Does self-hosting Plane cost less than Asana per user?
For a finance or IT leader facing an Asana renewal, the self-hosted Community Edition of Plane has no license fee, so the comparison turns on what it costs to run. Those costs are infrastructure, implementation, data migration and ongoing admin time, set against the per-seat price Asana bills every year. The Community Edition matches the feature set of the Plane Cloud Free tier, so a team that needs only those features has no per-seat software line to compare. Before you model that case, confirm the seat and feature limits in the Plane editions documentation.
Self-hosting tends to cost more at small team sizes for two reasons. First, the platform needs paid features on a license key. SAML and OIDC are available from the Pro plan up, and a self-hosted Community install must switch to the Commercial Edition before it can use paid plans. Seats are then counted by users with paid roles. Plane's pricing page lists Pro at 6 to 8 US dollars and Business at 13 to 15 US dollars per user per month. Illustratively, a 10-seat Pro team would pay roughly 60 to 80 US dollars a month in license fees. Second, the servers do not shrink with the team. PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible storage run at similar cost whether five people or fifty use them.
Turn this into a decision by asking for three numbers in writing: the license cost for your paid roles, the hosting cost of the stack in your own cloud or data center, and the admin hours each month for upgrades, backups and access management. Ask your implementation partner to state those hours as a fixed-scope estimate, and confirm whether any feature you rely on, such as LDAP, sits in the Enterprise tier. Compare the total with your Asana invoice over three years, not one.
Cost components on each side
This table sets Asana's per-seat subscription and export tooling against the Plane Community or Commercial Edition, the servers and services that run it, and the labor to install, migrate and operate it. Read each row for who is paid, whether the cost is one-time or recurring, and what changes the amount. The main takeaway is that the Plane software line may be free on Community, while infrastructure, migration and operations remain recurring costs you must price yourself.
| Cost component | Asana (commercial side) | Self-hosted Plane (your side) |
|---|---|---|
| Software license or subscription | Per-user subscription on the plan tier you buy. Confirm current per-seat rates and tier limits with Asana in writing. | Community Edition is AGPL-3.0 with no license fee. Paid Plane plans need the Commercial Edition and a license key, billed per seat with paid roles. Recurring if you choose a paid tier. |
| Infrastructure: PostgreSQL, Redis or Valkey, RabbitMQ, S3-compatible storage | None. Asana hosts the service and its data. | Recurring hosting for four components, either on your servers or as managed services that the Helm chart can point to. Size and cost depend on your provider and team size. |
| Implementation and installation | Account setup and configuration, usually internal time. | One-time: planning the Docker Compose or Kubernetes deployment, configuring SSO and storage, and hardening. Done in-house or fixed-scope by DeployOpen, quoted from written scope. |
| Data migration | Per-project CSV export from the project menu. Organization-wide export needs an Enterprise+ service account. | One-time: running Plane's Asana importer, then checking tasks, dates, assignees and attachments. Rules, portfolios and dashboards must be rebuilt by hand. |
| Support | Included in the subscription at the tier you buy. Confirm response terms in your contract. | Community support is free but unscheduled. Paid support or a retainer with DeployOpen or Plane is an extra recurring line you must request in a quote. |
| Upgrades and maintenance | Handled by Asana as part of the service. | Recurring: tracking Plane releases across editions, testing, backups and rollback. Your team or a DeployOpen retainer owns this work. |
| Internal skills and admin time | Admin time for workspace settings, seats and user changes. | Recurring: staff who know Docker or Kubernetes, PostgreSQL and object storage. Ask a vendor or partner to estimate effort for your environment. |
Which Plane plan a self-hosted team actually pays for
The first decision is which self-hosted edition you run, because it determines whether you pay anything at all. Plane's Community Edition is licensed under AGPL-3.0 and matches the feature set of Plane Cloud's Free tier, with no license key required. The Commercial and Airgapped editions are proprietary. To move to a paid Plane plan, a Community install must first switch to the Commercial Edition, which unlocks plans through a license key and counts seats by users with paid roles. Plan this switch as a planned change to the deployment, not a toggle you flip later. Plane's Kubernetes guide installs the Commercial Edition, and its Free plan there includes 12 seats and the Free feature set without a license key. Confirm with Plane which edition your chosen install method delivers before you size the team.
Feature gates matter as much as seat counts. On self-hosted Plane, SAML and OIDC are available from the Pro plan upward, so an identity provider integration for a team of any size may already require a paid plan. LDAP support and API-enabled audit logs are listed as Enterprise features, which matters if your directory is on-premises or your auditors expect API-level logging of administrative actions. Pro is listed at 6 to 8 US dollars and Business at 13 to 15 US dollars per user per month on Plane's pricing page. Those figures are list prices that can change, so ask for a written quote covering the exact seat count, the role mix and whether Enterprise Grid pricing applies to your case.
OpenProject is the second option to price, and its model differs. Its Enterprise on-premises plans are charged per named user per month: Basic at 5.95 euros and Professional at 10.95 euros, each with a 25-user minimum, and Premium at 15.95 euros with a 100-user minimum. For a small team, the minimums can change the comparison more than the per-user rate does, so run both models against your real headcount. Whichever product you choose, the recurring cost is the subscription plus the infrastructure and administration time to keep it running, and the one-time cost is migration. Ask each vendor which features you need are included, and confirm them against the current pricing pages before you commit.
What moves the comparison most
Self-hosted Plane replaces Asana's per-seat charge with infrastructure, operations and staff time, so the total depends on who needs a paid role, which features require a paid tier, how much data the team stores and how much uptime the business expects. The cards below are the levers to model before comparing a quote with a self-hosted estimate.
Named users and paid-role mix
Plane's self-hosted Community Edition matches the Free tier's feature set, but moving to a paid plan requires the Commercial Edition and a license key that counts seats by users with paid roles. Only the people who need paid roles add to the license count, so the mix of guests, members and admins changes the total more than headcount does. Ask Asana for a per-seat quote by role type and ask Plane to confirm how it counts seats before you size the license.
Features that need paid tiers
On self-hosted Plane, SAML and OIDC sit on Pro and above, while LDAP support and API-enabled audit logs are Enterprise features. Asana's own SSO and audit options also sit on higher plans, so compare like with like. If your identity provider requires SAML or OIDC for every user, the Pro price is a fixed recurring cost to include in the model, not an optional extra. Confirm the current feature matrix on the pricing page before you build the estimate.
Attachments and data volume
Plane stores its data in PostgreSQL and attachments in S3-compatible object storage such as MinIO. Asana's attachment and project history sizes drive both, so a migration that brings years of attachments into Plane raises storage and backup costs for as long as the data is kept. Estimate total attachment volume from Asana's export, decide which history to import, and budget object storage and backup capacity for growth rather than the first import alone.
Availability and deployment method
Plane documents Docker Compose for small and mid-size teams and Kubernetes with Helm for high availability. Compose runs on a single host with fewer moving parts, while Helm adds cluster capacity, load balancing and failover, all of which carry hosting and on-call costs. A team that needs business-hours access can often start on Compose, but a team that cannot tolerate planned downtime should price the Kubernetes path from the start. Define the recovery and uptime expectations first, because they decide which method is viable.
Existing Kubernetes and database skills
Plane's Helm chart can point PostgreSQL, Redis or Valkey, RabbitMQ and object storage at external managed services, which shifts operating work to the provider but adds a recurring service bill. A team that already runs Kubernetes and PostgreSQL to a documented standard carries less extra labor than a team starting from scratch. Count the engineers who would patch, back up and upgrade these components, and confirm which parts your platform team already supports before pricing new skills, training or outside help.
Migration and recreated configuration
Plane's Asana importer and Asana's CSV export move tasks, but automation rules, portfolios and some reporting views must be rebuilt by hand. The effort grows with the number of projects, custom fields and rules that the team relies on day to day. Inventory those items in Asana before choosing a scope, and ask any implementation partner to price the rebuild as a separate line from the data move so you can see where the one-time cost sits.
How to build the comparison with your own numbers
This sequence turns Asana's per-seat invoice and a self-hosted Plane estimate into a three-year comparison that reflects your own seat counts, features, infrastructure and migration effort.
Count paid seats by role across three years
Ask your Asana administrator for a seat report showing paid members by role and plan for the last 12 months, then project growth, contractors and leavers for the next three years. Record the Asana plan and billing cycle from your current order form, because the per-user price depends on the tier. Plane's own seat model counts users with paid roles, so keep guest and viewer accounts in a separate column. The step is done when you have one table of seats per year that finance and the project owners have both reviewed.
List required features and their tier
Write down every Asana feature your teams depend on, such as portfolios, goals, rules, forms, timelines, custom fields and integrations, and note which plan you need for each today. Then check each one against Plane's feature lists and against OpenProject's Community and Enterprise tiers, marking each as covered, partly covered, or missing. For single sign-on and directory sync, confirm the tier on the vendor's pricing page, because SAML and OIDC on self-hosted Plane and LDAP and SCIM on OpenProject sit in paid tiers. The output is a feature matrix with a licence tier attached to every gap.
Size the target environment
Use OpenProject's published sizing guidance as a reference point for how much compute your team may need, then ask your platform engineers to size Plane separately using its own requirements. For OpenProject, the sizing guide lists 4 cores and 4 GB RAM for up to 200 users, 8 cores and 8 GB for about 500 users, and 16 cores and 16 GB for about 1,500 users. Plane runs on PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible storage, so count each component and decide whether to run it yourself or use a managed service. The step is complete when you have a documented environment sketch for each option with an agreed user count.
Price infrastructure and managed services
Request quotes from your own cloud account team or data center provider for the compute, storage, backup, load balancing and managed database services in your sketch. Ask for both monthly recurring prices and any one-time setup charges, and make sure the quote uses the same region and reserved or on-demand terms in each scenario. Include the cost of a separate test or staging environment, because upgrades and migration rehearsals need one. The output is an infrastructure line for each year that you can place next to the Asana seat line.
Estimate migration effort from the export and importer
Export a representative sample of Asana projects to CSV from the project actions menu, then run Plane's Asana importer on a test workspace to see which tasks, sections, assignees, dates and attachments come across cleanly. Record the manual rework for each project type, such as rebuilding rules, portfolios and custom views. Asana's organization export, which returns complete data as gzipped JSON, is only available to service accounts of an Enterprise+ organization, so if you do not hold that tier, plan on CSV exports alone. The output is a list of projects grouped by migration complexity, with hours estimated by the people who will do the work.
Add administration and upgrade time
Estimate the recurring operations work for a self-hosted install: user and seat provisioning, backups and restore tests, monitoring, security patching, and version upgrades of Plane's Community or Commercial edition and of the database. Decide who does this work, whether an internal platform team or a paid support retainer, and record the hours or the retainer fee as a recurring line. Also note that moving to a paid Plane plan requires switching from Community to the Commercial edition with a license key, which adds a licensing step to your upgrade plan. The output is a recurring operations line that you can defend in a review.
Compare one-time and recurring totals
Place the figures in one spreadsheet with separate sections for one-time costs (migration, setup, integration and training) and recurring costs (seats or licences, infrastructure, operations and support) for each of the three years. Run the Asana total and each self-hosted scenario side by side, and show the break-even point if the self-hosted option costs more in the first year. Keep the assumptions in a visible column so the sponsor can change seat counts or tiers and see the effect. The step is complete when the sponsor has signed off on the assumptions and the spreadsheet is stored with the decision record.
What the one-time migration costs in time and rework
The one-time migration effort is the part of the move that does not recur, and it is where most of the rework sits. Plane's Asana importer is available on Plane Cloud and on the self-hosted Commercial Edition, so a team that plans to stay on the Community Edition should confirm how the import will run before it commits to a route. Asana's per-project CSV export carries task fields such as name, assignee, dates, tags, notes and parent task, which covers the work items themselves. It does not carry automation rules, portfolios, goals or most saved views, and those must be recreated by hand in Plane. Ask the migration owner to inventory these objects in Asana before the first import so the rebuild list is known up front.
Testing should compare a sample of real projects against the imported result, not a demo workspace. Check that task counts match per project, that assignees map to the right Plane users, that due dates survive time zone and format conversion, and that subtasks stay attached to their parents. Confirm which Asana attachments and comments the importer keeps, since file handling is the usual gap. Project managers should sign off on the content of their own projects, and the platform owner should sign off on users, roles and seat assignments. Record the sign-off in writing so the cutover date is agreed rather than assumed.
Seat fees recur every billing period for as long as paid roles are in use, while the import, rebuild and testing effort is paid once. The main drivers of that one-time effort are the number of active projects, how many automations and portfolios exist, and how much history must be kept. When requesting a quote for the migration work, ask for the scope of rule and view recreation, the number of test cycles, the cutover support and the handover documentation. Confirm each point against the current Plane importers documentation and the Asana export options before the scope is fixed.
Questions buyers ask before comparing costs
Can a small team run self-hosted Plane without outside help?
Yes, a small team can run Plane itself, because Plane documents Docker Compose for small and mid-size teams. The harder part is the surrounding stack: a deployment uses PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible object storage such as MinIO, and each of these needs backups, patching and monitoring. Confirm with your own engineers whether they can own those components on a schedule, and whether a team member can cover on-call duty when the tool is business-critical. Your answer depends on that staffing, not on the license.
How long does an Asana to Plane migration take?
The duration depends on scope, meaning how many projects, tasks, attachments, custom fields and automation rules you move, and how much cleanup you want before cutover. Plane provides an Asana importer on Plane Cloud and on the self-hosted Commercial Edition, but imported data still needs review, and rules, portfolios and reports usually have to be rebuilt by hand. Ask any provider for a written scope that lists these items and a timeline tied to them. Do not accept a duration without a defined inventory of what is moving.
What skills does internal staff need to run Plane?
Plan for three skill areas: container operations, database administration and identity integration. Container work covers Docker Compose or Kubernetes with Helm, plus upgrades between releases such as v1.4.2. Database work covers PostgreSQL backup, restore testing and capacity. Identity work covers connecting SAML or OIDC to your provider. Confirm which of these your team already runs, because gaps in any one of them tend to shift work to whoever is on call.
Is the Plane Community Edition enough for our team?
The Community Edition is licensed under AGPL-3.0 and matches the feature set of the Plane Cloud Free tier, so it is enough when you do not need features listed on paid plans. Plane lists SAML and OIDC on Pro and above, and LDAP support and API-enabled audit logs as Enterprise features. If single sign-on, audit logs or a directory integration are requirements, the Community Edition will not meet them. Check your requirements against the pricing page before you choose an edition.
How are paid Plane seats counted on self-hosted installs?
Paid self-hosted Plane plans count seats by users with paid roles, and moving to a paid plan requires switching from the Community Edition to the Commercial Edition, which uses a license key. Plane's public pricing lists Pro at 6 to 8 US dollars and Business at 13 to 15 US dollars per user per month, while Enterprise Grid is priced on request. Ask the vendor how guests, viewers and inactive users are classified, and whether the figure is billed monthly or annually. Your seat count should come from a role-by-role review of who needs write access.
When should we bring in outside help for a Plane deployment?
Bring in outside help when internal staff lack the container, database or identity skills described above, or when the migration has a fixed deadline that your team cannot meet alongside daily work. Outside help is also useful for hardening, backup testing and documenting the setup for auditors. DeployOpen plans, implements, integrates, hardens, backs up, upgrades, documents and supports self-hosted open-source platforms inside your own infrastructure. Most engagements are fixed-scope, so the work is agreed in writing before it starts.
What does a fixed-scope Plane engagement include?
A fixed-scope engagement lists the scope, deliverables and timeline in writing before work begins. For a Plane project, the written scope should name the environment (Docker Compose or Kubernetes), the external services used, the identity integration, the data to migrate from Asana and the documentation handed over. DeployOpen also offers retainers for ongoing support, upgrades and continuous testing if you want that after go-live. DeployOpen does not publish a price list, so a quote follows from the written scope. Ask for the exclusions in writing too, such as rebuilt automation or custom integrations.
What to ask for in a fixed-scope quote
A written scope should name the edition and seat count before anything else. For Plane, that means deciding whether the team stays on the Community Edition, which matches the Free tier feature set, or moves to the Commercial Edition with a license key, since paid roles are what count toward seats. Ask the quote to state which edition is installed, how seats are counted, and whether SAML, OIDC or LDAP are in scope, because Plane lists SAML and OIDC from Pro upward and LDAP as an Enterprise feature. For OpenProject, name the Enterprise tier and user count, since SSO and LDAP group synchronization sit in paid plans. Also ask for the target environment (your cloud account, a data center, or an air-gapped network), the deployment method (Docker Compose or Kubernetes with Helm), and whether high availability is expected.
The database and object storage design deserves its own line in the quote. Plane needs PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible storage such as MinIO, and the Helm chart can point each at an external managed service. OpenProject requires PostgreSQL 16 or later with the pg_trgm, btree_gist and unaccent extensions. Ask who provisions and sizes each component, who owns backups of the database and attachments, and how credentials are stored. For migration, name the source and the exclusions in writing. Both Plane and OpenProject have documented importers, and Plane's Asana importer covers Asana projects, but rules, portfolios and some custom fields typically need to be recreated, so the quote should list what is out of scope. Ask for testing (a test import with reconciliation of task counts, assignees and dates), backup and restore validation with a timed restore test, handover documentation covering runbooks and upgrade steps, and post-go-live support. Retainers are available for ongoing support and upgrades, so ask for that option as a separate line item.
How DeployOpen scopes a fixed-price Plane implementation
DeployOpen plans and implements self-hosted Plane inside your own cloud account, data center or air-gapped network, so the cost comparison with Asana rests on a written scope rather than estimates. Engagements are fixed-scope, with scope, deliverables and timelines agreed in writing before work starts.
How we scope
- Written scope lists the Plane edition, hosting method and the teams and projects moving out of Asana
- Scope records which Asana features are recreated, such as rules, portfolios and custom fields
- Scope states who runs the Asana exports and which data sets are in and out of the migration
How we build
- Deployment covers PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible storage in your environment
- Plane importer runs are tested on a copy of sample Asana projects before any production load
- Integration with your identity provider and access controls is configured and tested against agreed roles
How we hand over
- Documentation covers installation, upgrade steps, backup and restore, and the Community or Commercial edition in use
- Handover includes a list of Asana items that were rebuilt manually, so reviewers know what changed
- Your administrators receive a walkthrough of seat assignment, licensing and day-to-day administration
How we support
- Ongoing support, upgrades and continuous testing are available as a retainer after handover
- Retainer scope and response expectations are written down so your team knows what is covered
- Upgrades follow the Plane release cycle, and each change is tested in a staging copy first
