or bare-metal mode.
At a Glance
Where the two products differ structurally, rather than on feature checklists
| Dimension | Coder | Okteto |
|---|---|---|
| What it provisions | A developer workspace, on whatever Terraform can build | A mirror of a Kubernetes Deployment, plus namespaced preview and agent environments |
| Infrastructure requirement | A server and PostgreSQL, plus whatever your templates target | A Kubernetes cluster. This is architectural, not a gap on a roadmap. |
| Where the editor runs | Remote workspace, reached by SSH, browser, or a desktop IDE | Your local machine, with files synchronized into the cluster |
| Non-Kubernetes targets | Yes - VMs, bare metal, any provider with a Terraform provider | No. There is no VM mode and no bare-metal mode. |
| Control plane location | Your infrastructure | Your cluster, installed as a Helm chart |
| What is open source | The platform, AGPL-3.0, including the server itself | The CLI only, Apache-2.0. The platform is commercial. |
| License key required to self-host | No, for Community. Premium features are separately licensed. | Yes. The Helm chart requires a license key issued with a subscription. |
| Published price | Community free. Premium not published. | Starter free for 5 seats. Scale and Enterprise not published. |
| Isolation boundary | Whatever your template provisions - pod, VM, or hardware | Kubernetes namespace, with RBAC, quotas, and network policies on a shared cluster |
| If the vendor stops | Your installation keeps running under AGPL-3.0 | The Apache-2.0 CLI keeps working. The platform runs on a key you renew. |
Sources: coder.com/pricing, github.com/coder/coder, okteto.com/pricing, Okteto's self-hosted documentation, and github.com/okteto/okteto, all checked in July 2026. Citation standard: sources.
Both Are Called Open Source. Only One Claim Covers the Server.
This is the difference most comparison articles collapse, and it changes what you own on the way out
Coder: the platform itself is AGPL-3.0
The coder/coder repository carries AGPL-3.0, and the Community edition is a usable platform rather than a demo build - unlimited workspaces, templates, and members inside a single organization, limited to one platform integration and one external authentication integration. What Community lacks is the enterprise operational layer: multi-organization access control, audit logging, quotas, high availability, workspace proxies, custom roles, and an SLA. Those are Premium, under a separate commercial license.
Okteto: the open part is a thin client
The okteto/okteto repository is Apache-2.0 and contains the CLI, not the platform. Its own README limits the open-source CLI to the manifest's dev section and three commands. The self-hosted Okteto Platform is distributed as a Helm chart into your cluster, and Okteto's documentation is explicit that it requires a license key issued as part of a subscription. Both statements are true at once, and collapsing them produces the widespread and wrong claim that you can run the full platform free forever.
The practical consequence shows up on the day you leave. With Coder you hold a running installation and the source under a copyleft license, so a change of vendor direction is a support and roadmap problem. With Okteto you keep the Apache-2.0 CLI permanently, plus Kubernetes manifests, container images, and a registry - all portable - but the governance layer around them runs on a key you renew. That is a recoverable position rather than a lost one, and it is not the same as Coder's. Open source CDEs sets out the tests to run before trusting any license badge.
Cost: Two Free Tiers and Two Unpriced Ones
Neither vendor publishes a price for the edition an organization would actually buy
Coder Community is free and open source with no seat cap inside a single organization. Okteto Starter is published as free for five seats, with no credit card and no contact-sales step. Above those, both go quiet: Coder Premium is billed annually per user with no published figure, and Okteto's Scale and Enterprise tiers are both contact-sales with no seat count and no price attached. As of July 2026 there is no arithmetic that compares the paid editions, and this page will not manufacture one.
There is one wrinkle worth raising with an Okteto seller specifically. The pricing page describes Starter as free for five seats with no stated expiry, while the self-hosted documentation separately describes a free evaluation tier of five seats for one year. Those are most likely two different offers rather than a contradiction, but one is time-boxed and the other is not, and the difference decides whether a small self-hosted deployment is sustainable. Ask which one a quote covers and what happens at the end of the term.
The operational surface you are buying
Coder hands you a server, a PostgreSQL database, a provisioner, ingress, an upgrade cadence, and a library of Terraform templates. Okteto's Helm chart brings an ingress controller, the API, a BuildKit build service, the frontend, a migration component, a container registry, and a validation webhook. Both are coherent bundles. Neither is small, and both want a named owner.
The bill that grows quietly
On both products the license is not the total. You pay your cloud provider for the nodes, the persistent storage, the registry traffic, and the egress. Okteto ships sleep and quota controls, and Coder leans on auto-stop policy, precisely because this is the line item that outgrows the subscription. Cost analysis works the model through.
Who Should Choose Which
Conditions, including the case where the answer is both and the case where it is neither
Choose Coder when
- You are not running Kubernetes, or you are and still need workspaces that are not pods.
- Workspaces need VM or bare-metal shapes for kernel, embedded, GPU, or licensed desktop toolchains.
- Your fleet is heterogeneous - containers for web work, full machines for the rest - and one platform has to cover both.
- The point of the project is getting developers off local laptops, which is the problem Coder is actually built for.
- You want the platform source under a copyleft license rather than a license key you renew.
Choose Okteto when
- You already run Kubernetes in production and the pain is that laptops cannot reproduce it faithfully.
- Your estate is interconnected enough that "run the whole system locally" stopped being realistic several services ago.
- You need many short-lived preview or agent environments on your own cluster, with quotas and cleanup handled for you.
- Developers want to keep their local editor and only move the runtime, which is a smaller change to ask for.
- Five seats is genuinely enough to start, and you want to try it without a sales conversation.
When the answer is both, and when it is neither
Both is a legitimate outcome. A platform team can run Coder to give every engineer a consistent remote workspace, and run Okteto inside the cluster so that the code in that workspace executes against real services. Nothing about the two conflicts technically. What it costs is two operational surfaces and two commercial relationships, so it is a decision for organizations that already have the staffing rather than an easy default.
Neither is also legitimate, and more common than either vendor would like. If you have no platform or infrastructure team, both of these hand you a server, a database or a cluster, an upgrade cadence, and a pager. A managed service is the honest answer for that team, and self-hosted vs managed works through why the decision turns on staffing rather than on features.
What Cannot Be Compared
The honest gaps, stated rather than filled in
Paid-tier cost
Coder Premium and Okteto Scale and Enterprise are all unpublished as of July 2026. Nothing meaningful can be said about which is cheaper at fifty seats, and a table that says otherwise is showing an estimate.
Inner-loop speed
No independent measurement was found comparing a synchronized in-cluster loop against a remote workspace on the same codebase. Sync performance in particular depends heavily on repository size and file count, which is exactly the variable a published number would hide.
Operational burden
Both hand you a multi-component stack, and neither vendor publishes an honest staffing estimate for running it. Anyone quoting engineer-days for either platform is extrapolating from a deployment that is not yours.
Corporate status, checked and left open
Both companies are private and venture-backed, and both are visibly shipping - Coder released across parallel version lines through mid-July 2026, and Okteto's CLI reached 3.21.0 on 07-02-2026. No acquisition or shutdown announcement was found for either during this review. Continued shipping is evidence of activity, not proof of independence, and this site does not assert corporate status it has not verified against a primary source.
Both have turned toward agents
Okteto's homepage now leads with agent environments, and Coder is replacing Coder Tasks with Coder Agents - Tasks is scheduled to leave new releases with v2.37 on 09-01-2026 while staying available to Premium customers through a twelve-month Extended Support Release, and Agents entered beta on 05-06-2026. If you are buying either product purely for the human inner loop, ask directly how that workflow is resourced. That is a roadmap question, and roadmap answers are not facts.
Related
The reviews behind this page, and the decisions around it
Coder vs GitHub Codespaces
The same control-plane question against a managed service instead of a Kubernetes tool
Coder vs Ona
The other way Coder gets compared - against bring-your-own-cloud rather than self-hosting
Coder Review
Terraform-defined workspaces, AGPL-3.0, and the operational surface in full
Okteto Review
Which half is open source, and what the Helm chart really installs
Kubernetes Development
Developing against a real cluster, and where the inner loop actually breaks down
Self-Hosted vs Managed
Whether you should be running either of these at all
Open Source CDEs
Which parts of each product are open, and which parts only look it
Ephemeral Environments
Short-lived preview and agent environments, and what they cost to run well
Cost Analysis
Modeling the cloud bill that both of these put on your side of the ledger
All CDE Tools
Every platform side by side, with dated pricing
Sources and Citations
Every figure on this site with its publisher, date, and link