How Much Can You Save Switching from Jira to 2026
How Much Can You Save Switching from Jira to Plane?
Jira Standard is $8.15/user/month. But with add-ons, admin costs, and the Atlassian tax — you're paying a lot more than that.
Jira's Real Pricing (2026)
| Plan | Per-User/Month | Key Features |
|---|---|---|
| Free | $0 | 10 users, 2 GB storage |
| Standard | $8.15 | 35,000 users, 250 GB, audit logs |
| Premium | $16 | Advanced roadmaps, sandbox, analytics |
| Enterprise | Custom ($25+) | Unlimited sites, Atlassian Intelligence |
The True Cost of Jira
Base License Cost
| Team Size | Standard/Year | Premium/Year | Enterprise/Year |
|---|---|---|---|
| 10 | $978 | $1,920 | $3,000+ |
| 25 | $2,445 | $4,800 | $7,500+ |
| 50 | $4,890 | $9,600 | $15,000+ |
| 100 | $9,780 | $19,200 | $30,000+ |
| 250 | $24,450 | $48,000 | $75,000+ |
Hidden Costs
1. Marketplace Add-Ons
Most teams need add-ons that Jira doesn't include:
| Add-On | Monthly Cost | What It Does |
|---|---|---|
| Tempo Timesheets | $10/user | Time tracking |
| BigPicture | $5/user | Portfolio management |
| ScriptRunner | $3/user | Automation |
| Zephyr | $4/user | Test management |
| Structure | $5/user | Hierarchy views |
A typical team uses 3-5 add-ons: +$10-25/user/month.
2. Admin Overhead
- Jira requires dedicated administration
- Complex permission schemes, workflows, screens
- Many companies hire a Jira admin: $60-100K/year
- Or consultants: $150-300/hour
3. Atlassian Intelligence (AI)
- Extra cost on top of Premium/Enterprise
- Not included in base pricing
4. Storage
- Standard: 250 GB
- Attachments add up quickly
- Additional storage: paid
Plane Self-Hosted: The Real Cost
| Component | Monthly Cost |
|---|---|
| VPS (2 GB RAM, Hetzner) | $4.50 |
| Domain | ~$1 |
| Backups | $1 |
| Total | $6.50/month ($78/year) |
What You Get
- Unlimited users
- Issues, cycles, modules
- Custom properties
- Kanban and spreadsheet views
- Pages (built-in docs)
- Roadmaps
- Time tracking
- GitHub/GitLab integration
- No per-seat pricing
Side-by-Side Cost Comparison
Base Cost Only
| Team Size | Jira Standard/Year | Plane Self-Hosted/Year | Annual Savings |
|---|---|---|---|
| 10 | $978 | $78 | $900 (92% less) |
| 25 | $2,445 | $78 | $2,367 (97% less) |
| 50 | $4,890 | $108 | $4,782 (98% less) |
| 100 | $9,780 | $156 | $9,624 (98% less) |
With Typical Add-Ons ($15/user)
| Team Size | Jira + Add-Ons/Year | Plane Self-Hosted/Year | Annual Savings |
|---|---|---|---|
| 10 | $2,778 | $78 | $2,700 (97% less) |
| 25 | $6,945 | $78 | $6,867 (99% less) |
| 50 | $13,890 | $108 | $13,782 (99% less) |
| 100 | $27,780 | $156 | $27,624 (99% less) |
What You Give Up
| Factor | Jira | Plane |
|---|---|---|
| Marketplace ecosystem | 3,000+ apps | Built-in features |
| Automation rules | JQL + automation | Basic automation |
| Advanced roadmaps | Premium feature | Built-in |
| Agile boards | Mature, customizable | Clean, growing |
| Reporting | Extensive + add-ons | Basic built-in |
| Learning curve | Steep | Gentle |
| Setup time | Instant (cloud) | 1-2 hours |
When Jira Makes Sense
- Need specific Marketplace add-ons
- Deeply integrated with Confluence/Bitbucket
- Enterprise compliance requirements
- Complex multi-project portfolio management
- Team > 500 with existing Jira workflows
When Plane Wins
- Teams 5-200 (sweet spot for savings)
- Want a modern, clean UI (vs Jira's complexity)
- Don't need Jira Marketplace add-ons
- Data sovereignty requirements
- Budget-conscious engineering teams
- Starting fresh (no Jira migration debt)
The Bottom Line
A 50-person engineering team on Jira Standard with typical add-ons pays $13,890/year. Plane self-hosted costs $108/year — a 99% reduction.
Even without add-ons, Jira Standard costs 45x more than self-hosted Plane at 50 users.
Migrating from Jira to Plane: Steps and Gotchas
Moving a team's project management workflow is more disruptive than migrating a back-office tool. Engineers work in Jira all day — every sprint, every ticket, every comment. Getting the migration right means planning the data transfer, the workflow reconfiguration, and the team transition period carefully.
The starting point is an honest audit of what your team actually uses in Jira. Most engineering teams use a fraction of Jira's feature set: issues, sprints, boards, and backlogs. Complex features like Jira Query Language automation, custom screen configurations, advanced permission schemes, component structures, and marketplace add-ons are often configured by a previous Jira admin and never fully utilized. Before migrating, document which features your team uses daily versus which features exist because someone set them up years ago. This scoping exercise often reveals that the migration is simpler than it initially appears.
Plane's import tool handles Jira migrations directly. It connects to your Jira instance via the Jira REST API using your credentials and maps Jira projects, issues, comments, and assignees into Plane's data model. The mapping is: Jira Project → Plane Project, Jira Issue → Plane Issue, Jira Epic → Plane Epic, Jira Comment → Plane Comment, Jira Status → Plane State. Custom fields map to Plane's custom properties. The import preserves issue history and timestamps, so your audit trail comes across intact.
What the importer doesn't handle: Jira Marketplace add-on data, time tracking entries from Tempo or similar tools, and complex workflow automation rules. If you use Tempo for time tracking, export your time entries to CSV before migrating and import them into Plane's built-in time tracking module manually — it's tedious for large volumes of historical data but important if your team bills by the hour. Automation rules need to be rebuilt in Plane's automation system; most common Jira automations (auto-assign based on status, transition issues on PR merge) have direct equivalents in Plane.
For the team transition, two weeks of parallel operation works better than a hard cutover. Import everything into Plane, have engineers start creating new issues there, but keep Jira open for reference on in-flight work. During this period, identify the two or three workflows that feel different in Plane and address them specifically — usually these are keyboard shortcuts, how sprints are managed, or how the board filtering works. Most teams find that Plane's interface clicks within a week because it's genuinely simpler than Jira, not just different.
The hardest part of any project management migration is not the tool — it's the team. Engineers have muscle memory for Jira's shortcuts and mental models for how issues are organized. Plan for a brief productivity dip during the transition and communicate it to stakeholders before it happens rather than explaining it afterward. The full ROI calculation framework models this productivity dip explicitly as a migration cost, which is why the break-even period for a Jira-to-Plane migration is typically around 24 months rather than 6 — the one-time transition cost is real and should be included honestly.
What Plane Does Better Than Jira
The cost savings from switching to Plane are the most obvious benefit, but several functional aspects of Plane genuinely outperform Jira rather than merely matching it.
The interface is the most immediate improvement most teams notice. Jira's UI has accumulated over two decades of feature additions and carries the complexity of each one. Navigating between a project's board, backlog, and roadmap in Jira requires learning a navigation structure that has changed multiple times and varies between classic and next-gen project types. Plane's navigation is consistent and flat — board, backlog, cycles, and modules are all top-level items accessible from the sidebar. New engineers onboard in hours rather than days.
Cycles are Plane's implementation of sprints, and they're simpler and more flexible than Jira's. A Jira sprint is tied to a specific board in a specific project. Plane cycles can be created across issues from multiple modules, they have a clear start and end date, and closing a cycle automatically rolls incomplete issues into the next cycle or back to the backlog with a single confirmation. The ceremony around Jira sprint planning — creating the sprint, populating it, starting it — is compressed into a cleaner workflow in Plane.
Modules serve the function of Jira's Epic structure but with more flexibility. A Plane module can group issues across any arbitrary criteria — a major feature, a customer deliverable, a technical refactoring effort — without requiring all those issues to live in the same project hierarchy. This cross-cutting grouping is something that Jira requires add-ons (like BigPicture) to accomplish cleanly.
Plane's Pages feature (built-in document editor within projects) is a capability Jira lacks entirely without the Confluence add-on. Engineering teams writing architecture decision records, runbooks, or sprint retrospectives in Confluence pay for that integration at significant extra cost. Plane Pages puts documentation adjacent to the issues it documents, within the same tool your team already uses for issue tracking. For teams evaluating a broader move away from Atlassian's suite, this eliminates one of the most common arguments for keeping Confluence.
The GitHub and GitLab integrations in Plane are as functional as Jira's, handling automatic issue transitions on PR merge and linking commits to issues. If your current Jira workflow relies heavily on GitHub integration, you won't lose that connection.
The Broader Project Management Landscape and When to Choose Alternatives
Plane is the most direct Jira replacement, but it's not the only open source project management option. Understanding where it sits in the broader landscape helps you confirm it's the right choice or identify a better fit.
For teams whose primary workflow is kanban rather than sprint-based agile, Vikunja is worth evaluating. It's a task management tool with kanban boards, Gantt charts, and list views — simpler than Plane but also lighter to operate. If your engineering team doesn't do formal sprints and primarily wants a shared board to track work in progress, Vikunja may be a better fit than Plane's more comprehensive feature set.
For teams who need portfolio management across many projects — tracking work at the program or product line level rather than the individual project level — Plane's roadmap and module features provide some of this capability but aren't as mature as dedicated portfolio tools. The best open source project management tools comparison for 2026 covers the full landscape including Plane, Vikunja, OpenProject, and Taiga, with specific guidance on which tools fit which organizational contexts.
For teams coming from Atlassian's broader ecosystem — Jira plus Confluence plus Bitbucket — the migration decision is more complex because you're not just replacing one tool but potentially three. In this case, the combined cost savings and the reduced vendor dependency are significant arguments for the full migration, but the scope of change requires careful planning and a longer transition period. Replacing Bitbucket with Gitea or Forgejo, Confluence with Outline, and Jira with Plane is a coherent migration strategy that eliminates Atlassian entirely — the how to migrate from Jira to Plane 2026 guide covers the Jira portion of this transition in detail.
See the full Jira vs Plane comparison on OSSAlt — features, workflows, and deployment options side by side.
See open source alternatives to Jira on OSSAlt.