When Plane Cloud fits and when self-hosted Plane fits
The core question is whether your Plane workspace must run inside your own infrastructure, or whether a hosted service can meet your residency and operating needs. Plane Cloud fits teams that have little or no spare operations capacity, that can accept the default US data location or request EU hosting, and that welcome continuous upgrades. Plane Cloud upgrades continuously, so you do not choose an upgrade window or schedule maintenance. If your team is small and your workspace has no internal-only integrations, that trade is usually easy to accept. Confirm with Plane which hosting region applies to your account and how it is set before you commit data to it.
Self-hosted Plane fits when a rule or a constraint decides where data lives. Plane's own guidance names data residency requirements, air-gapped or sovereign environments, and integrations that must stay internal as the cases where self-hosting makes sense. It also fits teams that need control over upgrade timing, because self-hosted teams choose their own window, with minor upgrades arriving roughly every 4 to 8 weeks according to Plane's self-hosting guide. The cost of that control is ownership. Backups and disaster recovery are designed and operated by you, and Plane estimates ongoing effort at 0.1 to 0.25 FTE at small scale and 0.5 to 1.0 FTE at large scale. Ask who on your team will own that work before choosing this path, and read the Plane self-hosting guide for the full operating model.
Two details can change the decision late, so check them early. AI credits are listed as a Cloud-only feature on Plane's pricing page, so a self-hosted workspace will not have them even if the rest of the feature set matches. Migration also runs in one direction only: Plane documents a Cloud-to-self-hosted path but no reverse route. If you might later want Cloud convenience after starting self-hosted, or the reverse, treat the first choice as harder to undo and confirm the current migration options with Plane before you go live.
Plane Cloud and self-hosted Plane side by side
This table compares Plane Cloud and self-hosted Plane on data location, paid plan access, identity features, AI credits, upgrade timing, server sizing and the Jira importer. Read each row as a question to answer for your own team, since the right choice often depends on one or two factors such as data residency or who controls upgrade timing.
| Factor | Plane Cloud | Self-hosted Plane |
|---|---|---|
| Data location | Stored in the US by default, with EU hosting available on request | Lives wherever you deploy it, including your own data center, cloud account or air-gapped network |
| Editions and paid plan access | Free, Pro, Business and Enterprise Grid plans are sold as Cloud plans | Community Edition is AGPL-3.0; paid plans require switching to the proprietary Commercial Edition and a license key |
| SSO (SAML and OIDC) | Available on Pro and above, as listed on Plane's pricing page | Available on Pro and above, but only after moving to the Commercial Edition |
| LDAP support | Listed as an Enterprise feature on Plane's pricing page | Listed as an Enterprise feature; confirm the exact plan with Plane before purchase |
| AI credits | Available, as Cloud only | Not applicable |
| Upgrade timing | Plane upgrades Cloud continuously, so you do not choose the window | You choose the upgrade window; minor upgrades arrive roughly every 4 to 8 weeks per Plane's self-hosting guide |
| Minimum server size | Not applicable, as Plane runs the infrastructure | 4 CPU cores, 8 GB RAM and 50 GB storage minimum, per Plane's self-hosted page |
| Jira importer | Available on Plane Cloud, including Jira Cloud and Jira Server or Data Center sources | Available on all plans of the Commercial Edition, with the same Jira source support |
| Pricing disclosure | Pro is shown at 6 to 8 US dollars and Business at 13 to 15 US dollars per user per month; Enterprise Grid is quoted on request | Seats are counted by users with paid roles on the Commercial Edition; ask Plane for a current quote covering your seat count and support needs |
Where your data lives and who controls access
Plane Cloud and self-hosted Plane differ mainly in where data sits and who operates the identity and evidence layers. The cards below cover the decisions that follow from that split, so you can check each one against your own regulator, assessor and network design before you commit.
Default data location and residency
Plane Cloud stores data in the US by default, with EU hosting available on request. A self-hosted deployment keeps data wherever you deploy it, which means the residency answer is whatever your cloud account, data center or on-premises site provides. Ask Plane to confirm in writing which regions apply to your tenant, and record the answer in your data inventory before procurement signs off.
Sovereign and air-gapped environments
Plane lists air-gapped or sovereign environments as a case where self-hosting fits, and offers an Airgapped edition alongside Community and Commercial. Confirm with Plane which edition, install method and update path works without outbound connectivity, and who delivers updates into the isolated network. Plan the transfer process for images, packages and license material before the environment is built.
Internal-only integrations
A self-hosted Plane instance can keep integrations, such as Jira or internal ticketing systems, on your private network rather than routing them through a vendor-operated service. Map each integration's data flow, including the importer you intend to use, and confirm the endpoints it needs to reach. Document any integration that must still cross the boundary so reviewers see it clearly.
SAML and OIDC identity integration
On self-hosted Plane, SAML and OIDC sign-in are available on the Pro plan and above, while LDAP support and API-enabled audit logs are listed as Enterprise features. On Plane Cloud, your team inherits Plane's identity setup. Decide which identity provider is the source of truth, confirm the plan that includes the protocol you need, and test deprovisioning, since removed users must lose access in both models.
Operator access and control of the platform
With self-hosting, your administrators control the database, object storage, Redis or Valkey, RabbitMQ and the network paths between them, and they also hold the keys for backups. With Cloud, those controls sit with Plane. Define who may reach the database and storage directly, how privileged sessions are logged, and how break-glass access is approved and reviewed.
Compliance evidence your team must produce
Self-hosting moves evidence collection to your team: access reviews, configuration baselines, backup and restore records, and change logs for upgrades. DeployOpen can prepare controls and evidence for an assessment, but it does not issue audit reports or certifications. Ask your assessor which framework requirements apply to your environment, and confirm with them what evidence they will accept before you rely on any one platform setup.
How the two deployment models split responsibilities
A self-hosted Plane install is a set of services you run yourself, not a single application. The platform uses PostgreSQL for application data, Redis or Valkey for caching and queueing, RabbitMQ for messaging, and S3-compatible object storage such as MinIO for attachments. Each of these needs its own patching, backup, capacity planning and failure handling. The Helm chart can point each component at an external managed service, so a team that already operates managed PostgreSQL or object storage can shift part of that load. Confirm with your own platform team which of these services you already operate and which you would be adding from scratch.
On Plane Cloud, Plane operates these components for you, and your responsibilities are mostly about accounts, roles, integrations and the data you put into projects. Self-hosting moves operations, backups, disaster recovery and upgrade scheduling to your side. Plane's own guidance estimates that effort in FTE terms, and it places backup and disaster recovery design with the customer. Ask who on your team owns each service, how restores are tested, and whether that person is staffed for on-call work before you commit.
The installation method also changes the work. Plane documents Docker Compose for small and mid-size teams, and its Kubernetes guide with Helm targets high availability. The Kubernetes guide installs the Commercial Edition, not the Community Edition, so a team that chooses Helm for its cluster is also choosing an edition with a license key model. Docker Compose is the path most small and mid-size teams will evaluate first, but it still requires the same database, cache, queue and storage decisions. Before you pick a method, check the minimum of 4 CPU cores, 8 GB RAM and 50 GB storage against your planned size, and confirm which edition your chosen method installs.
Which model fits which team situation
When a regulator, contract or internal policy requires customer project data to stay in a named jurisdiction, the first question is where the data is stored. Plane Cloud stores data in the US by default, with EU hosting available on request, so a team that needs a different or verified location should confirm the exact region in writing before relying on it. Self-hosting places data wherever you deploy it, which gives you direct control over location, but it also makes you responsible for the database, object storage and backups in that location.
- Preferred model: Self-hosted Plane in a cloud account or data center you already audit, when the required region is not the default Cloud location.
- Cloud stays viable: The EU option on Plane Cloud may satisfy your requirement if the contract and hosting terms match your obligations.
- Backups count too: Replicas, snapshots and object storage copies must stay in the same boundary.
- Changes the answer: A confirmed Cloud region that matches your policy, or a lack of staff to run backups and disaster recovery.
Confirm the storage location for every service, including logs and attachments, with Plane and your compliance lead before choosing.
Networks with no route to the public internet, or sovereign environments that bar foreign-hosted SaaS, leave little room for Plane Cloud. Plane lists air-gapped and sovereign environments among the cases where self-hosting fits, and offers an Airgapped edition alongside Community and Commercial. That edition is proprietary and has its own release cycle, so the upgrade path is different from the public Community code.
- Preferred model: Self-hosted, using the Airgapped edition where the network cannot reach external services.
- Dependencies to plan: PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible storage such as MinIO must all run inside the enclave.
- Installation method: Plane documents air-gapped installs; confirm the exact steps and bundle contents for your version.
- Changes the answer: A requirement that allows a managed service in a sovereign cloud, which would reopen a hosted option.
Ask Plane which edition, bundle and update mechanism apply to a disconnected network before you commit to a schedule.
A small team without dedicated platform engineers usually gains more from Plane Cloud, because the vendor operates the service. Plane estimates ongoing self-hosting effort at 0.1 to 0.25 FTE at small scale, and it states that the customer designs and operates backups and disaster recovery. Even a fraction of an FTE can be hard to find when the same person also owns laptops, identity and networking.
- Preferred model: Plane Cloud, on the Free or a paid plan, when no one can own patching and backups.
- Self-hosting cost: Server, storage and staff time recur every month, and the setup itself is one-time work.
- Minimum footprint: Plane's self-hosted page lists at least 4 CPU cores, 8 GB RAM and 50 GB storage.
- Changes the answer: An existing platform team that already runs similar services, or a hard data residency rule.
Ask for a written estimate of the operating hours your team would take on before comparing subscription prices.
Large organizations often need to schedule changes around change windows, test releases in staging and hold a version while dependent integrations are validated. Plane Cloud upgrades continuously, which keeps you current but removes the choice of timing. Self-hosted teams pick their own upgrade window, and Plane describes minor upgrades arriving roughly every 4 to 8 weeks, so a release calendar must be maintained internally.
- Preferred model: Self-hosted, with a staging environment that mirrors production and a documented upgrade runbook.
- Cadence to plan for: Minor upgrades about every 4 to 8 weeks, per Plane's guidance, each needing regression tests.
- Edition choice: Community, Commercial or Airgapped each follow their own release cycle, so pick one and track its notes.
- Changes the answer: A change process that cannot absorb frequent releases, which favors Cloud.
Confirm the upgrade process, rollback steps and support windows for your chosen edition in writing.
Plane lists AI credits as a Cloud-only feature on its pricing page, so a self-hosted deployment cannot draw on them. Teams that depend on those credits for summaries or drafting in their workflow should plan on Plane Cloud, at least for the features that need them. Teams that self-host for control can still consider other AI tools outside Plane, but those are separate decisions with separate data flows.
- Preferred model: Plane Cloud when AI credits are a requirement.
- Self-hosted limit: Credits are not part of the self-hosted feature set on the pricing page.
- Data flow check: Using Cloud AI features moves the relevant content to Plane's hosted service, which may conflict with residency rules.
- Changes the answer: A decision that AI credits are not needed, or a Plane change to the pricing page that extends them.
Confirm current AI credit terms, included volumes and data handling with Plane before you assume either way.
What your team runs in each model
This table lists the recurring work each model leaves with your team, from upgrades and backups to database and object storage operations. Read it as a checklist of who owns each task, then match it against the staff you can commit to running Plane. The main takeaway is that Cloud moves most operating work to Plane, while self-hosting keeps all of it with you, including effort Plane estimates at 0.1 to 0.25 FTE at small scale and 0.5 to 1.0 FTE at large scale.
| Area | Plane Cloud | Self-hosted Plane |
|---|---|---|
| Upgrades | Plane upgrades Cloud continuously, so your team does not schedule version changes. | Your team picks the upgrade window. Minor upgrades arrive roughly every 4 to 8 weeks, per Plane's self-hosting 101 guide. |
| Backups and disaster recovery | Plane operates the hosted service. Confirm its backup, restore and recovery objectives in writing before you sign. | Backups and disaster recovery are designed and operated by the customer, per Plane's self-hosting 101 guide. |
| Availability | Plane is responsible for hosted availability. Ask for the service commitments in your contract. | Your team owns uptime, monitoring, failover and capacity, including the Kubernetes setup Plane positions for high availability. |
| Database and object storage | Handled inside Cloud. Confirm where Cloud data sits (US by default, EU on request). | Your team runs PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible storage such as MinIO, or points them at managed external services. |
| Edition management | Cloud is the only hosted edition, and features follow Plane's Cloud plans. | Your team tracks Community, Commercial or Airgapped editions, each with its own release cycle, and switches editions before buying a paid plan. |
| Effort estimate | Plane does not publish a self-hosted-equivalent estimate for Cloud. Ask Plane what internal admin time the Cloud plan still needs. | Plane estimates 0.1 to 0.25 FTE at small scale and 0.5 to 1.0 FTE at large scale, per its self-hosting guide. |
| What drives effort up or down | Fewer internal integrations and identity connections keep Cloud admin work light. | Higher user counts, more integrations, stricter residency or air-gap rules, and HA topology raise effort. Managed external databases and a fixed upgrade calendar lower it. |
Moving from Cloud to self-hosted Plane and why the reverse is not documented
This sequence shows how a team would move Plane data from Plane Cloud into a self-hosted instance, and what to check at each stage before treating the move as complete.
Confirm the one-way path with Plane
Before any planning, ask Plane in writing which migration paths it supports. Plane's self-hosting documentation describes migration only from Plane Cloud to self-hosted, and it does not document a route back. Ask specifically how a self-hosted team would export its projects, issues, cycles, modules, pages and attachments if it later wanted to return to Cloud or move to another tool, and whether that export is complete. The output is a written answer you can keep with your migration record. If Plane cannot give a documented route, treat the Cloud-to-self-hosted move as a one-way decision and plan your exit path before you commit.
Inventory workspaces, projects and integrations
Your platform or admin lead lists every Plane workspace, project, team, custom workflow state, label, module, cycle and page that must survive the move, together with each integration, webhook, API consumer and user group that depends on Plane. Record who owns each item and which items are active. Identify data that should not move, such as archived projects or test workspaces. The output is a signed-off inventory that defines the scope of the migration and the list of checks you will run in the target environment.
Decide data residency and hosting for the target
Plane Cloud stores data in the US by default, with EU hosting available on request, while self-hosted data lives wherever you deploy it. Your security and privacy leads confirm which region, cloud account or data center will hold the self-hosted database, object storage and backups, and document that decision against your residency obligations. Confirm the target meets Plane's minimum of 4 CPU cores, 8 GB RAM and 50 GB storage, and decide between Docker Compose and Kubernetes with Helm. The output is an approved target architecture and a residency record that the migration file can reference.
Stand up and harden the target instance
Your platform team, or a partner working under a written scope, deploys self-hosted Plane with PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible object storage, which the Kubernetes documentation notes can point to external managed services. Configure backups and disaster recovery before loading any production data, since Plane designs these for the customer to operate. Confirm which self-hosted edition fits the features you need, because the Commercial Edition is the edition that unlocks the paid plans. The output is a running, backed-up target that has been tested with a non-production dataset.
Export and map data from Plane Cloud
Using the export approach Plane confirms for your account, extract workspace data and attachments from Plane Cloud, and map each source field, state and user to its counterpart in the self-hosted instance. Users and roles need particular attention, because the self-hosted seat model counts seats by users with paid roles. Record any items that do not map cleanly, such as custom fields or integration links, and decide whether each one is recreated, approximated or dropped. The output is a mapping sheet that a second person has reviewed, with each exception recorded and approved.
Use the Jira or Linear importer only where it applies
Plane's Jira importer is available on Plane Cloud and on all plans of the self-hosted Commercial Edition, and it supports Jira Cloud as well as Jira Server and Data Center. Plane also documents a Linear importer. Use these importers only when the source is Jira or Linear, not for moving data from Plane Cloud itself. Where a team is consolidating from Jira, run the importer into the target in a test workspace first, then compare counts and sample items against the source. The output is a dated import log with record counts and a list of items the importer skipped or transformed.
Validate data in the target environment
Compare the target against the inventory and mapping sheet. Check record counts for projects, work items, cycles, modules and pages, sample attachments for integrity, user permissions for each role, and integration endpoints for each dependent system. Test search, notifications and any SSO configuration, and confirm that your backups restore to a clean environment. Ask a business owner from each team to sign off on a sample of their own work items. The output is a validation report that records every discrepancy, its owner and its resolution before cutover.
Cut over and keep an exit record
Schedule a cutover window with the teams affected, freeze edits in Plane Cloud, run a final delta export, load it into the target, and repoint integrations and users to the self-hosted URL. After cutover, keep the Cloud export, the mapping sheet and the validation report for a period your records policy sets. Record in the migration file the one-way constraint and the answer Plane gave you about moving data back. The output is a closed migration record that shows what moved, what did not, and how the team would approach an exit if one were needed.
Questions buyers ask before choosing a hosting model
How much staff time does self-hosting Plane really take?
Plane estimates ongoing self-hosting effort at 0.1 to 0.25 FTE at small scale and 0.5 to 1.0 FTE at large scale, according to its self-hosting 101 guide. That estimate covers running the platform, and backups and disaster recovery are designed and operated by your team, so budget for them explicitly. The main cost drivers are team size, number of users, how many services you run yourself (PostgreSQL, Redis or Valkey, RabbitMQ and object storage), and how often you upgrade. In a quote or internal plan, ask who will carry the on-call and upgrade work, what recovery objectives you need, and which of those services you will run versus buy as managed services.
How long does a first Plane install or migration take?
No duration is published in the sources we rely on, so confirm the timeline with the vendor and against your own environment before you commit. The time depends on the deployment method you choose (Docker Compose for small and mid-size teams, or Kubernetes with Helm for high availability), whether your database and object storage are external managed services, network and identity integration work, and how much data you need to bring across. Plane documents migration only from Cloud to self-hosted, so a move in the other direction should be scoped as custom work. Ask for a written plan that lists each phase, the owner of each step and the acceptance tests.
What skills does my team need to run Plane itself?
Your team needs container and database operations skills at minimum, and Kubernetes skills if you choose the Helm deployment for high availability. You will also need to own the object storage, backup and restore process, TLS, and identity integration. Plane's self-hosting guidance names data residency, air-gapped or sovereign environments, internal-only integrations and control over upgrade timing as the cases where self-hosting fits. If those reasons do not apply to you, Plane Cloud may cover the operational load. Ask a vendor which skills their engagement assumes your team already has and which ones they will handle.
Can we run Plane ourselves without an outside partner?
Many teams with an experienced platform group can run Plane without outside help, particularly on Docker Compose at small scale. Two points need a clear answer first. Plane's self-hosted minimum is 4 CPU cores, 8 GB RAM and 50 GB storage, and the all-in-one container is not for production. Upgrades arrive roughly every 4 to 8 weeks for minor versions, and you choose the window. If your team lacks capacity for that cadence, backups testing, or incident response, an implementation partner can take on a defined share of the work under a fixed scope. DeployOpen plans, implements, hardens, backs up, upgrades and documents self-hosted platforms in your own infrastructure, and it offers ongoing support as a retainer.
How do AI credits and paid seats change the hosting decision?
AI credits are listed as available only on Plane Cloud, so a self-hosted deployment does not include them. Paid plans are priced per user, and on Plane's pricing page Pro is shown at 6 to 8 US dollars and Business at 13 to 15 US dollars per user per month. For self-hosting, a paid plan requires moving from the Community Edition to the Commercial Edition and applying a license key, and seats are counted by users with paid roles. Compare total annual cost for both models using your real seat count, the roles you need, and whether you need SAML, OIDC or LDAP, which are gated by plan. Ask Plane for a written quote that states seat counting rules and any Commercial Edition license terms.
Can we move from self-hosted Plane back to Plane Cloud later?
Plane documents migration only in the Cloud-to-self-hosted direction, so a return path from self-hosted to Cloud is not described in the documentation we rely on. Before you choose self-hosting, ask the vendor whether a return migration is supported, what data it covers, and what it costs. Also check how you can export issues, cycles, modules and attachments in a usable format. Treat the exit path as a planning requirement, the same way you would for any system of record. Consider documenting your data model and keeping regular exports from day one.
Where does Plane data live under each hosting model?
Plane Cloud stores data in the United States by default, with EU hosting available on request. Self-hosted data lives wherever you deploy it, which may be your own cloud account, a data center or an air-gapped network. If data residency, sovereignty or internal-only access is a requirement, self-hosting gives you direct control of location, but you then own the controls that protect it. Confirm the exact region, backup location and subprocessors with Plane in writing, and state your residency requirement in your scope. A regulated organization should also map these choices to its own compliance obligations with its assessor.
When should we bring in an implementation partner for Plane?
Bring in a partner when the work is larger than your team can absorb or when you need evidence that the setup meets your controls. Typical triggers include air-gapped or sovereign deployment, Kubernetes high availability, identity integration with SAML or OIDC, migrating from Jira, and a written runbook for backups and recovery. DeployOpen works under fixed-scope agreements where scope, deliverables and timelines are agreed in writing before work starts, and it prepares systems and evidence for compliance assessments without issuing audit reports. Ask any partner for a written scope, a named list of deliverables, an acceptance test for backup restores, and the support terms that follow the initial install.
What to confirm with Plane and your own environment before committing
Several points in this comparison depend on Plane's current terms and on your own environment, so treat each one as a confirmation step rather than a settled fact. Start with hosting location. Plane's self-hosting guide describes Plane Cloud storing data in the US by default with EU hosting available on request. Ask Plane in writing which region your workspace would be provisioned in, whether EU hosting is available for your plan, where backups and support access are handled, and which sub-processors touch your data. Compare the answers with your own data residency rules before you rely on them.
Next, confirm the edition and feature mapping for the plan you intend to buy. Plane's editions documentation, its pricing page and its self-hosted pages describe overlapping feature sets, and AI credits are listed as Cloud only. Ask for a written table that maps each feature you need, including SAML, OIDC, LDAP, audit logs and the Jira importer, to a specific edition and plan. For self-hosting, also confirm the seat count rules and whether moving from Community to Commercial changes anything in your existing data or configuration. Check the current release cadence against the Plane releases page on the day you decide, because the documented minor upgrade interval is a guide rather than a service commitment.
Finally, test the constraints your own policies impose. Define your backup frequency, retention period and recovery time objective before choosing between Cloud and self-hosting, because Plane designs and operates backups and disaster recovery for self-hosters. Confirm the PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible storage components you would operate, and whether your network allows outbound license or update checks. If you need air-gapped operation, confirm with Plane which edition supports it. Document these answers in your change record so the decision can be audited later.
How DeployOpen scopes and supports a self-hosted Plane deployment
DeployOpen is a Chainscore Labs company that plans, implements, hardens, backs up, upgrades, documents and supports self-hosted open-source platforms inside the client's own infrastructure. For Plane, that means turning the Cloud or self-hosted question into a written scope that covers hosting, data location, edition choice and the operating work your team keeps.
How we scope
- Engagements are fixed-scope, with scope, deliverables and timelines agreed in writing before work starts.
- The written scope states which Plane edition, deployment method and hosting location the work covers.
- Scope also records who owns backups, disaster recovery and upgrade timing, which Plane assigns to self-hosting customers.
- Ask for the scope to list each integration, such as identity provider, importers and internal-only systems.
How we build
- Deployment is built in your cloud account, data center or air-gapped network, with the components Plane requires.
- Work covers PostgreSQL, Redis or Valkey, RabbitMQ and S3-compatible storage, including any external managed services you choose.
- Identity integration, import of existing projects and access controls are configured and tested against the agreed scope.
- Security testing and hardening are scoped alongside the build, so findings are documented before handover.
How we hand over
- Deliverables include documentation of the architecture, configuration, backup and restore steps and upgrade procedure.
- Your team receives the runbooks needed to operate the platform, with the operating effort it implies stated plainly.
- Compliance readiness material, such as configuration records and evidence, is prepared for your independent auditors to assess.
- Confirm with DeployOpen in writing which artifacts are delivered and in what format before the scope is signed.
How we support
- Ongoing support, upgrades and continuous testing are available as retainers after handover.
- A retainer can cover upgrade planning across Plane's minor releases, which arrive roughly every 4 to 8 weeks.
- Support scope, response expectations and service levels are set in the written agreement, so ask for them in writing.
- Teams that stay on Plane Cloud can still engage DeployOpen for security testing or compliance readiness work.
