10 best air-gapped project management tools in 2026

The internet has a way of sneaking back into air-gapped software. A license check here, a vulnerability feed there, an update service running quietly in the background, and suddenly the product your team shortlisted for a closed network comes with a list of firewall exceptions.

We went looking for those details across ten project management tools. This comparison digs into what happens after installation, including outbound traffic, offline licensing and updates, authentication, operational burden, and migration, so you can see how each tool handles a disconnected environment and where additional configuration or verification is required.

TL;DR

• Plane is a strong option for organizations that need a purpose-built air-gapped project management platform, with zero external calls, offline licensing and updates, internal authentication, and native Jira migration.
• GitLab Self-Managed, OpenProject, and Tuleap Enterprise support disconnected environments with different levels of configuration and operational effort.
• Jira Data Center remains relevant to existing Atlassian customers, although its documented outbound requests and March 2029 end-of-life shape the decision.
• YouTrack Server, Azure DevOps Server, Redmine, Taiga, and ProjectLibre Desktop cover more specific self-hosted or offline use cases. Their air-gap documentation, migration coverage, authentication options, and ongoing administration vary, so they need closer evaluation against your environment.

What your security review should verify in an air-gapped tool

Air-gapped deployment needs to be evaluated beyond where the application is hosted. A product can run entirely on infrastructure you control and still attempt external connections for telemetry, update checks, security feeds, licensing, notifications, or other background services. For organizations with strict network-isolation requirements, those connections become part of the security review.

Jira Data Center provides a useful example because Atlassian documents the outgoing requests made by several bundled applications. For Jira Data Center versions 9.x, 10.x, and 11.x, those requests include:

• Requests to server-notifications.atlassian.com every six hours to retrieve Atlassian messages and notifications
• Calls to api.atlassian.com/dcdp/heartbeat for instance health and Admin Hub communication
• Calls to api.atlassian.com/dcdp/analytics for diagnostic and analytics data
• Requests to atst-data.atl-paas.net for the security vulnerability health check

Atlassian documents other outbound connections as well, depending on the Jira configuration and features in use. When external access is blocked, the affected services cannot reach their external endpoints. For example, analytics data cannot be uploaded and vulnerability checks cannot retrieve current vulnerability information.

For an air-gapped deployment, the important question is therefore whether the application attempts to cross the network boundary during normal operation, and which functions depend on those connections. Security teams should examine the application's default behavior, bundled services, integrations, update mechanisms, licensing, and telemetry before approving it for an isolated environment.

That distinction will guide the evaluation criteria used for every tool in this comparison.

How we evaluated air-gapped project management tools

We evaluated each tool against seven criteria covering both air-gap suitability and the practical work involved in adopting and operating it.

1. Offline installation
Can the software be installed without connecting the isolated environment to external registries, repositories, or vendor services? We check whether required images, packages, dependencies, and configuration assets can be transferred in through an approved process.

2. Offline licensing
Can the product be activated and remain licensed without contacting a vendor-controlled licensing service? Local license files, keys, and other offline activation methods meet this requirement when ongoing validation stays within the network boundary.

3. Outbound connectivity
What external connections does the product attempt during normal operation? This includes telemetry, analytics, update checks, vulnerability feeds, notifications, licensing checks, and other background services.

4. Offline updates
Can security patches and product updates be downloaded outside the isolated environment, verified, transferred through an approved process, and applied without internet access? We also look for integrity controls such as signed artifacts or documented verification procedures.

5. Internal authentication
Can authentication operate entirely within the organization's network boundary using an internal directory or identity provider? We check the available LDAP, SAML, OIDC, and other enterprise authentication options where applicable.

6. Operational burden and support
What will your team need to operate after deployment, and what does the vendor support? We look at upgrades, dependency management, vulnerability monitoring, backups and recovery, infrastructure ownership, high availability, support coverage, and the internal expertise required to maintain the deployment.

7. Migration
What support is available for moving existing project data into the platform? We look at importer coverage, workflow and user mapping, comments, attachments, history, migration services, and whether a test or pilot migration is recommended before production cutover.

Each product review uses the same criteria so buyers can compare deployment requirements, ongoing ownership, and migration effort consistently.

This comparison is based on current vendor documentation, technical guides, pricing pages, and support documentation reviewed in August 2026. Where public evidence is incomplete, we call that out rather than infer air-gap behavior.

Air-gapped project management tools to consider in 2026

The ten options below range from purpose-built air-gapped deployments to self-hosted products that require additional configuration and verification in disconnected environments. Each is assessed using the seven criteria above.

1. Plane

Plane offers Cloud, self-hosted, and a separate Airgapped Edition for organizations that need project management to run entirely inside their own infrastructure. In an air-gapped deployment, Plane operates without external dependencies or outbound connections, and all application data, telemetry, authentication, and service communication stay within the organization's network boundary.

The Airgapped Edition supports Docker and Kubernetes deployments, offline licensing, internal identity infrastructure, and updates through an internal registry. Plane AI can also be configured with locally hosted models when external AI providers cannot be reached.

How Plane works in an air-gapped environment

Plane's air-gapped deployment also disables external telemetry. Plane documents that analytics, crash reports, and usage statistics do not leave the cluster, while service-to-service communication stays inside the isolated environment.

Security and governance controls

For organizations that need tighter control over identity and workflow execution, Plane's enterprise capabilities extend beyond network isolation.

• Granular access control: Enterprise Grid supports custom roles composed from reusable permission schemes, allowing administrators to define permissions beyond Plane's standard roles.

• LDAP and IdP group sync: LDAP can authenticate users against an organization's directory, while IdP group sync maps identity-provider groups to Plane projects and roles.

• Custom workflows: Different Work Item types can follow their own workflows rather than sharing a single project-wide path.
• Approval flows: Selected transitions can require approval from designated users, with separate destinations for approved and rejected work.

• Audit logs: Plane provides workspace and project audit logging, while Enterprise Grid includes API-enabled audit-log capabilities for enterprise governance.
• FIPS: Plane's Enterprise Grid materials state that it uses FIPS 140-3 validated cryptography. Organizations with specific FIPS requirements should confirm the applicable module, certificate, configuration, and deployment scope during procurement.

These controls matter in air-gapped environments because network isolation addresses only one part of the security model. Teams still need to control who can access the system, what each role can do, which workflow transitions require approval, and how administrative activity is reviewed.

Project management capabilities

Plane organizes work through Projects and Work Items, with Cycles and Modules for planning, Milestones for delivery checkpoints, and Initiatives for coordinating larger bodies of work. Epics are now a configurable Work Item type rather than a separate planning object. Teams can use List, Board, Calendar, Gantt, and Spreadsheet layouts, alongside dependencies, Dashboards, reporting, Intake, Pages, and Wiki.

Running Plane AI in a disconnected environment

Plane AI can also operate differently depending on the deployment model. In an air-gapped deployment, AI features that require an external AI provider are unavailable by default because the environment cannot reach those services. Organizations can instead configure a locally hosted AI model to keep AI processing within the isolated environment.

When a local model is used in an air-gapped deployment, Plane states that it has no access to or visibility into that AI processing. The organization remains responsible for selecting, configuring, operating, and governing the local model.

This gives security teams the option to introduce AI-assisted work without opening the network boundary solely to reach a hosted model provider.

Migration and import options

Plane provides import options for teams moving existing work from other project management systems into Plane. Depending on the source, teams can bring existing projects, work items, users, comments, attachments, and related project data into the workspace rather than rebuilding everything manually.

Jira receives deeper support because it is particularly relevant for self-hosted and air-gapped buyers. Plane provides native importers for Jira Cloud and Jira Server/Data Center, including support for users, comments, attachments, relationships, sprints, worklogs, change history, and supported custom fields. Teams should still test complex workflows, custom fields, attachments, and cross-project relationships before production cutover.

What to consider before choosing Plane

• Seat minimum: New Airgapped purchases have a 100-seat minimum, with smaller regulated deployments evaluated case by case.
• Infrastructure ownership: Your team remains responsible for infrastructure, networking, backups, recovery, and third-party services. Plane's support obligations for self-hosted deployments cover the software rather than customer-managed infrastructure.
• Migration validation: Test your actual Jira workflows, custom fields, users, attachments, and relationships before the final cutover.
• FIPS requirements: Confirm the exact validated cryptographic module and deployment scope during procurement.

Pricing: Plane Airgapped is quote-based. New purchases have a 100-seat minimum, with smaller regulated environments reviewed case by case.

2. GitLab self-managed

GitLab Self-Managed brings source control, CI/CD, security tooling, and project planning onto infrastructure managed by your organization. GitLab provides dedicated guidance for physically isolated environments, including offline installation, local container registries, security scanners, and licensing. A strict air-gapped deployment requires several configuration changes to keep supporting services and development workflows within the network boundary.

How GitLab works in an air-gapped environment

Project management capabilities

GitLab includes work items, issue boards, milestones, wikis, and project-level planning alongside its source control and CI/CD workflows. Iterations, epics, and roadmaps are available on Premium and Ultimate, while broader strategic portfolio management is positioned in Ultimate.

Audit capabilities also vary by tier. Successful sign-in events are available across tiers, while project, group, and instance audit-event views require Premium or Ultimate.

What to consider before choosing GitLab

• Offline configuration: Version Check, Service Ping, runner version management, NTP settings, registries, and security tooling need to be configured for the isolated environment.
• Security scanning: Offline scanners rely on locally available analyzer images, package repositories, signatures, rules, and vulnerability metadata. Your team needs a process for transferring and refreshing these resources.
• Jira migration: The native Jira importer covers a narrower set of data than a full Jira migration. Validate required fields, comments, attachments, history, and other project data before choosing a migration approach.
• Planning tiers: Epics and roadmaps require Premium or Ultimate. Organizations evaluating GitLab primarily for portfolio planning should review the additional capabilities and pricing of the higher tiers.

Pricing: GitLab Self-Managed has a Free tier. Premium is currently $29 per user per month, billed annually. Ultimate uses custom pricing.

3. OpenProject

OpenProject is an open-source project management platform available as a free Community Edition and paid Enterprise on-premises plans. Its documentation provides a specific process for running the Docker image on systems without internet access, including transferring the image into a physically isolated environment.

How OpenProject works in an air-gapped environment

Project management capabilities

OpenProject supports work packages, Gantt charts, scheduling, Scrum backlogs, agile boards, time tracking, budgets, cost reporting, meetings, and project documentation. Basic boards are available in the Community Edition, while several workflow, baseline, portfolio, and resource-management capabilities sit in paid Enterprise tiers.

OpenProject 17.2 also introduced an MCP Server for connecting AI systems to project data. The MCP Server is available from the Professional plan, while additional AI capabilities remain part of OpenProject's 2026 development roadmap.

What to consider before choosing OpenProject

• Zero-egress verification: OpenProject provides clear offline installation guidance, but its public documentation does not provide a complete inventory of outbound requests for every on-premises configuration. Validate the base installation and enabled integrations during security testing.
• Enterprise licensing: Paid on-premises plans use an Enterprise token applied to the instance. Confirm license-validation behavior with OpenProject if your security policy requires documented zero outbound communication.
• Jira migration: The Jira Migrator currently supports Jira Data Center 10.x and 11.x and remains in beta. OpenProject recommends using it in test environments rather than production migrations at this stage.
• Feature tiers: SAML, OIDC, MCP Server, portfolio management, advanced workflows, and several other capabilities require paid Enterprise plans, so evaluate the tier needed for your target environment before comparing costs.

Pricing: Community Edition is free with no user minimum. Enterprise on-premises Basic currently starts at €5.95 or $7.25 per user per month with a 25-user minimum. Higher plans add features and support.

4. Redmine

Redmine is an open-source project management application built on Ruby on Rails. It provides issue tracking, configurable workflows, role-based permissions, scheduling, time tracking, and documentation without a commercial license. Redmine does not publish a dedicated air-gapped deployment method, so organizations using it in an isolated environment need to package and validate the application and its dependencies themselves.

How Redmine works in an air-gapped environment

Project management capabilities

Redmine supports multi-project issue tracking, custom fields and workflows, Gantt charts, calendars, time tracking, wikis, forums, repositories, and role-based permissions. It also exposes a REST API for integrations within your environment.

Agile boards and sprint-oriented workflows are generally added through plugins rather than Redmine core. That gives teams additional configuration options, while introducing more components to package, test, and maintain in an air-gapped deployment.

What to consider before choosing Redmine

• Air-gap validation: Redmine does not provide a dedicated air-gap deployment guide or documented zero-egress guarantee. Test the base application, email configuration, plugins, repository integrations, and any other enabled services before approval.
• Administration: Installation and upgrades involve Ruby, Bundler, a supported database, and database migrations. Teams should have the technical capacity to maintain that stack internally.
• Plugin dependencies: Capabilities such as Scrum and Kanban boards commonly rely on third-party plugins, which bring their own dependencies, compatibility requirements, and update processes.
• Migration: Redmine can import issues from CSV, but a Jira migration involving comments, attachments, users, history, workflows, and other metadata requires additional migration work or third-party tooling.
• Support: The Redmine project provides community documentation, forums, and issue tracking. Commercial support and hosted services are available from third-party providers rather than from a single Redmine software vendor.

Pricing: Redmine is free and open source. Infrastructure, administration, migration, plugins, and any third-party support are separate costs.

5. Tuleap Enterprise

Tuleap is an open-source application lifecycle management platform available on-premises and in the cloud. Its current product pages describe on-premises deployments as air-gap compatible, including use in isolated infrastructures. The platform combines project tracking with requirements, test management, documentation, source control, and development workflows.

How Tuleap works in an air-gapped environment

Project management capabilities

Tuleap combines configurable trackers, Scrum and Kanban planning, requirements management, test management, documentation, Git workflows, and continuous integration. Requirements can be linked with development and test artifacts, giving engineering teams traceability across the software lifecycle.

Its broader ALM scope is most relevant to organizations that need project delivery, software development, testing, and compliance evidence within the same environment.

What to consider before choosing Tuleap

• Air-gap implementation: Tuleap explicitly supports isolated environments, but its public documentation does not provide the same level of detail for offline licensing, updates, and zero-egress configuration. Confirm those processes during technical evaluation.
• Outbound services: Webhooks, CI status retrieval, Jira imports, and some optional services can generate outbound requests. Review enabled integrations before deploying into a disconnected network.
• Jira migration: The Enterprise Jira importer can migrate entire projects, including supported issue data, comments, history, worklogs, attachments, and relationships. Jira-specific mappings still need validation before a production migration.
• Product scope: Tuleap combines project management with requirements, testing, source control, and DevOps capabilities. Teams looking primarily for general-purpose work management should assess how much of that ALM scope they need.

Pricing: Tuleap Community Edition is open source. Enterprise on-premises pricing is quote-based and should be confirmed directly with Enalean.

6. Jira Data Center

Jira Software Data Center is Atlassian's self-managed Jira deployment for organizations running the product on their own infrastructure. Existing customers can continue using and renewing it during Atlassian's Data Center wind-down, but new customers have been unable to purchase affected Data Center products since March 30, 2026. Jira Software Data Center reaches end of life on March 28, 2029.

How Jira Data Center works in an air-gapped environment

Project management capabilities

Jira Software Data Center includes Scrum and Kanban boards, customizable workflows, automation, reporting, dashboards, and Advanced Roadmaps for planning work across projects and teams. Advanced Roadmaps has been included with Jira Software Data Center since version 8.15.

Marketplace apps can extend the platform, although Data Center app purchasing is also being phased out as part of Atlassian's end-of-life timeline.

What to consider before continuing with Jira Data Center

• Outbound requests: Atlassian documents external requests from bundled Jira Data Center tools, including notification checks, analytics, heartbeat communication, and security vulnerability checks. Organizations using Jira in isolated networks should account for these requests in their firewall and security configuration.
• 2028 purchasing deadline: Existing customers can purchase new Data Center subscriptions, Marketplace apps, and license expansions until March 30, 2028. Existing subscription quantities can still be renewed after that date.
• 2029 end of life: Renewals can continue through March 28, 2029, but cannot extend beyond that date. At end of life, affected Data Center subscriptions and associated Marketplace apps expire and become read-only.
• Marketplace apps: New Marketplace app purchases and license expansions for existing Data Center customers end on March 30, 2028. Existing app subscriptions can be renewed through the 2029 end-of-life date, subject to vendor availability and support.
• Migration planning: Organizations that intend to leave Jira Data Center should allow enough time to inventory apps, workflows, custom fields, integrations, and historical data before selecting and testing a replacement.

Pricing: Jira Software Data Center is no longer available to new customers. Existing customers should request current renewal or expansion pricing from Atlassian. Jira Software Data Center licensing starts at the 500-user tier.

7. YouTrack Server

YouTrack Server is JetBrains' self-hosted issue tracking and project management product. It can run behind a firewall or be restricted to an internal network, although JetBrains does not provide a dedicated air-gapped deployment guide.

How YouTrack works in an air-gapped environment

YouTrack includes configurable issue workflows, agile boards, sprint planning, a knowledge base, time tracking, reporting, and REST APIs.

What to consider before choosing YouTrack

• Air-gap validation: YouTrack can be restricted to an internal network, but JetBrains does not publish a complete air-gap or zero-egress architecture. Validate outbound behavior in your target configuration.
• External features: YouTrack checks for software updates by default, although this can be disabled. JetBrains AI Assistant also sends requests to an external LLM provider when used.
• Jira migration: The importer covers substantial Jira project data, but boards, dashboards, roadmaps, and reports need to be recreated after migration.

Pricing: Free for up to 10 users. Commercial YouTrack Server subscriptions currently start at $900 per year for 15 users.

8. Azure DevOps Server

Azure DevOps Server is Microsoft's self-hosted software delivery platform for project tracking, source control, CI/CD, testing, and artifacts. It runs on customer-managed infrastructure and can keep its core application and development workflows within an internal network, although Microsoft does not publish a dedicated air-gapped deployment guide or complete zero-egress inventory.

How Azure DevOps Server works in an air-gapped environment

Azure DevOps Server includes Boards and backlogs, Azure Repos, Pipelines, Test Plans, Artifacts, reporting, and wikis. These capabilities make it most relevant to organizations that want project tracking alongside their existing software development toolchain.

What to consider before choosing Azure DevOps Server

• Air-gap validation: Microsoft documents local deployment architecture, but does not provide a complete list confirming zero outbound requests across every feature and configuration. Test the intended deployment before approving it for a strict air gap.
• Connected features: Extensions, pipeline tasks, package dependencies, and integrations can require resources outside the server. These need to be mirrored, packaged, replaced, or disabled in a disconnected environment.
• Infrastructure: Azure DevOps Server depends on Microsoft infrastructure components including Windows Server, IIS, and SQL Server, adding to the systems your team must operate and patch.
• Migration: Native CSV import handles work items, but organizations moving from Jira should separately plan for attachments, comments, history, users, workflows, and other data that CSV alone does not preserve.

Pricing: Azure DevOps Server requires a server license and user CALs. Visual Studio subscriptions can include both, while traditional server and CAL licenses are available through Microsoft resellers.

9. Taiga

Taiga is an open-source project management platform centered on Scrum, Kanban, backlog management, and issue tracking. It can be self-hosted with Docker, but Taiga does not publish a dedicated air-gapped deployment guide.

How Taiga works in an air-gapped environment

Taiga provides Scrum boards, Kanban with WIP limits and swimlanes, epics, user stories, issue tracking, sprint planning, burndown charts, dashboards, reporting, and a wiki.

What to consider before choosing Taiga

• Telemetry: Taiga's production configuration enables anonymous telemetry by default. Set ENABLE_TELEMETRY=False and validate the resulting network behavior before deployment.
• Air-gap setup: Taiga's standard installation instructions assume access to Git repositories, Docker repositories, and software dependencies. Your team needs to prepare these artifacts separately for a disconnected installation.
• Authentication: Core Taiga supports local authentication. LDAP integrations available for self-hosted deployments rely on community-maintained plugins rather than native Taiga functionality.
• Jira migration: Taiga's documented Jira importer supports Jira up to version 8.3.5 and may work with versions through 8.5.x. Jira 8.6 and later are explicitly unsupported, which makes the importer unsuitable for current Jira Data Center migrations.

Pricing: Self-managed Taiga is free and open source. Taiga also offers a supported on-premises option with quote-based pricing.

10. ProjectLibre Desktop

ProjectLibre Desktop is a free, open-source scheduling application for individual project managers. It runs locally on Windows, macOS, and Linux and focuses on traditional project planning rather than multi-user collaboration.

How ProjectLibre works in an air-gapped environment

ProjectLibre Desktop supports Gantt charts, work breakdown structures, network diagrams, critical path analysis, resource management, baselines, earned value management, and Microsoft Project file compatibility.

What to consider before choosing ProjectLibre

• Collaboration: ProjectLibre positions the desktop edition for individual users. Shared projects, portfolio collaboration, role-based access, and team workflows are provided through its separate cloud product.
• Air-gap verification: Local installation removes many server and cloud dependencies, but ProjectLibre does not publish technical documentation confirming zero outbound requests from the desktop application.
• Migration: Microsoft Project files can be opened directly, while organizations moving from Jira would need another migration approach.
• Scope: ProjectLibre Desktop is primarily a scheduling tool. It does not replace a collaborative project management platform for teams managing shared work, comments, permissions, requests, and cross-team workflows.

Pricing: ProjectLibre Desktop is free and open source.

Air-gapped project management tools compared

Here is a quick comparison of the ten tools based on air-gap setup, ongoing administration, migration support, and pricing.

Questions to ask before choosing an air-gapped tool

Before you shortlist a vendor, ask for clear answers to these questions:

1. What outbound connections does the product attempt during normal operation?
   Ask for background services too, including telemetry, update checks, notifications, vulnerability feeds, and licensing requests.
2. How does licensing work without internet access?
   Confirm how the license is activated, validated, renewed, and enforced inside the isolated environment.
3. How are updates and security patches delivered?
   Ask how packages are transferred, verified, and applied without connecting the environment to external repositories.
4. What telemetry or usage data is enabled by default?
   Confirm what is collected, how it is disabled, and how your team can verify the configuration.
5. Can authentication remain inside the network boundary?
   Check whether your LDAP directory, identity provider, SSO, and MFA setup can operate without external services.
6. What are the commercial and operational requirements?
   Confirm seat minimums, contract requirements, infrastructure responsibilities, support coverage, and the work your team will own after deployment.

Bottom line

Air-gapped project management tools differ widely in how they handle installation, licensing, outbound traffic, updates, authentication, migration, and ongoing administration. The right choice depends on how strict your network controls are, how much infrastructure your team wants to manage, and how much existing project data and workflow complexity you need to carry forward.

For organizations replacing Jira Data Center or standardizing project work inside a disconnected environment, Plane provides a purpose-built air-gapped deployment with offline licensing, signed update bundles, internal authentication, zero external calls, and native Jira migration support.

If Plane is on your shortlist, talk to our team about your air-gap requirements. We can walk through the deployment architecture, security controls, migration scope, infrastructure responsibilities, and procurement requirements for your environment.

All product capabilities, pricing, licensing terms, deployment details, and other time-sensitive information in this comparison were verified against the latest available vendor documentation as of August 2026.