OpenProject: A Real Alternative to Jira?

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TL;DR

• Atlassian is ending support for Jira Data Center in 2029 — reason enough to look for a data-sovereign alternative.
• OpenProject is open source (GPLv3), self-hostable or available as an EU cloud, and a serious Jira alternative.
• Strengths: hybrid project management (classical and agile in a single tool), better sprint planning, all features built into the core product instead of expensive Marketplace plugins.
• Weaknesses: no WIP limits for Kanban, less flexible workflows than Jira, more utilitarian UI.
• Bottom line: especially compelling on data sovereignty and predictable costs — best to try it yourself during the free 14-day trial.

This post is part of a series.

• Part 1: AI Features for Jira Data Center – No Atlassian Cloud Required
• Part 2: Nebu: Self-made sovereignty
• Part 3: OpenProject: A Real Alternative to Jira? (this post)

Inspired by the Digital Independence Day, which calls for practical recipes for digital sovereignty, we regularly share our own approaches to topics that matter to our clients - from now on, every first Sunday of the month.

I spent several weeks thoroughly testing OpenProject. To do that, I designed example scenarios that let me demonstrate the software’s capabilities. Following the approach of my colleague’s Jira article, I also cover how to use OpenProject alongside an AI model.

This article turned out long. I completely understand if you don’t want to read it from start to finish. But since not every section is equally relevant to everyone, I didn’t want to cut anything. The section you’d skip might be exactly the one you needed. Feel free to jump to whatever interests you most. At the end, I summarize my key takeaways in the conclusion. If you do read the whole thing: thank you for your time and attention.

As part of our Digital Independence Day article series, I set out to find a data-sovereign alternative to Jira. This article doesn’t compare OpenProject and Jira feature by feature. Instead, it answers a practical question:

If I want to replace Jira today - is OpenProject a viable alternative?

Getting to know OpenProject, I quickly realized the software doesn’t just hold its own. I started to suspect it might actually be better than Jira in some areas. But first, let me explain the criteria I used to evaluate it.

Different Perspectives on Jira

Jira means different things to different user groups, each with their own goals. I focused on two perspectives:

• The perspective of an agile development team: developers, product owners, Scrum masters, and so on.
• The perspective of a project manager, representing the organizational view.

The Agile Development Team’s Perspective

I’ve used Jira extensively across many client projects as a developer on agile software teams. Jira shaped my expectations of what project management software should do — something I only noticed when I had to use something else. From an agile standpoint, the following Jira features matter most to me:

A planning mode: When my team works with Scrum, I need a clear distinction between tickets in the current sprint and those still in the backlog. Tools that don’t make this distinction turn the backlog into just another board column, cluttered with too many tickets to navigate. Jira cleanly separates the backlog from the active sprint: during planning, you can pull tickets from the backlog into the sprint. I expect any viable Jira alternative to offer this same planning mode.

Work item types at different hierarchy levels: Some tasks are too large for a single sprint and need to be broken into subtasks worked on separately. In Jira, this typically happens through epics — a way to group related user stories under a common theme. You only realize how important this is once you no longer have it.

Support for multiple agile approaches: I don’t want my project management tool to dictate which agile methodology I can use. At minimum, I expect Scrum and Kanban support. Scrum support means the planning mode clearly separates backlog from sprint. Kanban support means I can define WIP limits per column, with visual feedback when I exceed the limit on any given column.

Criteria from the Organizational / Project Management Perspective

I’ve primarily experienced Jira from a developer’s perspective. But client work has shown me that Jira has features I never needed day-to-day that clearly matter to organizations. I’ve evaluated Jira alternatives through that organizational lens as well.

The needs I identified:

Multi-level project hierarchy: Strategic initiatives at the top-management level often span multiple business units, which means multiple parts of the organization contribute to shared goals. This practically requires a hierarchy: there needs to be a coordination layer where activities from different teams and projects can be tracked and steered. The actual work happens in specialized projects that ideally know as little about each other as possible. Ideally, the project management tool reflects this hierarchy, letting me define top-level tasks, break them into subtasks, and assign them to sub-projects.

A clear view of overall project status: Even when work is distributed across multiple sub-projects, project managers need an easy way to see the overall picture. At this level, the goal is to understand project status, not to micromanage execution in a waterfall fashion.

Legal compliance and digital sovereignty: This is what motivated the article. As a company, I want to stand on solid legal footing. In Germany, that means full GDPR compliance. Strategically, I also don’t want to become overly dependent on a single vendor — I want to be able to assess whether adopting a new project management tool leads me into a dead end I can’t easily escape.

These were the criteria I thought through before evaluating any tools. Some additional criteria emerged as I got to know specific products, particularly on the organizational side. The developer perspective was shaped primarily by my own hands-on experience.

Why I Focused on OpenProject

I started my search for a Jira alternative with online research. I looked at the options and compared them against my criteria. OpenProject caught my attention immediately, so I focused my investigation there and only briefly looked at other solutions. If you want more detail on the other candidates, see the appendix at the end of this article.

Three things stand out when you visit the OpenProject website:

• Data sovereignty and data security
• Support for classical, agile, and hybrid project management
• Strong references: Siemens, Deutsche Bahn, Fraunhofer, Greenpeace, The Linux Foundation, AMG, and other well-known customers

Data Sovereignty

OpenProject is open source. You can self-host it or opt for a managed cloud version. What makes the cloud option especially attractive: you choose your cloud provider. Options include AWS Europe and Scaleway, a French provider. The pricing is also compelling. Cloud and self-hosted licenses cost the same, so choosing the cloud saves administration overhead without costing more.

I won’t compare the two deployment options in depth here. The key point is that OpenProject gives you options. That strengthens your data sovereignty: you decide how much control you retain over operations and data.

Classical, Agile, and Hybrid Project Management

OpenProject bridges the development team and organizational perspectives. Teams pick their preferred agile methodology and work independently within it. Management can simultaneously plan the project framework using a classical waterfall approach while keeping an overview of the overall project. We’ll dig into this in detail later.

Notable Reference Customers and Stakeholders

The reference customers show that even very large organizations have chosen OpenProject. Beyond that, OpenProject is a module of openDesk. A sovereign office and collaboration suite for public administration, assembled and maintained by ZenDiS (the Center for Digital Sovereignty of Public Administration), wholly owned by the Federal Republic of Germany.

The references and the ZenDiS connection signal that many influential stakeholders have a long-term interest in keeping OpenProject viable. That makes a bet on OpenProject comparatively safe. A full customer list is available here.

OpenProject in Detail

Now let’s take a closer look at OpenProject.

Licensing Model

Anyone who wants to evaluate OpenProject can do so through a 14-day free trial that includes all enterprise features. The enterprise plans are:

• Basic
• Professional
• Premium
• Corporate

They differ in three ways:

• features included
• minimum number of users
• support level

The Community Edition is licensed under the GNU General Public License v3, keeping OpenProject permanently open source.

Key Enterprise Features

Enterprise features are unlocked via an enterprise token, which administrators receive when they purchase a license. OpenProject validates the token cryptographically and then activates the purchased features.

The Community Edition gets you surprisingly far unless you need robust agile tooling. In practice, most teams want Action Boards, which are included in every enterprise tier. Single sign-on is another common requirement; OpenID Connect and SAML/SCIM support are available from the Professional tier upward.

The pricing page on the OpenProject website isn’t particularly clear, though. It’s hard to tell which tier includes which features, and Action Boards are missing from the comparison table entirely. The in-product experience handles this better: when you’re on the Community Edition, unavailable features clearly tell you which tier unlocks them.

For professional use, an enterprise license is almost always necessary.

Cloud vs. On-Premises

Cloud and on-premises tiers offer the same features at the same price. The main difference is the minimum user count: the cloud Basic tier starts at five users; on-premises requires at least 25 user licenses. OpenProject also offers a paid add-on for construction project management, which I haven’t covered here.

No Marketplace Apps

One thing I appreciate: all features are part of the core product. In Jira, additional capabilities come via Marketplace apps, adding cost and frequently raising data privacy concerns, since third-party vendors gain access to your Jira data. OpenProject’s all-in-one approach means more predictable long-term license costs.

Cost Comparison

Jira Premium is priced at $14.54 per user per month (roughly €13.60). OpenProject Professional comes in at €10.95 per user per month, both cloud pricing. The gap widens significantly for Jira Data Center, which has a 500-user minimum. For this article, I’m assuming around 100 users, which is the typical project size in my experience. Under these conditions, Jira is noticeably more expensive than OpenProject. You can calculate licensing costs for your own organization here.

Hybrid Project Management in OpenProject

I didn’t encounter hybrid project management until I started working with OpenProject, so let me briefly explain the concept.

What is hybrid project management? It rests on two pillars:

• agile
• classical, i.e. waterfall

It draws a clear line between the strategic and operational levels of project management.

Strategic-level planning: High-level framing happens classically. Senior management defines what should be delivered within a large, cross-team project. Rough work packages are defined along with their deadlines, setting clear expectations that teams can orient themselves around.

Operational team-level planning: Teams receive the high-level work packages from the strategic layer and break them down into actionable tasks. From there, they plan execution agilely, deciding themselves what to tackle in which sprint. Since they understand management’s expectations, they can factor those into their own planning.

Tracking goals at the team level: Teams set their own sprint goals during sprint planning and keep them in view through their daily standups and regular work.

Tracking goals at the strategic level: Because management has set deadlines based on high-level work packages, it wants to stay informed about progress against those packages. In the worst case, teams have to write status reports. Ideally, the project management tool maps team-level activity back to the strategic work packages automatically — no extra effort required from individual teams.

How does OpenProject support hybrid project management? I’ll walk you through setting up hybrid project management in OpenProject step by step, using typical scenarios. Your own requirements may differ — but you’ll see whether and how you could adapt them.

OpenProject Handles Project and Work Package Hierarchies with Remarkable Flexibility

In theory, you can nest projects and work packages as deeply as you like in OpenProject. In practice, you should think through what structure makes sense for your context. For my example, I use a parent project with two sub-projects: simple enough to stay clear, but rich enough to illustrate the key features. The top-level project represents the strategic planning layer; the two sub-projects represent operational team-level work.

Sub-projects can be further subdivided and extended with additional levels as needed.

Planning an Initiative

In my example, I create a cross-project initiative at the strategic planning level, then create two epics for the sub-projects, and finally add a milestone to keep a key overall project deadline in view.

I then assign the epics to the respective sub-projects. The screenshot below shows the work package view in Sub-project 1, where the epic has already been broken into five user stories.

Executing Work in Project Teams

Inside a sub-project, you can hide the parent project context and focus on your team’s scope. The screenshot below shows the board for the Sub-project 1 team. I’ll explain how OpenProject supports agile work in more detail below.

Project-Level Overview

At the top-level project, you can display a Gantt chart spanning the entire project. The view is also available in sub-projects, but since strategic control happens at the top level, I’ll focus on that view here.

For the Gantt chart to be meaningful, teams in sub-projects need to keep their work packages well-maintained — particularly predecessor/successor relationships and start and end dates at the lowest level.

If you set work packages at higher hierarchy levels to “Automatic Scheduling,” OpenProject propagates changes from lower levels upward automatically. When a date shifts at the bottom, the parent date updates as well.

In my example, the milestone is defined as a successor of the epics. When an epic’s end date changes, OpenProject automatically moves the milestone along with it.

My Take on Hybrid Project Management in OpenProject

I’ve never personally worked on a project that was visibly managed in a hybrid way. What I did experience were teams working agilely while management imposed fixed deadlines. In those situations, a project setup like the one I’ve described here would have added real transparency and mutual understanding.

I can only evaluate what I experienced building my example scenario. What impressed me most is how flexibly OpenProject lets you define hierarchies for projects and work packages.

That said, generating meaningful Gantt charts at the team level quickly pulls you away from true agile practice. Work package relationships must mirror reality, and start and end dates need to be maintained. One feature I missed: automatically inheriting start and end dates from the sprint a work package belongs to. It would also help to make active sprints directly visible in the Gantt chart.

On balance, I find the approach convincing: teams can work agilely while project management keeps an overview — no status reports needed.

Agile Project Management in OpenProject

Agile development teams care about one question above all: how does OpenProject support their day-to-day work?

I focus on Scrum and Kanban, the same two frameworks Jira centers on. I’ll start with Scrum. Kanban comes up along the way, though in my view OpenProject has built out more features for Scrum than for Kanban.

How OpenProject Supports Sprint Planning

Work items are created in the Work Packages module, where teams describe tasks, break them into subtasks, and manage dependencies between work packages.

The actual planning happens in the Backlogs module. OpenProject has significantly expanded this area in recent versions. It used to manage mostly generic version assignments; today, OpenProject understands sprints as properly defined containers for tickets. Teams assign start and end dates to each sprint. Once a sprint kicks off, OpenProject automatically generates a board with all tickets for that sprint and displays a live burndown chart.

The screenshot shows OpenProject’s planning mode. On the left, all open tickets not yet assigned to a sprint sit in the backlog. On the right, the created sprints appear, with story point totals shown in the header.

What I especially like is showing the backlog and sprints side by side, each scrolling independently. That gives a much clearer view than Jira, which stacks both areas vertically and makes it easy to lose your place while scrolling.

Creating new work packages on the fly during planning is also possible, though a bit buried. It lives in the three-dot menu in the sprint header.

Types of Boards

Once planning is done, the question becomes how OpenProject supports team collaboration. There are several board types worth knowing about.

There are two fundamental board types:

• Basic Boards are part of the Community Edition. They’re functional, but limited: you have to populate them manually. Every ticket that should appear on the board must be added individually. Tickets don’t appear automatically just because they belong to a sprint. Likewise, moving a ticket to another column doesn’t update any of its fields. Dragging a ticket to an “In Progress” column doesn’t change its status. You’d still have to update the status separately by hand.

• Action Boards behave the way most Jira users would expect: tickets appear on the board automatically based on sprint membership and board filters, and moving a ticket updates the corresponding fields. I was initially disappointed to find that Action Boards require an enterprise license. But I’ve come around on this: they’re a compelling reason to invest in an enterprise tier, and that investment is precisely what ensures OpenProject has a long-term future and remains a safe bet for its customers.

Types of Action Boards:

OpenProject offers a range of Action Boards that address common scenarios directly and clearly — things that used to require clicking through many different pages in Jira. I’m not sure whether Jira has comparable solutions.

Here’s a quick overview of the Action Boards OpenProject offers:

• The Kanban Board is the equivalent of Jira’s classic board, with columns organized by status. It’s well-suited for day-to-day agile software development and serves as the primary board even in Scrum teams. One notable gap: there are no WIP limits. Limiting work in progress is a core principle of Kanban, and without it, teams can lose track quickly and bottlenecks go unnoticed longer.
• The Assignee Board organizes tickets by team member. It gives an instant read on workload: who’s overloaded, who has capacity?
• The Version Board has one column per product version. It helps product owners build release plans and assign features to target software releases.
• The Subproject Board is similar to the Assignee Board, but columns are organized by sub-project rather than person. It answers the question: which team is working on what? Since sub-projects have a functional focus and tickets can’t be freely reassigned between them, this board is less about capacity management and more about visibility.
• The Parent-Child Board reflects parent work packages as columns. It helps create project structure plans or a work breakdown structure (WBS) — you can quickly see whether subtasks are assigned to the right packages and rearrange as needed.

Does OpenProject Support Scaled Agile Frameworks?

I’m not deeply familiar with scaled agile frameworks, so I won’t claim to offer an authoritative assessment here. That said, OpenProject’s ability to nest projects within each other provides a lot of flexibility for representing complex organizational structures. Two features I haven’t mentioned yet are also relevant in this context.

Shared sprints:

To synchronize sprints across multiple projects, you can create a shared sprint at the parent project level. It becomes visible in all sub-projects it’s shared with. Only the time window is shared — each team still decides what goes into its own sprint. The shared sprint is started and stopped at the parent project level.

Roadmaps and versions:

Since OpenProject introduced proper sprint containers, version management has become a little harder to find — it’s tucked away in each project’s settings. Once you’ve set up a first version, the Roadmap module becomes available. In my example, I created versions at the parent project level and shared them with the sub-projects. In SAFe, for instance, this could represent a Program Increment. Versions can be assigned start and end dates.

My Take on Agile Project Management in OpenProject

Overall, I think agile project management in OpenProject is solid. My initial disappointment, that the Basic Board barely gets you anywhere, faded once I understood the licensing model. Anyone planning to use OpenProject productively needs at least the Basic Enterprise license. With Action Boards unlocked, meaningful agile work becomes possible.

The UI doesn’t feel particularly modern to me, not because of any individual feature, but because of the overall impression.

The planning mode, on the other hand, is a genuine strength: backlog and sprint sit side by side, each independently scrollable, making ticket management easier than in Jira.

My real gripe is the missing WIP limits per column. Without them, OpenProject’s Kanban support falls short in my view. Scrum-focused teams probably won’t care — but here, Jira still has the edge for me.

On scaled agile frameworks: I can’t offer a solid judgment. I know Jira’s relevant features too little to compare them fairly. What I have shown is what OpenProject can do. I hope that’s enough for you to form your own view.

Classical Project Management in OpenProject

I haven’t looked at OpenProject specifically through a classical project management lens. Waterfall-style projects have long since disappeared from my day-to-day work. Even so, several classical PM features have already come up:

• Work packages can be ordered in a logical sequence.
• Work packages can have start and end dates.
• Milestones can be created independently and placed in sequence.
• Projects and work packages can be hierarchically nested.
• Cross-project Gantt charts are available.

A few additional features fall into the classical PM category, though they’re useful in agile contexts too. I haven’t tested these in depth — the following descriptions are based on the official documentation.

Budget Planning and Tracking

OpenProject supports project budgets that cover both planned labor costs and material costs such as supplies or travel. The system calculates labor costs based on users' configured hourly rates. Teams can define custom cost types with their own units and rates for material expenses.

Time Tracking and Cost Control

Work packages can be assigned to a budget. Time and material costs booked against those work packages are automatically applied to the budget. Budget overviews and project widgets provide a live planned-vs-actual comparison and remaining budget at any time.

Change Tracking with Baseline

OpenProject doesn’t offer a classical baseline function like Microsoft Project — there’s no frozen project plan snapshot. Instead, the baseline feature compares table views of work packages against an earlier state, such as yesterday, last week, or a specific date.

The system highlights changed, added, and removed work packages, displaying old and new values side by side. A Gantt chart representation isn’t available yet. Except for comparisons with the previous day, the baseline feature requires an enterprise license.

Teaching an AI to Talk to OpenProject

Using AI with OpenProject works the same way as in the Jira scenario: through an MCP server (Model Context Protocol). Several options are available.

OpenProject’s Built-In MCP Server

With an enterprise license, you can use the MCP server built directly into OpenProject. At present it supports only read operations — no writes yet. That’s enough for scenarios like asking a coding agent to implement a specific ticket. In my tests with Claude Code, this combination worked seamlessly.

A Wide Range of Open-Source MCP Servers

If you want to use AI to automatically create work packages from meeting notes, you need an MCP server that also supports write operations. A quick search turns up many solid options. There are fundamentally two ways clients can communicate with MCP servers:

• Standard I/O (stdio): The client starts the MCP server locally and communicates with it directly via the command line.
• Network server / HTTP: The MCP server runs remotely on the network, and clients communicate with it via HTTP.

The stdio approach has the advantage that the MCP server runs with the user’s personal API token — meaning it has exactly the same privileges as that user and cannot exceed them. The downside: everyone needs to install their own local instance, which can be a problem in some environments.

That’s why I’d recommend the open-source MCP server tmskln/spring-openproject-mcp-server. It forwards the user’s API token to the OpenProject API, ensuring that user privilege boundaries are respected — while still allowing a single central server instance for everyone. For a concrete walkthrough of using OpenProject with a local AI model in LM Studio, refer to my colleague Nicolas Inden’s article. The setup transfers directly to OpenProject.

More Useful OpenProject Features

Wiki and Documents

OpenProject includes a built-in wiki. It doesn’t replace Confluence — each wiki is scoped to a specific project, so it’s best suited for project-specific documentation. Somewhat confusingly, OpenProject also has a separate Documents module, which lets you create items of different document types: Proposal, Idea, Specification, Documentation, and so on.

I’d use the wiki when:

• multiple people are collaborating on content,
• the documentation has a hierarchical structure,
• pages cross-reference each other,
• you prefer writing in Markdown.

Every wiki page is stored internally as Markdown, and you can toggle between Markdown and WYSIWYG editing at any time. The wiki runs on CKEditor 5; the Documents module uses BlockNote, which currently lacks a Markdown mode.

Once a document is finished, you can technically move it into the Documents module — but OpenProject doesn’t offer a graceful way to do it. Your options are exporting the wiki page as a PDF and importing it as an attachment, or copying and pasting the content.

Since OpenProject 17.0, documents support real-time collaboration which is a feature I would have expected in the wiki. The likely reason is that BlockNote’s technical foundation enables it. Conceptually, though, it blurs the line between wiki and documents further. It may signal that OpenProject intends the Documents module to eventually replace the wiki, but that’s speculation on my part. What’s clear is that the two currently overlap in ways that make their respective roles hard to distinguish.

Meeting Management

The Meetings module is particularly useful when you want to tie meetings directly to work packages. You can build an agenda from work packages or from standalone agenda items.

When you use work packages as agenda items, results are captured directly in those packages and progress can be tracked afterward. With standalone agenda items, notes are saved in the item itself — but they’re hard to find later, since you’d need to reopen the meeting to see them.

The more practical approach is to create a new work package directly from an agenda item, or update an existing one on the spot.

The invitation feature is also handy: you can send meeting invitations directly to all attendees from within the module, saving several manual steps.

GitLab and GitHub Integration

OpenProject can display GitLab or GitHub activity in the activity tab of the linked work package.

I only tested the GitLab integration and it worked reliably.

Nextcloud Integration

OpenProject integrates closely with Nextcloud. I didn’t test it myself, but it’s well documented on the OpenProject website. The integration works in both directions: you can link work packages to files in Nextcloud and view a work package overview from within Nextcloud.

Creating Work Packages via Email

Work packages can be created by email. You can also reply to work package notifications, and OpenProject automatically adds your reply as a comment on the relevant work package — a real convenience for communication.

Jira Migrator

The OpenProject team provides a dedicated migration tool for bringing existing Jira projects into OpenProject: the Jira Migrator. I didn’t get a chance to test it, but full documentation of its features is available here.

Appendix: What Other Candidates Did I Look At?

At the start of my search for data-sovereign Jira alternatives, I surveyed the landscape through online research and conversations with my preferred AI model. Here’s a brief look at the candidates I considered and ruled out.

GitLab

We already run an internal GitLab instance, and GitLab does support issue tracking, so it was a natural first candidate. What ruled it out: epics are a GitLab Premium feature, currently priced at $29 per user per month. That’s considerably more than competing tools, so GitLab dropped off my list.

Taiga

Taiga is an open-source project focused on agile project management. The look and feel didn’t appeal to me, and one specific behavior threw me off: you can’t move user stories on the Scrum board. Stories stay in the left column; you move subtasks instead. For a small project where you want something license-free you can self-host, Taiga is worth a closer look — there’s also a paid cloud option. That said, Taiga assumes a flat project hierarchy, which is another point where it diverged from my requirements.

Plane

Plane is also open source and self-hostable, with cloud options available. It appealed to me strongly on UX grounds — everything feels clean, organized, and easy to navigate; I could find my way around quickly. For a self-hosted agile project management tool, Plane would be my first choice. As a Jira replacement, I set it aside because it’s still a relatively young project — only three years old, compared to OpenProject’s origins in 2012. Although Plane supports project hierarchies too, OpenProject felt like the more mature product with better long-term investment security. That said, Plane is definitely worth a second look if OpenProject doesn’t suit you.

Summary and Conclusion

So, is OpenProject better than Jira? The question is a bit of a trap. Both tools solve similar problems in different ways. What matters is what your organization values. Even after spending intensive time with OpenProject, I keep discovering new ways to model project scenarios.

After a month of serious use, my verdict is clear: OpenProject is a genuine Jira alternative — especially where data sovereignty, predictable costs, and European infrastructure matter most.

Where OpenProject Has the Edge

Data sovereignty: OpenProject is open source under GPLv3. You self-host it or use an EU cloud via Scaleway. There’s no marketplace with uncontrolled third-party data flows.

Hybrid project management without switching tools: Strategic planning with Gantt charts and operational team work with backlogs and Action Boards all run in one application. With Atlassian, you typically need Jira, Advanced Roadmaps, and additional Marketplace plugins to get there.

Better sprint planning: OpenProject shows the backlog and sprint side by side, scrolling independently. It sounds like a small thing — but it solves a concrete daily problem that Jira still hasn’t addressed elegantly.

More features in the core product: From the Professional tier up, the enterprise license includes all essential functionality. No extra plugins required. That saves money and avoids the typical headaches of a plugin ecosystem:

• escalating plugin costs
• data privacy concerns with third-party apps
• version conflicts between the core product and extensions

Where Jira Still Has the Edge

Kanban: OpenProject doesn’t support WIP limits. For teams that practice Kanban seriously, that’s a genuine drawback. Limiting work in progress is a fundamental principle of the methodology.

Workflow and view customization: Jira’s workflow editor and JQL set the standard. OpenProject is catching up, but isn’t there yet. Anyone running complex Jira workflows should carefully assess what would be missing before migrating.

UI and UX: OpenProject is functional and understated. Jira Cloud looks more modern and polished. That’s a matter of taste, but taste affects daily team life.

My Personal Conclusion

For me, OpenProject is currently the most compelling data-sovereign alternative to Jira. Not better in every dimension but stronger in exactly the areas that matter right now and are likely to matter even more going forward: sovereignty and predictable costs.

I was genuinely surprised to discover that such a strong open-source product comes from Germany, and that I hadn’t heard of it before. What convinced me most is OpenProject’s flexibility: you can map out very different organizational and project hierarchies, and mix approaches from multiple project management models. That also means I can’t offer a one-size-fits-all judgment. My recommendation: use the 14-day trial and test your actual use case.

OpenProject is powerful software, and unlocking its full potential takes some ramp-up time. If you have experience with OpenProject and would like to share it, feel free to drop me an email: [email protected]. And if you spot any factual errors in this article, I’d be grateful for a quick note as well.