Does self-hosting Plane cost less than Linear?
Self-hosting Plane Community removes the per-seat license fee, but it does not remove cost. It moves spend into infrastructure, setup, migration and the staff time needed to run PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible object storage. Whether that trade favors you depends on your seat count, your feature needs and how many engineers you can spare for operations. Start by pricing the stack and the people, then compare the result with your current renewal, not with a list price.
Self-hosting tends to cost more in two situations. The first is when you need features that sit behind the Commercial Edition. Plane documents that moving to a paid plan requires switching from Community to Commercial and entering a license key, and that SAML and OIDC are available on Pro and above, while LDAP and API-enabled audit logs are Enterprise features. Plane's pricing page shows Pro at 6 to 8 US dollars and Business at 13 to 15 US dollars per user per month, with Enterprise Grid on request. The second is a small team, where fixed operating effort such as upgrades, backups and on-call coverage is spread over very few seats. The Free plan includes 12 seats with the Free feature set and no license key, so a team that fits inside that limit has a very different calculation.
Self-hosting tends to cost less with a large seat count, because the infrastructure and operations cost grows slowly while per-seat fees grow directly with headcount. It can also be the better route when data residency or air-gapped operation is a requirement, since those needs are hard to meet with a multi-tenant SaaS subscription. Ask your vendor and your own platform team to confirm the cost of each component: hosting or managed database fees, object storage, the Commercial Edition license for the features you need, and the hours required for installation, migration and monthly upkeep. Compare that total over the same period as your Linear renewal, and include the one-time migration effort separately from the recurring run cost.
Which cost components change when you move from Linear to Plane
This table compares the cost components of staying on Linear with running self-hosted Plane, and marks each as one-time or recurring. Read it by asking who is paid for each item on each side, because the largest uncertainty is which Plane edition you need for the Linear importer. The main takeaway is that Linear's per-seat subscription is replaced by infrastructure, licensing decisions and staff time that you must size against your own environment.
| Cost component | Linear (cloud subscription) | Self-hosted Plane | One-time or recurring |
|---|---|---|---|
| License or subscription | Per-user plan paid to Linear, with SAML and SCIM on Enterprise | Community Edition is AGPL-3.0 at no license fee; paid Plane plans and Commercial Edition features need a license key | Linear recurring; Plane recurring only if you buy a paid plan |
| Linear data import | Not applicable; you already hold the workspace | Linear importer runs on Plane Cloud or the Commercial Edition, so a Community-only install needs an edition change first | One-time, but depends on edition choice |
| Database and cache | Included in Linear's service | PostgreSQL plus Redis or Valkey, run by your team or a managed service you pay for | Recurring infrastructure |
| Message queue and object storage | Included in Linear's service | RabbitMQ and S3-compatible storage such as MinIO, sized to attachments and users | Recurring infrastructure |
| Implementation and setup | Minimal; teams onboard directly | Docker Compose or Kubernetes with Helm, plus configuration, SSO and backups; consider a fixed-scope partner or internal staff | One-time, paid to your staff or implementation partner |
| Operations, upgrades and support | Vendor-run and covered by the subscription | Your staff or a retainer handles patching, upgrades and incidents; Plane support terms must be confirmed with Plane | Recurring staff time or retainer |
| Internal skills | Admin skills limited to the Linear workspace | Container, database and object storage skills needed in-house or contracted | Recurring, driven by team size |
What the Plane license tiers change in the cost math
The first cost decision is which Plane edition you run, because it determines which controls you can switch on. The Community Edition is licensed under AGPL-3.0 and matches the feature set of the Plane Cloud Free tier. Any paid self-hosted plan requires moving the install to the Commercial Edition, which is proprietary and unlocks plans through a license key. Seats are counted by users with paid roles, so the per-seat math should be built from the role mix you expect, not from total headcount. The Plane Kubernetes guide installs the Commercial Edition, and its Free plan includes 12 seats with no license key. Confirm with Plane which edition the Docker Compose path installs before you assume a Community baseline in your estimate.
Identity and audit requirements often decide the tier before price does. On self-hosted Plane, SAML and OIDC are available from Pro upward, so single sign-on alone can move you off the Free feature set. LDAP support and API-enabled audit logs are listed as Enterprise features, which matters if your directory is on-premises Active Directory or if your audit team expects API-level activity records. Map each required control to a tier in writing before you cost the deployment. Ask Plane to confirm the current feature list for each tier, since the pricing page is the source for what each plan includes.
Model the license line as a recurring cost tied to seats and tier, and the infrastructure and operations lines as the ones that stay after the license is removed. Ask any vendor quote to state the edition, the seat count by role, whether SAML, OIDC, LDAP and audit logs are included, and whether the license key covers the Airgapped build if you need it. Also ask how seat changes are billed mid-term. Plan a check of your required controls against the chosen tier at the start of the project, because a control that is missing from the tier you bought is a rework cost that does not appear in the license quote.
What moves the Linear versus Plane comparison
Linear is priced per seat and per plan, while a self-hosted Plane install shifts cost into infrastructure, the Commercial Edition license and the platform team's time. The drivers below decide which side of that trade is cheaper for your organization, and most of them are easy to measure before you commit.
Active seats and role mix
Linear bills per user, so the count of people who actually work in issues drives the subscription line. On self-hosted Plane, the Commercial Edition counts seats by users with paid roles, and the Free plan includes 12 seats with no license key. Export your active users by role, separating guests and occasional viewers from daily contributors. Ask the Plane sales team how a mixed role model is counted before you assume a per-seat saving.
Which plan features you use
SAML and SCIM sit on Linear Enterprise, so an organization that needs only basic sign-in may not pay for that tier at all. On self-hosted Plane, SAML and OIDC start at the Pro plan, while LDAP and API-enabled audit logs are Enterprise features. List the identity, audit and provisioning requirements your security team has written down, then map each one to a plan on both sides before comparing totals.
Data volume and attachments
Issue history, comments and attachments grow over time and drive storage and backup size. A self-hosted Plane install stores its data in PostgreSQL and attachments in S3-compatible object storage such as MinIO, so you pay for disk, replication and backup retention yourself. Measure current attachment volume and growth per quarter, then price storage and backup capacity against Linear's included data handling. Confirm what Linear's current plan limits cover before assuming parity.
Availability requirements
Linear is operated by its vendor, so uptime is part of the subscription terms. Running Plane yourself means you own uptime. Docker Compose suits small and mid-size teams, while Kubernetes with Helm provides the high availability layout, and the chart can point PostgreSQL, Redis or Valkey, RabbitMQ and object storage at managed external services. Each HA component adds infrastructure cost and on-call effort, so set your recovery and uptime targets first.
Skills already on the platform team
The largest hidden cost is labor. A team that already runs Kubernetes, PostgreSQL, Redis-compatible caches, message queues and object storage can absorb Plane operations into existing rotations. A team without those skills will pay for training, external support or a retainer. Inventory who already operates each component, how many hours a month that work takes today, and whether upgrades will follow Plane's release cycle, which ran from v1.4.0 in July 2026 to v1.4.2 in August 2026.
Migration effort and tooling
Moving from Linear uses Plane's Linear importer, which maps states, labels, cycles, projects and comments. Importers are available on Plane Cloud and on the self-hosted Commercial Edition, not on Community, so a Community-only install may need a Commercial license for the import itself. Ask which Linear objects will not map, how much of the work is team-by-team cleanup, and whether the migration effort is a one-time cost in your quote.
How deployment method changes the infrastructure cost
Docker Compose is the method Plane documents for small and mid-size teams. A single host runs the application services alongside the supporting stack, so the infrastructure footprint is one virtual machine or server plus storage and backups. The operating effort is mostly routine: pulling new images, restarting services, watching disk space and keeping the host patched. Because the stack is small, fewer people need to understand it, but the host becomes a single point of failure unless you add your own failover plan.
- Components on the host: Plane's application services, PostgreSQL, Redis or Valkey, RabbitMQ and an S3-compatible store such as MinIO usually run on the same machine by default.
- External services: Managed PostgreSQL, a managed Redis or Valkey service, or an existing S3-compatible bucket can replace the in-host containers, which moves backups and patching of those layers to the provider.
- Recurring work: Image upgrades, certificate renewal, backup restore tests and host patching recur every release cycle, and Plane's release cadence (v1.4.2 was published on August 23, 2026) sets the pace.
- Cost drivers: Host size, disk growth in object storage and the number of administrators who can operate the stack all move the total up or down.
- Quote questions: Ask the implementation partner which components will run in-host, which will be external, and who owns backups and upgrades for each.
Confirm with Plane which Docker Compose layout matches your target seat count and whether your edition needs a license key before you size the host.
Kubernetes with Helm is the method Plane documents for high availability. The application runs as multiple replicas across nodes, which removes the single host as a point of failure but adds a cluster to operate. The cluster itself, its ingress, storage classes, certificate management and monitoring become part of the platform you own. Plane's Kubernetes guide installs the Commercial Edition, so the license and edition choice affects this method from the first install.
- Cluster overhead: You need a cluster that your team can upgrade, secure and monitor, which is a recurring platform cost even when Plane itself is light.
- External components: The Helm chart can point PostgreSQL, Redis or Valkey, and S3-compatible storage at managed services, so high availability for stateful parts can come from the provider rather than from in-cluster replicas you run.
- Staffing: Platform engineers or an SRE group usually carry this method, which is a larger labor line than a single-host install.
- Recurring work: Kubernetes version upgrades, Helm chart upgrades, node patching and capacity reviews recur on their own schedule.
- Quote questions: Ask whether the cluster is existing or new, which stateful services will be external, and how failover and restore are tested.
Check whether your organization already runs a Kubernetes platform with the operating skills and monitoring this method needs before choosing it for cost reasons.
Plane documents Podman as an alternative to Docker for teams that prefer daemonless or rootless container runtimes, often because their security baseline rules out the Docker daemon on servers. The infrastructure footprint is similar to Docker Compose: a host or small set of hosts running the same services. The cost difference lies in the operating procedures, since the runtime, its security settings and the way services are started and restarted must be documented and tested for your environment.
- Runtime choice: Podman can reduce the attack surface of the host, but your team needs to confirm the compose-style workflow it uses matches the Plane install instructions you follow.
- Components: PostgreSQL, Redis or Valkey, RabbitMQ and object storage can run in containers on the same host or be replaced with external services.
- Operations: Startup order, service restarts after reboot and log handling need explicit runbooks, because they may differ from Docker defaults.
- Staffing: Teams already fluent in Linux container administration carry this with little extra training, while teams used to Docker may need time to adjust.
- Quote questions: Ask the partner to confirm the Podman procedure for your Plane edition and the supported host operating system.
Confirm the exact Podman method and version support with Plane's self-hosting documentation before you commit the host design.
Plane offers an Airgapped edition for networks with no outbound internet access. The infrastructure is still self-contained in your environment, but every image, dependency and update must be brought in through a controlled transfer process. This adds work to every release: artifacts are verified, staged, moved across the boundary and tested before they reach production. The Airgapped edition is proprietary and is separate from Community, so the license relationship and the evidence trail change as well.
- Update pipeline: Each upgrade needs an internal mirror or a transfer procedure, which is a recurring operational task rather than a one-time setup.
- Components: PostgreSQL, Redis or Valkey, RabbitMQ and object storage must all be deployed inside the boundary, because managed external services are usually unreachable from an isolated network.
- Evidence: Change records, artifact checksums and transfer logs become part of the audit trail your security team reviews.
- Staffing: Operators need both platform skills and the procedures for controlled transfer, so the labor line is typically the largest of the four methods.
- Quote questions: Ask which artifacts must be transferred for each release, how long a full upgrade cycle takes in your network and who holds the license.
Confirm with Plane which Airgapped edition terms and installation steps apply to your network before scoping the transfer process.
How to build the Linear versus Plane model with your own numbers
This sequence turns Linear's seat-based pricing and a self-hosted Plane design into one comparison you can defend, with each cost line traced to a quote, a rate card or an internal estimate.
Export current seat counts by role
Pull the list of active members in your Linear workspace and group them by role and by team, separating full members from guests and any accounts you expect to remove. Your IT or workspace administrator does this, and the output is a table of seat counts by role with the date of the export. Confirm which roles Linear bills for on your current plan before you treat the count as a billable seat total, because the billing page is the authority for that number.
Price each Linear plan you would need
Build a column for each Linear plan the organization would actually need, including Enterprise if you require SAML, SCIM or other controls it reserves. Multiply the billable seats by the per-user price on Linear's pricing page at the time of your review, and add any add-ons or minimums that apply. Record the source page and the date beside each figure, then request a written quote from Linear for the Enterprise tier if your controls depend on it.
Select the Plane edition and tier
Map each control your organization requires to the Plane edition and tier that provides it. Community is licensed under AGPL-3.0 and matches the feature set of the Plane Cloud Free tier, while paid plans on self-hosted installs require the Commercial Edition with a license key. SAML and OIDC are listed from Pro upward, and LDAP and API-enabled audit logs are listed as Enterprise features. Confirm each mapping on Plane's pricing and editions pages, then request a written quote for the tier and seat count you choose, since Enterprise Grid pricing is on request.
Estimate infrastructure and managed service costs
Price the components a self-hosted Plane deployment needs: PostgreSQL, Redis or Valkey, RabbitMQ, and S3-compatible object storage such as MinIO, plus compute for Docker Compose or Kubernetes with Helm. Use your own cloud or data center rates, and note whether you will run each component yourself or point the Helm chart at a managed service. Record which costs are fixed for the environment and which scale with seats, storage and traffic, so the model shows what happens as headcount grows.
Add implementation and migration scope
Write down the work that is outside the license and infrastructure lines: environment setup, identity integration, the Linear importer run, validation of migrated issues, cycles and projects, and user training. Plane's Linear importer is available on Plane Cloud and on the Commercial Edition, so include the edition decision here. Ask for a fixed-scope written proposal that lists deliverables and timelines before work starts, and compare it with your internal effort estimate rather than assuming either one.
Add recurring staff time for upgrades and on-call
Estimate the ongoing hours your team or a retained partner will spend on Plane upgrades, which ship from a separate release cycle for each edition, dependency patching, backups, monitoring and on-call response for the database and object storage. Assign each recurring task to a named role and a rate from your own payroll or contract data. Support retainers are available from DeployOpen on a scoped basis, and you should ask for their terms in writing.
Compare totals and confirm current prices
Add the license, infrastructure, implementation and recurring labor lines into a yearly total for Linear and for each Plane option, and separate one-time costs from recurring ones. Before you finalize, re-check current Linear and Plane prices on their pricing pages and replace any figure that has changed. The output is a model with a source and date on every input, sensitivity notes for seat growth, and a list of written quotes you still need to obtain.
What the migration adds to the first-year cost
The first-year cost includes one-time migration work that the license comparison does not show. Plane's Linear importer maps states, labels, cycles, projects as modules, comments, attachments and parent-child links, but not every Linear object or field arrives in the same form. Someone on your side has to reconcile what did not transfer, decide how each team's workflow states and cycle history should look in Plane, and validate a sample of issues against the Linear source before anyone relies on them. Plan this as internal engineering and product time for each team, and ask any implementation partner for the work in a written, fixed scope rather than an open-ended estimate. Check the importer's current field list against your own workspace before you commit to a date.
The importer itself carries a licensing consequence. The Linear importer runs on Plane Cloud and on the self-hosted Commercial Edition, not on the Community Edition that most teams start with. If you intend to move data into a self-hosted instance, confirm with Plane which edition you will run, how the Commercial Edition is licensed for your seat count, and whether the importer is available on the plan you intend to use. Confirm this before you install, because switching editions after the data is in place adds a second round of configuration and validation. Read the Plane importers overview and the Linear importer documentation together to see which steps belong to the migration and which belong to ongoing operations.
A parallel-run period is the cost most often underestimated. While teams validate Plane, they usually keep Linear open for active work, so licenses, administrator time and support effort run on both tools at once. Users may also split their work between the two systems, which creates duplicate issues and reporting gaps. Decide in advance which tool is the system of record for each team, when new issues stop being created in Linear, and when the Linear subscription can be reduced. Ask for the parallel-run length, the cutover criteria and the rollback plan in writing, because each week of overlap adds to the first-year total.
Common questions about Linear and self-hosted Plane costs
Can a small team run self-hosted Plane without outside help?
Yes, a small team can install Plane alone, and Plane documents Docker Compose for small and mid-size teams. The harder part is operating the stack afterward. A working install depends on PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible object storage such as MinIO, and each of these needs backups, patching and monitoring. Whether one or two engineers can carry that alongside their normal work depends on your change calendar and on-call expectations. Confirm the supported setup and upgrade path with Plane's self-hosting documentation and test a restore before you rely on it. You can also review the self-hosting overview to see the deployment methods available.
How much staff time does self-hosting Plane take?
No supplied source gives a staff-hour figure, so treat any number you see as a guess until your own team measures it. The main drivers are the deployment method (Docker Compose or Kubernetes with Helm), whether you run the supporting services yourself or point the Helm chart at managed external services, how often you upgrade, and how many users and integrations depend on the instance. Ongoing work includes version upgrades, database and object storage backups, certificate renewal, monitoring and incident response. Ask any implementation partner for a written breakdown of these tasks, the frequency of each and who performs them, so you can compare that against your own engineering capacity.
Is the Linear importer available on Plane Community Edition?
No, the Linear importer is not part of the Community Edition. Plane's importers, including Linear, are available on Plane Cloud and on the self-hosted Commercial Edition. Plane Community is licensed under AGPL-3.0 and matches the feature set of the Plane Cloud Free tier. To use the importer on your own servers, you would need to move to the Commercial Edition, which requires a license key. Confirm the current edition-by-edition feature list with Plane before planning the migration, and review the Linear importer documentation for what it maps.
Which Plane plan includes SAML and LDAP for self-hosted installs?
On self-hosted Plane, SAML and OIDC are available from the Pro plan upward, while LDAP support and API-enabled audit logs are listed as Enterprise features. Plane's pricing page also lists Business and Enterprise Grid plans. Pro is shown at 6 to 8 US dollars and Business at 13 to 15 US dollars per user per month, with Enterprise Grid priced on request. Because pricing pages change, confirm current tiers and per-seat rates with Plane directly, and ask whether the license applies to the Commercial Edition you deploy. Your identity team should confirm that your identity provider works with the chosen protocol before the rollout.
How should we export our data from Linear before a migration?
Start with a complete extract, not only the CSV exports. Linear's CSV exports for issues, projects and members have per-role row limits, the workspace export link expires after 12 hours, and attachment files and some teams may be missing from CSV output. Using Linear's GraphQL API gives you a more complete extract, and you should record which teams, cycles, projects and attachments it covers. Keep a dated copy of the export, check row counts against Linear for each team, and verify attachments separately. Confirm the current export limits with Linear's own documentation before you begin, since limits can change.
Should a partner quote a fixed scope for a Plane migration?
Yes, a fixed scope is the sensible starting point, because it forces the team to agree on what is included before work begins. DeployOpen works this way for most engagements: scope, deliverables and timelines are agreed in writing before work starts, and the quote follows from that written scope. A useful scope names the teams and workspaces in the migration, the data types (issues, cycles, projects, comments, attachments), the identity integration, the hosting target, backup and restore testing, and the handover. Ask for the assumptions and exclusions in writing, and ask what changes would trigger a new quote. DeployOpen does not publish a price list.
What does the platform team own after a Plane go-live?
After go-live, your platform team owns the running service, which includes upgrades between Plane releases, backups and tested restores of PostgreSQL and object storage, access control, monitoring, security patching of the host and supporting services, and user support for the instance. You also own the decisions about integrations and any Commercial Edition license. Ongoing support, upgrades and continuous testing can be delivered as a retainer if you do not want to carry all of this in-house. Ask any partner to document these responsibilities in a runbook and agree who handles each operational task.
When staying on Linear is the lower-risk choice
Staying on Linear is the lower-risk choice for many small teams. If the workspace has a modest number of seats, no regulator or contract requires the issue data to sit on your own servers, and nobody on staff already runs Kubernetes, PostgreSQL, Redis or S3-compatible storage, the arithmetic usually favors the subscription. A self-hosted Plane install needs someone to own upgrades, backups, certificates, monitoring and incident response for each of those components. Before deciding, add up the hours a named engineer would spend in a typical quarter, price that time at the rate your organization really pays, and compare the total with the per-user Linear plan you would otherwise renew. Ask Linear directly which plan includes the SAML and SCIM controls your identity team requires, since those decide whether the comparison is even like for like.
Self-hosting becomes the better choice when the constraints are specific and can be written down. Typical triggers are a data residency rule that places issue content, attachments or customer names in scope, a security policy that requires audit logs and identity controls you can operate yourself, or a seat count large enough that per-user pricing dominates the budget. On the Plane side, confirm which features your team needs before committing: SAML and OIDC are listed for Pro and above on self-hosted Plane, LDAP support and API-enabled audit logs are listed as Enterprise features, and the Commercial Edition is required to unlock any paid plan. A Community install on the free feature set will not cover every requirement that the Linear Enterprise tier covers today. Verify these against the current Plane pricing page rather than relying on a memory of the feature matrix.
Treat the decision as reversible in both directions. Linear's own CSV exports and API make it possible to take your data out if you later decide to leave, and the same is true of Plane's importers if you decide to try it. A practical path is to run a short pilot with one team, measure real operating hours and identify any missing control, and only then decide whether the platform team you would need is already in place or would have to be hired. If the honest answer is that nobody has time to patch the stack, staying on Linear and revisiting the question at renewal is a defensible position.
How DeployOpen scopes a fixed-price Plane implementation
DeployOpen plans, implements and hands over self-hosted Plane inside your own cloud account, data center or air-gapped network. We start from a written scope that sets out what moves from Linear and what runs on your side, so the cost comparison reflects your actual environment.
How we scope
- Written scope lists teams, workspaces, cycles, projects and integrations to be moved from Linear
- Scope states which Plane edition, deployment method and identity provider the install will use
- Engagements are fixed-scope, with deliverables and timelines agreed in writing before work starts
- Quote follows from the written scope, so ask which Plane features need a paid Commercial Edition plan
How we build
- Install Plane with Docker Compose or Kubernetes and Helm, matched to your hosting standards
- Connect PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible object storage, or external managed services
- Run a test import from Linear into a non-production workspace and review mapped states, labels and links
- Test access controls, single sign-on and backups before users are moved onto the platform
How we hand over
- Document architecture, configuration, upgrade steps and the import runbook for your team
- Provide a record of which items were moved, which were not, and the reasons for each gap
- Walk your administrators through user, team and permission management on the live instance
- Deliver evidence for compliance readiness reviews, which independent auditors would assess, not DeployOpen
How we support
- Ongoing support, upgrades and continuous testing are available as a retainer
- Ask in the quote how upgrades to new Plane releases will be tested before they reach production
- Confirm who owns backups, restore testing and on-call response after handover
- Retainer scope and response expectations are agreed in writing, like the original engagement
