Best Open Source Atlassian Alternatives After Price Hike

TL;DR

Atlassian has steadily raised prices and announced the end of Jira Data Center self-hosting support by 2029. Cloud-only pricing can run $20,000–100,000+/year for large teams. The leading open-source replacements — Plane for Jira, GitLab for Bitbucket + CI/CD, XWiki for Confluence, and OpenProject for project management — handle the vast majority of what Atlassian sells at zero licensing cost. Most self-host cleanly on Docker Compose.

Key Takeaways

Atlassian price reality: Jira Cloud Standard is $8.15/user/month — 500 users = $48,900/year
Jira Data Center end-of-life: Atlassian discontinuing support by 2029 — forced migration pressure
Plane: 30K+ GitHub stars — open-source Jira alternative with modern UI, free self-host
GitLab CE: 23K+ GitHub stars — replaces Bitbucket + Jira Issues + CI/CD in one platform
OpenProject + XWiki: Official partnership offering the combined Jira + Confluence replacement
Huly: 18K+ GitHub stars — replaces Linear/Jira/Slack/Notion in one platform
All tools: Free to self-host, active maintenance, Docker Compose installs

The Atlassian Price Problem

Atlassian Cloud pricing (2026):
  Jira Software Standard:     $8.15/user/month
  Confluence Standard:        $5.75/user/month
  Bitbucket Standard:         $3.00/user/month
  Combined suite (50 users):  $849.50/month = $10,194/year
  Combined suite (500 users): $8,495/month = $101,940/year

Additional costs:
  Jira Service Management (ITSM): $19.04/user/month
  Premium tiers: 2-3x Standard pricing
  Marketplace apps: $2-10/user/month each

The forced migration from Data Center to Cloud removes the self-hosting cost advantage that many enterprises relied on. The open-source ecosystem has matured enough to provide credible alternatives.

Jira Alternative: Plane

GitHub Stars: 30,000+ | License: AGPL-3.0 | Self-host: ✅

Plane is the leading open-source Jira alternative with a modern UI that doesn't carry Jira's legacy complexity. It covers issues, sprints, cycles (epics), modules (features), pages (docs), and analytics.

Plane feature coverage vs. Jira:
  Issue tracking:         ✅
  Sprints:                ✅ (Cycles)
  Epics:                  ✅ (Modules)
  Kanban board:           ✅
  Gantt chart:            ✅
  Custom workflows:       ✅
  Custom fields:          ✅
  Sub-issues:             ✅
  Priority/labels:        ✅
  GitHub integration:     ✅
  Automation rules:       ✅ (growing)
  Service management:     ❌ (use OpenProject)
  ScriptRunner:           ❌ (Jira-specific)

Self-Host Plane

# Clone the repository
git clone https://github.com/makeplane/plane.git
cd plane

# Copy environment configuration
cp .env.example .env

# Edit .env with your configuration:
# - SECRET_KEY (generate a secure random string)
# - WEB_URL (your domain)
# - Email/SMTP settings
# - Storage settings (local or S3)

# Start with Docker Compose
docker compose -f docker-compose.yml up -d

# Plane UI available at http://localhost (port 80)

# Simplified docker-compose.yml structure:
version: "3.8"
services:
  web:
    image: makeplane/plane-frontend:stable
    ports:
      - "3000:3000"

  api:
    image: makeplane/plane-backend:stable
    environment:
      - SECRET_KEY=${SECRET_KEY}
      - DATABASE_URL=postgresql://plane:${POSTGRES_PASSWORD}@plane-db/plane
      - REDIS_URL=redis://plane-redis:6379/0
    depends_on:
      - plane-db
      - plane-redis

  plane-db:
    image: postgres:15
    volumes:
      - pgdata:/var/lib/postgresql/data

  plane-redis:
    image: redis:6-alpine

  nginx:
    image: nginx:alpine
    ports:
      - "80:80"
    volumes:
      - ./nginx.conf:/etc/nginx/nginx.conf

Plane Pricing (Cloud)

Self-hosted: Free (all features, AGPL)
Plane Cloud Free: Unlimited members, 5 projects
Plane Cloud Pro: $8/member/month
Plane Enterprise: Custom

Bitbucket Alternative: GitLab Community Edition

GitHub Stars: 23,000+ | License: MIT (CE) | Self-host: ✅

GitLab Community Edition replaces Bitbucket entirely and adds built-in CI/CD, issue tracking, code review, and a container registry — things you'd need separate Atlassian products for.

GitLab CE vs. Atlassian suite:
  Git hosting:                   ✅ (replaces Bitbucket)
  Merge requests/code review:    ✅
  CI/CD pipelines:               ✅ (replaces Bamboo)
  Issue tracking:                ✅ (replaces Jira basic)
  Kanban/Scrum boards:           ✅
  Wiki/documentation:            ✅ (basic Confluence replacement)
  Container registry:            ✅
  Package registry:              ✅
  Kubernetes integration:        ✅
  Security scanning:             ✅ (SAST, DAST, dependency)
  Enterprise SAML/LDAP:         ✅ CE includes

Self-Host GitLab CE

# Option 1: Official Linux package installer
curl https://packages.gitlab.com/install/repositories/gitlab/gitlab-ce/script.deb.sh | sudo bash
sudo EXTERNAL_URL="https://gitlab.yourdomain.com" apt-get install gitlab-ce

# Option 2: Docker Compose

# docker-compose.yml — GitLab CE
version: "3.6"
services:
  gitlab:
    image: gitlab/gitlab-ce:latest
    hostname: gitlab.yourdomain.com
    environment:
      GITLAB_OMNIBUS_CONFIG: |
        external_url 'https://gitlab.yourdomain.com'
        letsencrypt['enable'] = true
        letsencrypt['contact_emails'] = ['admin@yourdomain.com']
        gitlab_rails['time_zone'] = 'UTC'
        # Email configuration
        gitlab_rails['smtp_enable'] = true
        gitlab_rails['smtp_address'] = "smtp.yourdomain.com"
        gitlab_rails['smtp_port'] = 587
        # Reduce memory usage for smaller servers:
        puma['worker_processes'] = 2
        sidekiq['max_concurrency'] = 10
    ports:
      - "80:80"
      - "443:443"
      - "22:22"
    volumes:
      - gitlab_config:/etc/gitlab
      - gitlab_logs:/var/log/gitlab
      - gitlab_data:/var/opt/gitlab
    restart: unless-stopped

volumes:
  gitlab_config:
  gitlab_logs:
  gitlab_data:

Memory requirements: GitLab CE needs at least 4GB RAM (8GB recommended). It's the most resource-intensive option in this guide.

Confluence Alternative: XWiki

GitHub Stars: 1K+ | License: LGPL 2.1 | Self-host: ✅

XWiki is the most capable open-source Confluence alternative. It's structured wiki software with rich page editing, space management, macros, and an extension marketplace.

# docker-compose.yml — XWiki
version: "2"
services:
  web:
    image: xwiki:lts-postgres-tomcat
    depends_on:
      - db
    ports:
      - "8080:8080"
    environment:
      DB_USER: xwiki
      DB_PASSWORD: xwiki
      DB_HOST: db
    volumes:
      - xwiki_data:/usr/local/xwiki

  db:
    image: postgres:15
    environment:
      POSTGRES_USER: xwiki
      POSTGRES_PASSWORD: xwiki
      POSTGRES_DB: xwiki
    volumes:
      - postgres_data:/var/lib/postgresql/data

volumes:
  xwiki_data:
  postgres_data:

All-in-One: OpenProject (Jira + Confluence)

GitHub Stars: 9K+ | License: GPL v3 | Self-host: ✅

OpenProject and XWiki formed an official partnership in 2025, offering a combined alternative to the full Atlassian stack. OpenProject handles project management and issue tracking; XWiki handles documentation.

# Official OpenProject one-line installer
bash <(curl -L https://packages.openproject.org/install.sh)

# docker-compose.yml — OpenProject
version: "3.7"
services:
  db:
    image: postgres:15
    environment:
      POSTGRES_PASSWORD: openproject
      POSTGRES_USER: openproject
      POSTGRES_DB: openproject
    volumes:
      - pgdata:/var/lib/postgresql/data

  openproject:
    image: openproject/openproject:14
    depends_on:
      - db
    environment:
      OPENPROJECT_HOST__NAME: openproject.yourdomain.com
      OPENPROJECT_HTTPS: "true"
      DATABASE_URL: postgresql://openproject:openproject@db/openproject
      SECRET_KEY_BASE: your-secret-key-here
    ports:
      - "8080:80"
    volumes:
      - opdata:/var/openproject/assets

volumes:
  pgdata:
  opdata:

Huly: The Modern All-in-One

GitHub Stars: 18,000+ | License: Eclipse Public License 2.0 | Self-host: ✅

Huly replaces Linear, Jira, Slack, Notion, and Motion in one platform. It's built on a real-time collaborative architecture (similar to how Figma works) and has the most modern UI of anything in this list.

# Self-host Huly with Docker Compose
git clone https://github.com/hcengineering/huly-selfhost.git
cd huly-selfhost
cp .env.template .env
# Edit .env with your domain and configuration
docker compose up -d

Huly's key features beyond basic project management: built-in video office, AI meeting transcription, CRM module, and GitHub bi-directional sync. For teams that want to reduce their SaaS stack significantly, it's the most ambitious alternative.

Migration Path from Atlassian

Step 1: Audit your actual Atlassian usage
  - Which Jira projects are actively used?
  - Which Confluence spaces are read vs. written?
  - Which Bitbucket repos are active?

Step 2: Export your data
  - Jira: Admin → System → Backup → Create backup
  - Confluence: Admin → Backup → Export spaces
  - Bitbucket: Clone repositories via git

Step 3: Import to chosen tools
  - Plane: Import from CSV/Jira export
  - GitLab: Import repositories + issues
  - XWiki: Import via XML migration tool

Step 4: Run parallel for 30 days
  - Keep Atlassian active during transition
  - Move teams gradually (one project at a time)
  - Decommission after full migration

Tool Selection Guide

Use Case	Recommended Tool	Notes
Jira replacement (modern)	Plane	Best UX, most active development
Jira replacement (feature-complete)	OpenProject	More Jira-like, enterprise features
Bitbucket + CI/CD replacement	GitLab CE	Most complete DevOps platform
Confluence replacement	XWiki	Most capable wiki, mature
Full Atlassian stack replacement	OpenProject + XWiki + GitLab	Covers 95% of Atlassian use cases
All-in-one (modern)	Huly	Bold choice, replaces Jira + Slack + Notion

The Real Cost Comparison at Scale

Understanding what the savings actually look like for a 100-person engineering organization makes the migration calculus concrete. At 100 users, Jira Cloud Standard costs $9,780/year (at $8.15/user/month). Add Confluence Standard at $5.75/user/month and Bitbucket Standard at $3.00/user/month and the combined annual spend hits $20,220. That is before Jira Service Management for the IT and support team, before marketplace apps, and before Premium tier upgrades that many teams eventually purchase for advanced roadmap and dependency features.

The self-hosted alternative stack — Plane, GitLab CE, and XWiki on a dedicated server — requires approximately $80–120/month in infrastructure for 100 users (a 4-core, 16 GB RAM server for GitLab CE, and a 2-core, 4 GB RAM server for Plane and XWiki). Annual infrastructure cost: roughly $1,200–1,440. Even accounting for 2 hours per month of DevOps time to maintain the stack at $100/hour loaded, the self-hosted total is under $3,800/year. Against the $20,220 Atlassian bill, that is a saving of over $16,000 per year.

The savings compound as the team grows. At 500 users, Atlassian's combined suite costs over $100,000/year. The self-hosted infrastructure scales to a larger server ($200/month) and more maintenance time but does not scale per-user. The economic argument for self-hosting becomes overwhelming at that scale.

Migrating Jira Issues: The Practical Steps

Jira's data export capabilities are better than most people expect. The XML backup (Admin → System → Backup → Create backup) captures all projects, issues, comments, attachments, and custom field values. Plane, OpenProject, and GitLab can all import from this format — with varying degrees of field mapping fidelity.

The most important pre-migration step is auditing your Jira project structure. Most organizations accumulate Jira debt — projects that are no longer actively used, custom fields that were created for one team and then abandoned, workflows that nobody remembers configuring. Before migrating, archive or delete inactive projects, remove unused custom fields, and document the workflows your teams actually use. This audit makes the migration faster and results in a cleaner installation in the destination tool.

Custom workflows — the state machines with custom statuses and transition rules — are where Jira migrations get complex. Tools like Plane support custom statuses but have a simpler transition model than Jira's scriptable workflow engine. Review your most-used workflows and decide upfront whether to replicate them exactly (complex), simplify them to a standard open/in-progress/done model (fast), or redesign them for the new tool's model (most effective). Teams that try to replicate complex Jira workflows exactly often find they are perpetuating accumulated complexity rather than taking the migration as an opportunity to simplify.

For teams migrating from Confluence specifically, the full migration guide to BookStack covers the content migration workflow in detail, including how to handle Confluence macros that have no direct equivalent in any open source wiki. Most teams find the BookStack migration easier than the Jira migration because documentation content is more portable than structured project data.

Authentication and Identity Management Across the Stack

Running multiple tools — Plane, GitLab, and XWiki — means managing authentication across three separate systems unless you centralize identity. Setting up a self-hosted identity provider early in the migration pays dividends immediately and avoids the pain of retrofitting SSO onto a running system.

For teams replacing the full Atlassian stack, a self-hosted identity provider like Keycloak or Authentik provides SSO across all three tools. Users log in once and access all applications without separate credentials. When a team member is offboarded, deactivating their account in Keycloak revokes access to all connected applications simultaneously. This is especially important for GitLab, which holds code — you do not want former employees retaining repository access because someone forgot to remove them from GitLab specifically.

Plane supports OIDC natively. GitLab CE includes SAML and OIDC support. XWiki has an OIDC Authenticator extension in its extension marketplace. All three can be connected to a single Keycloak realm or Authentik provider. Our Keycloak vs Authentik comparison covers which identity provider is the better fit for teams at different scales — Keycloak is more feature-complete and enterprise-focused, while Authentik is easier to operate and has a friendlier admin UI.

Groups and roles in the identity provider can map directly to permissions in each application. Developers in the Engineering group get developer access to GitLab projects and Plane workspaces automatically. Project managers in the PMO group get Plane access but read-only GitLab access. This role mapping is configured once in the identity provider and flows through to all connected applications via OIDC claims, eliminating manual access management as the team grows.

Making the Business Case Internally

The economics are clear, but getting organizational buy-in for a migration away from Atlassian tools requires framing the argument in terms decision-makers understand. "It is open source and cheaper" is not a complete argument for a CFO or engineering director who has approved Atlassian spending for years.

The most effective internal argument combines three elements: cost reduction, reduced vendor dependency risk, and improved team autonomy. The cost reduction is the easiest part — a spreadsheet showing current Atlassian spend at current team size, projected spend at planned team size in 18 months, and the self-hosted alternative costs is concrete and hard to argue with. At 100 engineers, the number is typically $15,000–20,000 per year. At 300 engineers, it approaches $60,000 per year.

The vendor dependency risk argument addresses a real concern that Atlassian itself handed teams by announcing the Data Center end-of-life by 2029. Any organization still on Data Center is already facing a forced migration — the question is not whether to migrate but where to migrate to. Framing the self-hosted alternative evaluation as the response to Atlassian's own forcing function is more compelling than framing it as a cost-cutting initiative.

Team autonomy is the softer argument but often resonates with engineering leadership. Self-hosted tools can be customized, extended via APIs, and integrated with internal systems in ways that SaaS products constrain. When your deployment pipeline needs a bi-directional integration with your internal issue tracker, or when you want to build a custom dashboard that aggregates data from multiple tools, self-hosted tools give you the access to build it. Atlassian's marketplace model means every custom integration has to be a marketplace app with its own license cost.

For teams that have already done the Jira migration, our guide on how much you save switching from Jira to Plane provides a detailed cost comparison framework you can adapt for your own organization's numbers. The methodology covers total cost of ownership including infrastructure, maintenance time, and productivity impact — the inputs that turn a rough estimate into a credible business case.

Evaluating Marketplace App Dependencies Before Migrating

One of the most underestimated migration risks is Atlassian Marketplace app dependencies. Many organizations have built workflows that depend on marketplace apps — portfolio management tools, time tracking integrations, automated testing plugins, or custom reporting. These apps have no equivalents in the open source ecosystem, and migrating away from them requires either building replacements or changing workflows.

Before committing to a migration timeline, audit every Marketplace app in your current Jira and Confluence instances. Document which teams use each app, how frequently, and for what purpose. Then evaluate: is this workflow critical or habitual? Is there an open source equivalent? Can the workflow be redesigned for the new tool?

This audit typically reveals that most Marketplace apps are used by a small subset of users for non-critical workflows. The two or three apps with deep, essential usage are the ones requiring the most migration planning. Common examples include Tempo Timesheets (time tracking built into Jira), Advanced Roadmaps (cross-project planning), and Confluence Space Sync. These have no direct open source equivalents and require workflow redesign rather than tool substitution. Identifying them early — before the migration is underway — prevents the painful discovery of a blocking dependency mid-migration.

For teams making a complete break from the Atlassian ecosystem, the remote work stack built on open source tools provides a broader view of how self-hosted tools fit together across project management, communication, documentation, and code — a useful reference for building an organizational roadmap for the full transition.

Full list of Atlassian alternatives at OSSAlt.

See open source alternatives to Jira on OSSAlt.

Open Source Atlassian Alternatives 2026