Open source project management software

Teams that outgrow spreadsheets or a hosted tracker can run OpenProject or Plane inside their own infrastructure. This page covers the requirements, platform fit, build versus partner decisions, migration from Jira, and rollout.

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Open source project management software for teams that need control over their planning data

Planning often sprawls across spreadsheets, chat threads and a hosted tracker that cannot meet residency, identity or audit requirements. OpenProject (GPL-3.0) and Plane (AGPL-3.0) are the main open-source candidates for planning, issue tracking, Gantt charts and time tracking. The latest releases in the sources we reviewed are OpenProject v17.9.2 and Plane v1.4.2, but confirm current editions and support terms directly with each vendor before you commit, because feature sets differ between community and enterprise offerings. This decision matters most to IT leaders, PMO leads, and product and engineering managers in regulated or data-sensitive organizations, where project data can include customer names, incident details, regulated program milestones or unreleased product plans. The platform choice should follow from requirements, not the reverse. Start by listing where planning data must live, which identity provider must authenticate users, how roles and project-level permissions must map to your access model, and what audit evidence you must produce. Then test each candidate against those requirements, including Gantt, time tracking and reporting needs, rather than selecting a tool first and adapting governance to it.

Before a pilot, run three checks. First, confirm that the edition you plan to use supports the SSO protocol, group sync and role mapping your identity platform requires, since these features are not always included in every tier. Second, export a representative project with its work packages, dependencies, attachments and time entries, then verify the export is complete and re-importable. Third, review who can view, edit and administer each project and whether those permissions can be audited after the fact. Record the answers in writing, because they become the baseline for the migration plan, the rollout to teams and any later compliance evidence.

What open source project management software must cover before you choose

Project management tools touch planning data, staff time, client budgets and source code, so the requirements span more than features. The cards below cover the work model, planning, time data, access control, identity, residency, audit and integrations, and each names what to confirm with the vendor or in a proof of concept before you commit.

Work item model and hierarchy

Confirm how the platform represents epics, features, tasks, sub-tasks and custom fields, and whether those types can match how your teams already report progress. Ask whether item types, workflows and statuses can differ by project without a database change, and whether an item can belong to more than one project. Test a migration sample from your current tracker before deciding, because the hierarchy you lose in import is hard to rebuild later.

Gantt and dependency planning

Check that finish-to-start and other dependency types are supported, that schedules recalculate when a predecessor moves, and that baselines can be saved and compared. Ask how the platform handles resource calendars, holidays and working-time exceptions, since these change critical path results. Run a proof of concept on a real portfolio plan with cross-team dependencies to see whether the timeline stays readable at the size you need.

Time tracking and billing exports

Confirm whether time entries can be logged against work items, approved by a manager and locked after a billing period closes. Ask for the export format and whether fields such as rate, client, project code and billable flag are included in the file. If invoices depend on these records, verify the export with your finance team using a sample month, because a missing field often surfaces only at billing time.

Permissions by project and portfolio

Map roles at the project, program and portfolio levels, then test whether a user with access to one project can see a portfolio roll-up that includes data from projects they cannot open. Confirm whether guest or external roles can be restricted to specific work items and whether private projects are hidden from search and notifications. Document the permission matrix and test it with real accounts before go-live, not only with the administrator account.

SSO and provisioning

Confirm which SSO protocols the edition you plan to run supports, such as OpenID Connect or SAML, and whether group claims can drive project roles. Ask whether user creation, role changes and deprovisioning happen automatically from your identity provider or only at login. Test a leaver scenario in the proof of concept, because an account that stays active after offboarding is a common audit finding.

Data residency and backup

Decide where project data, attachments and database backups must live, and confirm that the chosen deployment keeps all of them in that location, including search indexes and logs. Ask the vendor how backups are taken for the database and file storage together, how restores are tested, and what the recovery point looks like after a failure. Include the platform in your existing backup and restore drills rather than treating it as a separate system.

Audit logging and integration with source control and chat

Confirm which events are recorded, such as permission changes, deleted items and time entry edits, and whether logs can be exported to your SIEM with user, timestamp and object identifiers. For source control and chat, check whether commits, pull requests and messages can link to work items through supported connectors, and whether those connectors use scoped tokens. Verify the audit trail in a test instance, since some events may appear only in the database.

OpenProject, Plane and other options: when each fits

This table compares OpenProject and Plane on licensing, deployment, strongest fit, editions and operating effort, with a general tracker or spreadsheets as the baseline. Use it to shortlist by work style, then confirm Gantt, time tracking and SSO depth in a proof of concept, since these vary by version and edition.

OptionLicensing and deploymentStrongest fitEditions and operating effort
OpenProjectGPL-3.0. Available on premises or in the cloud. Latest release noted in the researched facts is v17.9.2 (October 15, 2026).Waterfall and portfolio planning with Gantt charts, work packages, dependencies and time tracking in one tool.Confirm with the vendor which features sit in the community and enterprise editions. Operating effort covers upgrades, backups and database maintenance.
PlaneAGPL-3.0. Self-hosted deployment with the latest release noted in the researched facts as v1.4.2 (August 23, 2026).Agile issue tracking, sprints and cycles for product and engineering teams that work in iterations.Confirm edition differences, Gantt depth and SSO options for your version. Expect ongoing container and database upkeep.
General tracker or spreadsheets (baseline)Depends on the product chosen. Spreadsheets have no access model or audit trail beyond file history.Small teams with simple task lists and low dependency complexity.Low licensing cost, but permissions, reporting and time tracking usually become manual as the portfolio grows.
Migration from JiraCompare data export scope (issues, workflows, attachments, permissions) before choosing either tool.Teams with established Jira workflows that need a mapped, tested transition.Migration effort depends on custom fields, workflows and integrations, so request a field-level mapping in the scope.
Gantt and scheduling depthVaries by product, version and edition. Do not assume parity between tools.Programs that rely on critical path views and baseline comparisons.Test with a real project plan during the proof of concept.
Time trackingCheck whether time entries, approvals and reports are native or require a plugin or add-on.Billable work and capacity planning in service or client-facing teams.Confirm reporting exports and who can edit or approve entries.
SSO and permissionsConfirm supported identity protocols, group mapping and role granularity for each edition.Regulated teams that need project-level access and audit of changes.Validate against your identity provider in the proof of concept, not only the feature list.

Build on open source, partner, or buy SaaS for project management

This table compares building in-house on OpenProject or Plane, working with an implementation partner on the same open-source platforms, and buying a commercial SaaS project management tool. Read each row as a cost or control question: the license line is often the smallest item, and the recurring work of hosting, upgrades, SSO and support decides the total effort. Use the table to shortlist a model before asking for written scopes.

FactorBuild in-house on open sourceOpen source with an implementation partnerCommercial SaaS
Data location and controlFull control; you choose the region, network and backup designSame control as in-house, with the partner working inside your accounts or data centersVendor-hosted; confirm data residency, subprocessors and export options in the contract
Upgrades and patchingYour team tracks releases such as OpenProject 17.9.2 or Plane 1.4.2 and tests each oneUpgrades are scoped and delivered under a written agreement or retainerVendor applies upgrades on its schedule; you plan around its change notices
Staff effortOngoing platform, database, container and access administration by your engineersLower internal load for setup and upkeep; your admins still own approvals and user managementLowest infrastructure effort; administrators still manage projects, roles and integrations
License costCommunity editions carry no license fee; enterprise options are priced by the vendorSame license model as in-house; the partner's fees cover the work, not the softwarePer-user subscription, typically billed on seats and plan tier
Who is paid for whatYour staff time, infrastructure and any vendor support you buyThe partner for design, hosting setup, SSO integration, migration and support; the platform vendor for enterprise features if chosenThe SaaS vendor for seats and plan features; your team or a partner for SSO, migration and integrations
One-time costsArchitecture, deployment, SSO and permission design, initial data migrationScoped implementation, migration from Jira or other tools, testing and handoverConfiguration, data import, change management and any integration work
Recurring costsInfrastructure, backups, monitoring, upgrades and staff timeInfrastructure, support or retainer hours, upgrades and periodic reviewsSeat subscriptions, plan upgrades and add-on modules
What moves cost upMore teams, more integrations with source control or identity, larger issue histories to migrateSame drivers, plus the number of custom workflows and reporting requirements in scopeSeat growth, premium tiers for SSO or advanced permissions, and API usage limits

How to migrate from Jira without losing project history

The first decision in a Jira migration is scope, not tooling. Before any import runs, decide which projects move, which go to read-only archive, and which are closed out in Jira. For each project that moves, list the issue types, workflows, custom fields, attachments, users, and time records it contains, and mark each one as migrate, transform, or archive. Time records deserve their own line item because they often feed invoicing or payroll and may need to stay in the system of record. Archived projects can be exported to files and kept under your retention rules, which is often cheaper than mapping years of obsolete workflows. Confirm with your chosen vendor, OpenProject or Plane, which of these object types their import path supports for your specific Jira version, and which ones need a custom script or a manual step.

Run the migration first on a copy of production data, never directly against the target. A dry run shows where statuses, priorities, and custom field types do not map cleanly, and it exposes permission gaps before users see them. Build an explicit status mapping table that names each Jira status, its target status, and the workflow transition it inherits. Map Jira project roles and group permissions to the target's roles and permission sets, and check that issue visibility rules survive the move. Measure the dry run by sampling issues across old and new projects, checking attachments open, comments keep their authors and timestamps, and parent-child links and dependencies are intact. Keep the dry run log, since it becomes the evidence for sign-off.

Plan a parallel-running period in which teams keep Jira as read-only for new work while the new system holds the live backlog. Define a cutover date per team, a freeze window for Jira writes, and a final delta import for issues changed after the last full run. Agree in advance who signs off each project, which reconciliation counts must match, and how open issues created during parallel running are reconciled. Do not assume a duration or effort figure for any of this: ask your implementation partner to state the steps, dependencies, and exit criteria in the written scope, and ask the chosen vendor to confirm import tooling and field mapping for your Jira version before you commit to a cutover plan.

How a project management rollout runs across teams

The sequence moves from a documented platform decision to a tested configuration, a proven migration and a handover that lets your own administrators run the platform. Each phase closes with a named artifact so that sign-off is based on evidence rather than enthusiasm.

  1. Document requirements and make the platform decision

    Working with your PMO, engineering leads and security team, DeployOpen captures the planning, issue tracking, Gantt and time tracking needs for each group, along with identity requirements, data residency and hosting constraints. The team compares OpenProject and Plane against those requirements, including the edition each option requires, and records the outcome in a decision record. The step is done when stakeholders have signed that record and the chosen edition and hosting model are written down.

  2. Run a proof of concept with two or three teams

    DeployOpen stands up a non-production instance in your environment and asks two or three real teams with different workflows, such as a software team on sprints, a delivery team on Gantt plans and an operations team on lightweight tasks, to run actual work in it for a fixed period agreed in writing. Feedback is captured against the requirements from the first step, including gaps in reporting, time entry and notifications. The output is a proof-of-concept report that confirms which features cover each workflow and which need configuration, a workaround or a different tool.

  3. Build production with SSO and permissions

    DeployOpen builds the production instance in your cloud account, data center or private network, then connects single sign-on to your identity provider and maps roles and groups to project-level permissions. Project templates, custom fields, workflow statuses and notification settings are defined from the proof-of-concept findings. Access to sensitive projects is tested with users who should and should not see them. The output is a tested configuration, with a permissions matrix, a record of the identity mappings and test results for each role.

  4. Rehearse the migration from Jira or spreadsheets

    Where teams are moving from Jira or from spreadsheets, DeployOpen runs at least one full migration rehearsal into a staging copy. The rehearsal maps issue types, statuses, users, attachments, links and historical fields, and it records what cannot be carried over cleanly. Each mismatch is assigned a decision: map it, transform it, archive it or retire it. The rehearsal closes with a migration report listing record counts, exceptions and the cutover steps, which your project owners review before any production data moves.

  5. Launch a pilot with one team

    One team moves its live work into production, supported by DeployOpen and a named internal champion. The pilot tests the migration cutover, the notification and integration paths, and the reporting views that leadership will use. Problems found in the pilot are fixed in the configuration and documented before the next group is onboarded. The pilot is complete when the team has run a full planning cycle in production and the change log shows no open blocking issues.

  6. Roll out by department in stages

    Remaining departments are onboarded in waves, each with its own templates, training session and cutover date agreed with the department lead. DeployOpen tracks adoption, permission requests and support tickets for each wave, and feeds recurring questions back into templates and documentation. Waves do not start until the previous one has stable workflows and a clear owner for its project data. The output is a rollout log per department showing scope, cutover date, open issues and sign-off.

  7. Hand over runbooks and train administrators

    DeployOpen delivers runbooks covering installation, upgrades, backups and restores, SSO changes, permission reviews and user offboarding, then trains your administrators to run them. Administrators perform at least one supervised task, such as a restore test or a role change, before ownership transfers. Support terms after handover, including any retainer for upgrades and testing, are confirmed in writing. The step closes when your administrators have signed off the runbooks and the platform is listed as operated by your team.

Which systems project management must connect to, and what each involves

A project management platform is only as useful as the systems around it. Identity, source control, chat, exports, file storage and operations tooling each add a connection that someone must build, secure and maintain. The cards below describe what each connection involves and what to confirm before you commit to a platform.

Identity provider for SSO and groups

Single sign-on and group-based roles decide who can see which projects, so this integration sets your permission model. Check which federation protocols the platform supports (for example OIDC or SAML), whether it provisions and deprovisions users automatically or only on first login, and how it maps directory groups to project roles. Confirm whether roles can be managed centrally or must be maintained inside the tool. Offboarding a user should remove access everywhere the tool reads from the directory.

Source control and CI pipelines

Linking issues to commits, branches and pull requests gives engineering teams traceability from a ticket to the change that delivered it. Effort depends on how the platform receives events from your repository host, whether it uses webhooks or a polling connector, and how it handles issue keys in commit messages. Confirm which repository hosts and CI systems have supported connectors in the version you plan to run, and who maintains the webhook secrets and tokens.

Chat for notifications

Notifications for assignments, status changes and due dates reach people faster when they arrive in the team chat tool. Most of the work lies in the message format, channel mapping per project and handling of personal versus team notifications. Confirm whether the integration is a native connector or a generic webhook, whether it supports your chat platform's current API, and whether notification content can be restricted for projects that hold sensitive information.

Time and calendar exports for payroll or billing

Time entries feed payroll, client invoicing and capacity planning, so their format matters as much as their completeness. Check which export formats exist (CSV, API, or direct database access), whether entries can carry custom fields such as cost center or billable flag, and how corrections after a closed period are recorded. Calendar feeds for milestones and deadlines add a second export path. Confirm the rounding rules and audit trail for edited entries with the people who approve payroll.

Document storage for attachments

Specifications, designs and signed approvals often live in file storage rather than inside the project tool. Decide whether attachments are stored in the platform's own database and volume or linked to an external store, since that choice drives backup scope and access control. Linked files need permissions that match the project's membership, which many setups do not enforce automatically. Confirm whether the platform supports your file sharing system natively or only through links.

Monitoring and ticketing for delivery issues

When production incidents or service requests create delivery work, the project tool needs a link to the ticketing or monitoring system that raised them. Plan for duplicate records, status drift between the two systems, and which system owns severity and priority. Effort rises when alerts must create tasks automatically. Confirm whether the integration is bidirectional, how it authenticates to the service desk, and what happens when one side is unavailable.

Compliance evidence a project management system can support

A project management system becomes compliance evidence only when it holds data that a regulation covers, and most teams discover that later than they should. A Jira-style issue can contain patient identifiers in a bug report, a screenshot of a clinical workflow, or a ticket describing a data incident. If that content lives in OpenProject or Plane, the platform falls inside the scope of the HIPAA Security Rule's audit control requirement at 45 CFR 164.312(b), which calls for mechanisms that record and examine activity in systems containing ePHI. Before rollout, list which projects may hold ePHI, decide whether those projects sit in a separate workspace with restricted membership, and confirm that the audit logging available in your chosen edition and deployment records project, issue and permission changes with user identity and timestamps. Ask your implementation partner to show a sample export and a documented access review cadence, since an auditor will ask for both.

The transmission side is covered by 45 CFR 164.312(e)(1), which requires technical measures to guard against unauthorized access to ePHI sent over a network. For a self-hosted tracker, that means TLS on every entry point, including webhooks, email notifications and any integration with chat or the identity provider, and a check that attachments and notification emails do not carry ePHI in clear form to external recipients. Document the network path, the certificate management process and the notification settings as configuration evidence. DeployOpen can prepare these configurations, collect the resulting records and organize them for an assessment. The assessor or auditor, not DeployOpen, decides whether the controls meet the standard and issues any report.

SEC Rule 17a-4(b)(4) is a different question. It requires broker-dealers to preserve communications relating to the business for at least three years, including inter-office communications. Whether a project comment, a status note or a task discussion counts as a business communication under that rule is a legal determination, so confirm the position with counsel before assuming either way. If comments are in scope, the retention period, legal hold handling and export format become project management requirements, and the choice between community and enterprise editions may depend on what retention and audit features each includes. Confirm those features against the current vendor documentation for your edition, and treat the answer as an input to the decision rather than a final conclusion.

Open source project management software questions buyers ask before hiring help

How much does it cost to implement OpenProject or Plane?

Open-source licenses for OpenProject and Plane carry no license fee for the self-hosted community code, so the cost is labor, infrastructure and ongoing operations. Implementation effort is paid to a partner or internal team for scoping, installation, configuration, data migration, SSO, testing and training. Recurring costs include hosting, storage, backups, monitoring, upgrades and support. Costs rise with the number of teams, custom fields and workflows, integrations with source control or chat, and the volume of history you migrate. Ask any quote to itemize one-time setup against recurring operations, and to state which edition, if any, it assumes. Confirm current edition terms directly with the vendor, since editions can change.

How long does a migration from Jira take?

The duration depends mainly on the data you move and how much you reshape it. The main drivers are the number of projects, issue volume and attachments, the depth of custom fields and workflows that must map to the new tool, how many users need access on day one, and how much Jira history (comments, links, sprints, worklogs) must be preserved. A clean, single-team move with few customizations is far simpler than a multi-department move with years of history. Ask for a written migration plan that lists the data types in scope, a trial migration against a copy, a reconciliation method for counts and attachments, and a cutover window. Any timeline should come from that scoped plan, not from a general estimate.

What does our own team need to contribute to the project?

Your team supplies decisions and access, which determine whether the work stays on schedule. You need a named business owner who can approve the workflow model, a few team leads who can define statuses, issue types and fields, someone who can provision infrastructure or approve the cloud account, and an identity administrator for SSO group mapping. Expect time from these people for process workshops, UAT and training. Without them, scope drifts and the migration stalls on open questions. Ask the implementation partner to list each role, the hours they are expected to commit by phase, and the decisions that must be made before the build starts.

Can our team deploy and run OpenProject or Plane ourselves?

Yes, many teams can, provided they have container or Linux administration skills and an operating model for backups, monitoring and patching. Both tools are self-hostable and are licensed for it: OpenProject under GPL-3.0 and Plane under AGPL-3.0. The harder parts are not the first install but the recurring work: restore testing, upgrade windows, security patches, certificate renewal, database maintenance and on-call coverage. Decide who owns each of these before you go live. If the team lacks capacity, a partner can deploy, harden and document the system, then hand over a runbook or run it under a retainer.

How do SSO and permissions work in a self-hosted project tool?

SSO is configured against your identity provider, typically through OpenID Connect or SAML, and permissions are then managed through roles, groups and project membership. Confirm for each candidate tool which SSO protocols, group sync options and provisioning methods the current release supports, because capabilities differ by edition and version. Design roles before you connect the directory: map project roles to directory groups, define who can create projects, manage workflows and see restricted work, and decide how leavers are deprovisioned. Test with real group memberships, including a user removed from a group, and keep the role matrix as audit evidence.

OpenProject or Plane: which one fits our team?

The choice depends on the work shape, not on general popularity. OpenProject is project and portfolio management software under GPL-3.0, available on premises or in the cloud, and its latest release in our research was v17.9.2, published on October 15, 2026. It suits organizations that need Gantt planning, time tracking and portfolio views in one tool. Plane is licensed under AGPL-3.0, and its latest release in our research was v1.4.2, published on August 23, 2026. It is a fit for teams that want an agile, issue-centric workflow. Evaluate both against a short list of real workflows, check the license obligations with your legal team (AGPL-3.0 has network-use clauses for modified code), and confirm the feature set for your requirements against each current release.

How are upgrades and backups handled for a self-hosted tool?

Upgrades and backups are recurring operational duties that should be designed before go-live. Backups must cover the database, attachments and configuration, be encrypted, stored off the primary host, and restored in a tested drill. Upgrades should follow a staging-first path: take a backup, apply the new release to a copy, run regression checks on workflows and SSO, then schedule production. Track each vendor's release notes, especially for security fixes. Ask a partner to document recovery time and recovery point targets you agree on, the upgrade cadence, and whether support is covered by a retainer or by your staff.

Questions to ask an implementation partner before you sign

Ask for a written scope before anything else. It should name the platform and edition (OpenProject or Plane, and whether you need an on-premises or cloud-hosted deployment), the modules you will use, the number of projects and users, the Jira instances and projects in the migration, and every deliverable with its acceptance test. Ask who does the Jira migration, whether the partner's engineers or yours, and how field mapping is verified: work types, statuses and workflows, custom fields, users, attachments, comments, history and time entries should each be traced from a sample of real issues into the target system. Ask for the mapping document and the reconciliation report, and confirm who signs them off. Clarify which edition contains the features you need, such as SSO, advanced permissions or portfolio views, and confirm those against the vendor's current documentation rather than the partner's summary.

Ask how SSO and role mapping are tested. A good answer names the identity provider, the group-to-role mapping, and test accounts for each role, with a record of what each account can and cannot see or change. Ask who holds the administrator credentials at go-live, whether named admin accounts are separate from shared or service accounts, how break-glass access is recorded, and when partner access is removed. Ask for the backup and restore test: which database and attachment storage are backed up, how often, where copies are kept, and whether the partner has restored a backup into a separate environment and timed the result. Ask how upgrades work after a release is published. OpenProject v17.9.2 and Plane v1.4.2 show that projects ship on their own schedules, so ask who tests a new release, how long a staging run takes, who approves production, and who pays for it.

Ask what happens at exit before you sign the first agreement. Request a written description of how issues, projects, users, attachments, comments and time entries can be exported, in what formats, and whether the export has been tested on your own data. Ask for the configuration (custom fields, workflows, roles, project templates, and SSO settings) to be exported as documented files, and for the partner to confirm that a copy of your database and file storage can be handed over. Confirm the notice period, the cost of an exit assistance period, and the date when partner credentials and access are revoked. When you compare references, ask each one what work the partner performed, such as the migration approach, the SSO test or the upgrade cycle, rather than who the client was. Ask the partner to confirm that every item above appears in the signed scope.

How DeployOpen works on this

DeployOpen plans, implements, customizes, integrates, hardens, documents and supports self-hosted open-source project management platforms inside your own cloud accounts, data centers or air-gapped networks. Engagements are fixed-scope, with scope, deliverables and timelines agreed in writing before work starts.

How we scope

  • Written scope covers the platform choice between OpenProject and Plane, based on your required features and edition needs
  • Scope defines the Jira migration path, including which projects, workflows, custom fields and history move
  • Scope sets SSO, role and permission model, and which teams and departments are in the first rollout wave

How we build

  • Deployment inside your infrastructure, with hosting, database, backup and network design agreed up front
  • Configuration of SSO, project permissions, Gantt and time tracking settings, and integration points with your identity provider
  • Security testing of the deployed application and its APIs before handover, with findings tracked to closure

How we hand over

  • Written runbooks covering installation, upgrades, backup and restore, and access control administration
  • Administrator training for your platform team, plus user guidance for project managers and contributors
  • Documented evidence of access controls, audit logging and change records for your internal or external assessors

How we support

  • Ongoing support, upgrades and continuous testing are available as a retainer after handover
  • Version upgrades are planned and tested against your integrations, with changes recorded in your change process
  • Ask any partner to confirm response scope, escalation paths and who holds administrator credentials after go-live

Talk to our team.

Tell us what you're working on, whether it's a deployment, an audit, a security test or a cyber range. You'll speak with an engineer who can help you scope it.

  • 30-minute call: free, with no obligation.
  • NDA on request: we can sign before you share details.
  • Clear next steps: a scope and plan after the call.