Linear alternative: when Plane fits and when Linear still fits better
Plane fits when data location, hosting control or an edition requirement outweighs the convenience of a hosted tool. If your renewal, a data residency rule or a policy on where work items live is driving the move, self-hosted Plane can keep issues, cycles, modules and attachments inside your own infrastructure. It is less likely to fit if your main goal is simply a lower per-seat bill, because the license is only part of what you will pay for once you run the platform yourself. Linear suits a team that wants a managed product with minimal administration, that does not need to host work data in its own environment, and that is comfortable with the identity and audit options on its current plan. A small team with no platform engineers to run PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible storage will usually carry more risk by self-hosting than a team with an operations function that already runs similar services.
Plane's self-hosting paths differ in what they cost you to operate. Docker Compose is documented for small and mid-size teams, while the Kubernetes guide with Helm targets high availability and installs the Commercial Edition, so a team that expects to run Plane for a long time should confirm which edition, identity method and seat tier it needs before choosing a deployment method. Check whether SAML or OIDC is required (available on Pro and above per the Plane pricing page) and whether LDAP or API-enabled audit logs are mandatory, since those are listed as Enterprise features. Confirm the seat count your plan will use, because the Commercial Edition counts paid roles while the Community Edition matches the Free tier. Ask Plane or a partner to confirm the current feature matrix for your chosen edition, since plan contents can change between releases.
The decision turns on four questions: where your work data must live, which identity requirements apply (SSO, SCIM or LDAP), which edition your features need, and whether your staff can run the platform's dependencies and upgrades over time. If the answers point to on-premises control with a supported identity model and a team that can operate it, Plane is a credible replacement. If any answer points to features only Linear's hosted plans provide, or to a team with no capacity for operations, keep Linear and revisit the question at the next renewal. A written scope with a partner can help test these answers against your environment before you commit.
Which option fits which buyer situation
This table maps common buyer situations to the Plane edition or deployment path that fits best, with the reason tied to Plane's editions, hosting options and identity tiers. Read each row as a starting point, then confirm the feature tier and licensing terms with Plane before you commit. The main takeaway is that the edition you choose decides which identity and importer features you can use, not just where Plane runs.
| Buyer situation | Better fit | Reason |
|---|---|---|
| Hosted-only policy | Plane Cloud | A hosted-only policy rules out self-hosting, so the question shifts to which Plane Cloud plan covers your seat count and identity needs. |
| Data residency requirement | Self-hosted Plane Community or Commercial | Self-hosting keeps work items, attachments and database records in infrastructure you choose, which is the main reason to deploy Plane yourself. |
| Small team wanting minimal operations | Plane Cloud or Docker Compose on Community | Community matches the Free Cloud feature set without a license key, but it still needs you to run PostgreSQL, Redis or Valkey, RabbitMQ and object storage. |
| Need for SAML or SCIM | Commercial Edition on Pro or above | SAML and OIDC are listed from Pro upward on self-hosted Plane, so Community alone is not enough; confirm SCIM availability with Plane before you assume it. |
| Need for LDAP or API audit logs | Commercial Edition on Enterprise | LDAP support and API-enabled audit logs are listed as Enterprise features on self-hosted Plane, so confirm the exact tier with Plane's pricing page. |
| Air-gapped network | Airgapped Edition | Plane offers a separate Airgapped edition with its own codebase and release cycle, so plan for offline updates and confirm terms with Plane. |
| Team already running Kubernetes | Helm chart on Commercial Edition | The Kubernetes guide installs the Commercial Edition and can point PostgreSQL, Redis or Valkey, RabbitMQ and object storage at external managed services. |
| Moving from Linear with history | Commercial Edition for the Linear importer | Plane's Linear importer runs on Plane Cloud and the self-hosted Commercial Edition, so a Community install must switch editions before importing. |
How Linear's issues, cycles and triage map to Plane work items and intake
Linear issues map to Plane work items, and Linear cycles map to Plane cycles, so sprint-style planning carries over in a familiar shape. The decision starts with the container. Linear teams hold their own workflow states and issue identifiers, and in Plane the closest container for that work is a project. A common starting point is one Plane project for each active Linear team, but confirm this in a test workspace, because the team-level settings that come across determine how much rework your admins face after cutover. Record which team, state and identifier conventions you want to keep before you map anything.
The choice that changes day-to-day work most is what happens to Linear projects. The migration topic describes the importer carrying projects across as Plane modules, which group work items under a shared goal. Check which project attributes, such as lead, status and target dates, survive the import, and write down any that do not, so each team knows where that information lives afterward. Triage needs a decision too. Linear's triage holds incoming issues before they enter a team's backlog, and Plane's intake serves a similar purpose for requests that need review. Confirm whether intake items arrive as work items in a triage state or as a separate object in your Plane version, and whether your current triage rules can be recreated in intake settings.
Run the importer on a copy of one active team and one closed cycle before you commit. The importer covers states, labels, cycles, comments, attachments and parent-child links, but the migration topic lists what falls outside that scope, so use that list as a checklist and do not assume full fidelity. Compare a sample of issues side by side, checking identifiers, assignees, priorities, cycle membership and sub-issue hierarchy. The importer runs on Plane Cloud or the self-hosted Commercial Edition, so a Community install needs the Commercial Edition for this step. Follow the Plane Linear importer documentation for current steps and known limits.
Linear alternative capabilities compared with Plane
This table maps Linear's core work management capabilities to their Plane equivalents on a self-hosted install. Plane feature availability depends on the edition and plan, so check the Plane column against the edition you intend to run. Confirm any Linear plan detail with Linear before you decide, since it is not covered here.
| Capability | Linear | Plane (self-hosted) |
|---|---|---|
| Issues and work items | Issues in your current workspace; confirm item and attachment limits with Linear | Work items, available in the Community Edition under AGPL-3.0 |
| Cycles, projects and modules | Cycles and projects in your current workspace; confirm how they map to your team setup | Cycles and modules in the Community Edition; Linear projects are imported as modules |
| Triage and intake | Triage for incoming issues; confirm the exact workflow with Linear | Intake for incoming requests, included in the Community feature set |
| Importers | Export is the starting point; confirm available export formats with Linear | Linear importer on Plane Cloud and the Commercial Edition, not on Community |
| API access | Confirm API access and rate limits for your plan with Linear | Confirm API scope on your edition; API-enabled audit logs are an Enterprise feature |
| SSO (SAML and OIDC) | Confirm SAML and SCIM availability by plan with Linear | SAML and OIDC on Pro and above, which requires the Commercial Edition with a license key |
| SCIM and LDAP | Confirm SCIM provisioning and directory options with Linear | LDAP is an Enterprise feature; confirm SCIM with Plane before relying on it |
| Audit logs | Confirm audit log retention and export with Linear | API-enabled audit logs on Enterprise plans only |
| Self-hosting and licensing | Cloud-hosted service; no self-hosted option | Docker Compose, Kubernetes with Helm, Podman and air-gapped installs; Community is AGPL-3.0, Commercial and Airgapped are proprietary |
Which Plane edition covers which need
The Community Edition is the open-source option. It is licensed under AGPL-3.0 and matches the feature set of the Plane Cloud Free tier, so it is the natural starting point for a team that wants to run Plane on its own servers without a subscription. Community installs do not use a license key, and the Free plan on this edition includes 12 seats with the Free feature set.
- License: AGPL-3.0, so you can run, modify and redistribute the code under the license terms, including the obligations that apply when you make a modified version available over a network.
- Seats: The Free plan covers up to 12 seats, and no license key is needed.
- Paid features: SAML and OIDC, LDAP and API-enabled audit logs are not part of the Free feature set. To use them, you must move the install to the Commercial Edition.
- Importers: The Linear and Jira importers run on Plane Cloud and on the Commercial Edition, not on Community, so Community alone does not give you the migration path.
- Upgrade path: A Community install must first switch to the Commercial Edition before it can move to a paid plan.
Before you commit, confirm the seat count you need and whether any paid feature, especially SSO or audit logging, is required for your compliance scope.
The Commercial Edition is proprietary and is the edition that unlocks paid plans on self-hosted Plane. It is a separate codebase with its own release cycle, and it runs with a license key. Plans are structured around seats, which are counted by users holding paid roles, so the cost follows the people who need elevated access rather than every account in the workspace.
- License: Proprietary, under Plane's commercial terms rather than AGPL-3.0.
- Key requirement: Paid plans require a license key on the Commercial Edition.
- Seat counting: Seats are counted by users with paid roles, so review role assignments before estimating the count.
- Importers: The Jira importer and the Linear importer are available on all plans of the self-hosted Commercial Edition.
- Deployment: The Kubernetes guide installs the Commercial Edition, which is the route for high availability setups.
Ask Plane for the current plan contents and the license key process for your install, and confirm which paid roles your team will need. The public pricing page lists per-seat figures that change over time, so check them directly with the vendor.
The Airgapped Edition is also proprietary and is built for environments with no outbound internet access, where installation and licensing must work offline. It is a distinct codebase from Community and Commercial, with its own release cycle, so updates arrive through a different process than the connected editions. Teams in classified, isolated or tightly controlled networks usually evaluate this edition first.
- License: Proprietary, with its own terms.
- Connectivity: Designed for installs with no internet access, so you should plan how images and updates are transferred into the network.
- Licensing: Confirm how license keys are issued and validated when the install cannot reach external services.
- Importers: Confirm whether the Linear and Jira importers are included for your airgapped contract, since importer access is listed for Plane Cloud and the Commercial Edition.
- Release cadence: Because each edition has its own release cycle, plan your patching window around the Airgapped release track.
Ask the vendor for written confirmation of seat terms, importer access, offline license validation and update delivery before you design the network. Your security team should also review how the install connects to PostgreSQL, Redis or Valkey, RabbitMQ and object storage inside the isolated network.
How hosting choices change data control, identity and compliance work
Moving from Linear's hosted service to a self-hosted Plane install changes where issue data lives, who operates the identity controls and who keeps the backups. Each card below is a decision point to settle before the migration starts, with the items to confirm with Linear and inside your own environment.
Data location and residency
Linear stores workspace data in its hosted service, so residency is a question for Linear's contract and documentation. A self-hosted Plane install runs in your own cloud account, data center or air-gapped network, and you decide where PostgreSQL, Redis or Valkey, RabbitMQ and object storage sit. Confirm with Linear where its workspace data is hosted and what it commits to contractually, then confirm which regions and networks your Plane components will use.
Single sign-on and provisioning
On self-hosted Plane, SAML and OIDC are available on Pro and above, so your identity provider integration depends on the plan you run. LDAP support is listed as an Enterprise feature, and SCIM provisioning should be checked against the plan you select. Confirm which login methods and directory sources your Linear workspace uses today and map each one to a Plane plan before you cut over users.
Audit logs and access records
API-enabled audit logs are listed as an Enterprise feature on self-hosted Plane, so audit evidence from the tool itself may depend on your plan. Decide which events your assessors need, such as role changes, project access and deletions, and whether you need them exported to your own SIEM. Confirm with Linear which audit records it provides to workspace administrators, since they may not match Plane's.
Backup and restore ownership
On Linear, the vendor operates the hosted service, but your team still needs its own export copy to restore into another system. On a self-hosted Plane install, your team owns backups of the database, object storage and configuration, and must test restores. Set a documented recovery procedure before go-live, and confirm with Linear what its export covers, including attachments, before you rely on it.
Patching and version control
Self-hosting moves release management to your team. Plane publishes Community and Commercial editions with separate release cycles, so you must choose an edition and track its upgrades. Plan who applies updates, how they are tested in a staging copy and how you record the version running in production. Confirm which edition your plan requires before you select a deployment method.
Compliance evidence and attestations
DeployOpen prepares controls, configurations and evidence for compliance assessments, including access reviews, backup records and change logs for a self-hosted Plane install. DeployOpen does not issue audit reports or attestations. Independent auditors and certification bodies issue those. Ask Linear for its current third-party reports and confirm with your auditor which evidence they will accept from each environment.
What drives the cost of self-hosted Plane compared with Linear
On the Linear side, the recurring cost is a per-user subscription. The per-user price for each plan, and whether SAML or SCIM sits in a higher tier, come from Linear's current pricing page, so check the figures there on the day you build your comparison rather than relying on older internal notes. Linear's subscription covers the hosting, upgrades and support, which means your team pays no separate infrastructure bill but also has no say over where the data sits or when upgrades land. On the Plane side, the cost is split across several lines. Plane's own pricing page lists Pro at 6 to 8 US dollars and Business at 13 to 15 US dollars per user per month, with Enterprise Grid quoted on request. Those are Plane's figures, and they apply only if you move to a paid plan on Plane Cloud or on a Commercial Edition license key. A self-hosted Community install carries no license fee, but it has recurring infrastructure for PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible object storage, plus the staff time to patch and back them up. Confirm with Plane which plan and license terms apply to your seat count before you compare. Three drivers move the total most. Seat count and the number of users with paid roles decide the per-seat charge on any paid Plane plan, so audit how many guests and viewers you truly need. Identity needs decide whether you must pay for SAML, OIDC or LDAP support, since Plane lists LDAP as an Enterprise feature. Operating skills decide how much of the staff time you spend, so a one-time importer run through the Linear importer and an ongoing upgrade routine should both appear in your quote, along with who in your team owns them.
How a team moves from Linear to Plane, step by step
This sequence takes a team from a Linear workspace to a self-hosted Plane install with a tested import, a pilot team and a documented cutover, so each step produces evidence before the next one starts.
Confirm the edition and license needs
The engineering lead and the procurement owner decide which Plane edition the team needs before any installation starts. Plane Community Edition is licensed under AGPL-3.0 and matches the feature set of the Plane Cloud Free tier, but the Linear importer runs on Plane Cloud or the Commercial Edition, not on Community. Confirm with Plane which plan and license key apply to your seat count, whether you need SAML, OIDC or LDAP, and how the Commercial Edition is licensed for a self-hosted install. Output: a written edition decision with the importer requirement and identity needs recorded.
Stand up a non-production Plane install
The platform team deploys Plane in a non-production environment inside your own infrastructure. Plane documents Docker Compose for small and mid-size teams and Kubernetes with Helm for high availability. The stack depends on PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible object storage such as MinIO, and the Helm chart can point each of these at an external managed service. Check backups, TLS, identity integration and access controls against your own standards before any data arrives. Output: a reachable staging instance with a documented configuration and a tested restore of the database.
Export and inventory the Linear data
Before importing, the team extracts a complete picture of what exists in Linear. The sibling topic on exporting Linear data covers CSV exports, the workspace export and the GraphQL API, including their limits and gaps such as missing attachment files. Inventory teams, issue counts, cycles, projects, labels, workflow states, attachments and custom usage so you know what the importer must handle. Output: a per-team inventory that lists known gaps and the owner who accepts each one.
Run a test import into staging
The migration owner runs the Linear importer in the staging Plane instance using a copy of one representative team, not the live workspace. Plane's importer documentation describes the Linear importer as a supported route, but the exact field mapping must be confirmed against your data during this run. Record every warning, skipped record and manual correction in a log. Output: an import log and a list of gaps that are either fixed in source, accepted or handled by hand.
Validate states, cycles and comments with a pilot team
A pilot team of real users checks the imported work against the original Linear workspace for a defined set of issues. Compare workflow states, cycles, comments, attachments, assignees and parent-child links one by one, and confirm that how Plane represents Linear projects as modules fits the way the team plans. Ask the pilot team to run one working cycle in Plane to see whether the process holds. Output: a signed-off pilot checklist with each mismatch either corrected or accepted in writing.
Decide how projects map to modules
The product owner and team leads agree on how each Linear project becomes a Plane module, or whether some projects should remain as cycles or labels. Use the pilot results to choose a mapping rule and document it for the other teams. Write down which fields do not carry over so that teams are not surprised after cutover. Output: a mapping record approved by the team leads and referenced by the cutover plan.
Cut over team by team
Each team moves on its own date. The team freezes new work in Linear for the cutover window, runs the final import into the production Plane instance, validates a sample against the pilot checklist and then opens Plane for daily work. Communicate the change, the new URLs and the access process to each team before it moves. Output: a cutover record per team showing the import run, the validation result and the sign-off.
Retire the Linear workspace after export
Once every team has moved and the agreed retention period has been met, the admin exports the records that must be kept from Linear and stores them in your own records system. Confirm with legal and compliance what must be retained, then revoke access and cancel the Linear subscription at the point your contract allows. Output: a retention archive, a revoked access list and written confirmation that the Linear workspace is closed.
What buyers ask before moving from Linear to Plane
How much does a move from Linear to self-hosted Plane cost?
The software itself can be free: Plane Community Edition is licensed under AGPL-3.0, and its feature set matches the Plane Cloud Free tier. The real cost sits elsewhere. You pay for infrastructure (PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible object storage, all run by your team or a managed service), for the staff hours to deploy and operate it, and for any outside implementation work you scope. Costs rise with user count, high availability requirements, backup scope and the number of teams migrated. Plane's pricing page lists Pro at 6 to 8 US dollars and Business at 13 to 15 US dollars per user per month, with Enterprise Grid on request, so compare those figures against Linear's own plans. Ask any implementation partner for a written, fixed-scope quote that separates one-time migration work from recurring hosting and support.
How long does a Linear to Plane migration take?
The pace is set by the number of teams, the volume of history you need to carry over, the state of your infrastructure and how many people can validate results. A single pilot team with a clean workspace moves much faster than an organization with many teams, long cycle histories and custom workflows. Plan a pilot first, then move team by team, so mapping problems surface on a small scope. Confirm the timeline in writing with whoever runs the work, because no fixed duration can be given without seeing your workspace and environment.
What does the work need from our own team?
Three groups of people are needed. Platform or infrastructure engineers deploy Plane with Docker Compose for small and mid-size teams or Kubernetes with Helm for high availability, and they own backups, upgrades and access controls. Workspace owners decide how Linear states, labels, cycles and projects map to Plane, and they confirm results after import. Team leads check that open issues, assignees and cycles look right before their teams switch over. Also agree early on who will handle the data outside the importer, such as Linear attachments and exports, since that work needs an owner.
Can our own engineers run the move without an outside partner?
Often yes, if you have engineers comfortable with Docker, Kubernetes, PostgreSQL and object storage, and if the scope is limited to a few teams. Plane's documentation covers installation methods, including air-gapped installs. The harder parts are sustained operations: patching, backup and restore testing, monitoring and handling upgrades on a release cycle. An outside partner can run a fixed-scope engagement covering deployment, hardening, migration support and documentation, then hand over runbooks. Decide which of these you want to keep in-house before requesting quotes.
Is Plane Community Edition enough for the features we use in Linear?
Community Edition matches the feature set of Plane Cloud's Free tier, so check your required features against that set before deciding. Some capabilities sit in paid tiers. On self-hosted Plane, SAML and OIDC are available on Pro and above, while LDAP support and API-enabled audit logs are listed as Enterprise features. To move to a paid plan, a Community install must first switch to the Commercial Edition, which uses a license key and counts seats by users with paid roles. Make a feature checklist from your Linear plan, including SSO, SCIM and audit needs, and confirm each item against Plane's current pricing page before you commit.
Does the Linear importer run on Plane Community Edition?
No. Plane's Linear importer is available on Plane Cloud and on the self-hosted Commercial Edition, not on Community Edition. If you run Community and want to import from Linear, you need to plan the switch to the Commercial Edition, which requires a license key, or use another route for the data. Confirm the current importer access with Plane before you finalize the plan, since edition rules can change between releases. Review the importer documentation for the exact mapping of states, labels, cycles and comments.
What happens to attachments, comments and issue history?
The Linear importer maps items such as states, labels, cycles, projects as modules, comments, attachments and parent-child links, but not every element carries over, so check the import mapping against your own data. Attachments are the item to test most carefully: confirm whether files arrive in Plane or remain as links, and whether links still resolve after you cancel Linear. Keep a complete export of your Linear workspace as a fallback record, and verify a sample of issues, comments and files after each import. Ask the engagement lead to document what was moved, what was left behind and where the archive is kept.
How DeployOpen helps you evaluate, implement and migrate to Plane
DeployOpen plans, implements, integrates, hardens, backs up and documents self-hosted Plane inside your own cloud account, data center or air-gapped network. We start with a written scope so you know what a Linear to Plane move includes before any work begins.
How we scope
- Review your Linear workspaces, teams, cycles, projects and integrations to decide which items move and which stay in Linear.
- Confirm which Plane edition fits your needs, since the Linear importer runs on Plane Cloud or the Commercial Edition, not Community.
- Agree deliverables and timelines in writing; engagements are fixed-scope, and ongoing support is available as a retainer.
How we build
- Deploy Plane with Docker Compose or Kubernetes and Helm, pointing PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible storage at your chosen services.
- Configure SSO and user roles, and confirm which identity features your chosen plan supports before rollout.
- Run test imports of sample teams, then check states, labels, cycles, modules, comments and attachments against the source data.
How we hand over
- Document the architecture, configuration, backup and restore procedures, and the team-by-team migration record.
- Walk your administrators through role management, seat counts and the upgrade path between Plane releases.
- Deliver a list of Linear items that did not map cleanly, so your team can decide how to handle each one.
How we support
- Apply Plane upgrades and security patches on a schedule agreed in your written scope.
- Keep backups tested and monitored, and confirm restore steps with your operations team after each change.
- Provide ongoing support, upgrades and continuous security testing through a retainer, if your team wants it.
