Project Management migration

Migrate from Redmine to Jira

Field-level mapping, validation, and rollback between Redmine and Jira. We move data and schema; workflows are rebuilt natively in Jira.

Redmine logo

Redmine

Source

Jira

Destination

Jira logo

Compatibility

80%

8 of 10

objects map 1:1 between Redmine and Jira.

Complexity

BStandard

Timeline

3-5 weeks

Rollback included Accuracy guarantee Field-level validation

Overview

What this migration involves

Moving from Redmine to Jira is a structural migration that requires resolving several platform-specific gaps before any data moves. Redmine has no native CSV import loop—its export captures a current-state snapshot with no history, while Jira expects Issue Types, Workflows, and Screen schemes as prerequisites before import. We handle this by reading Redmine via its REST API or direct database access, pre-creating the Jira project schema (Issue Type schemes, Status mappings, custom field definitions), then importing in dependency order. Attachments require separate filesystem handling because Redmine stores them on disk under /files, not in the database. Jira's per-issue-type Workflow model also means each Tracker in Redmine must be mapped to a Jira Issue Type with its own workflow configuration. We do not migrate Workflows, automations, or plugins as code; we deliver a written inventory of these for the customer's admin to rebuild post-migration.

Field-level fidelity

Every standard and custom field arrives verified.

Schema-aware mapping

AI proposes the map; you confirm before any record moves.

Relationships preserved

Parent–child, lookups, and ownership stay linked.

Full activity history

Calls, emails, meetings — with original timestamps.

Attachments & notes

Documents, uploads, and inline notes move with the record.

Why teams make this switch

Two sides of the same decision

Leaving

Redmine logo

Redmine

What's pushing teams away

  • Installation and initial configuration are consistently described as difficult, with a steep learning curve for server administrators new to Ruby on Rails.
  • The user interface is widely criticized as dated and unintuitive, with cluttered project screens and confusing role-based permission setup.
  • Email notifications lag and feel outdated compared to modern real-time collaboration tools, frustrating teams expecting Slack-style updates.
  • Performance degrades with large numbers of projects and issues, and no native mobile app forces reliance on a mobile-unfriendly web interface.
  • Hidden costs accumulate through required hosting fees, paid plugins for enterprise features, and ongoing IT maintenance overhead.

Choosing

Jira logo

Jira

What's pulling them in

  • Industry-standard tool with deep Git integration and sprint reporting that engineering teams already know, reducing onboarding friction for new hires.
  • Highly customizable workflows and status schemes let business teams model complex approval chains without writing code.
  • Strong ecosystem of Atlassian Marketplace apps means specialized capabilities like time tracking or portfolio management are one install away.
  • Free tier with up to 10 users and unlimited issues gives small teams a no-cost entry point to validate the platform before committing budget.
  • Visibility features — boards, backlog grooming, sprint reports, and dashboards — give leadership a shared view of what is planned, in progress, blocked, and done.

Object mapping

How Redmine objects map to Jira

Each row shows how a Redmine object lands in Jira, including any object-level transformations, lookup resolution, or schema-design dependencies.

Typical mapping — final map is confirmed during the sample migration step.

Redmine

Project

maps to

Jira

Project

1:1
Fully supported

Redmine Projects map directly to Jira Projects. We pull the full project hierarchy including subprojects via Redmine's REST API (or direct DB query) and recreate the parent-child structure in Jira as Jira Projects with parent Project keys. Project description, enabled modules, and lead user migrate. Note that Jira requires project administrators to configure the project before data import can begin.

Redmine

Issue

maps to

Jira

Issue

1:1
Fully supported

Redmine Issues map to Jira Issue Type scheme entries. We map Tracker values (Bug, Feature, Support, etc.) to Jira Issue Types (Bug, Story, Task, Epic) that we pre-create in the target project. Standard fields—subject, description, status, priority, assignee, reporter, due date, start date—migrate directly. Custom field values migrate as a secondary step after Jira custom fields are created and mapped. Note that CSV exports exclude issue history from the journals table; we extract journals separately via direct DB query or REST API and append them as Jira comments with a [Migrated from Redmine] prefix and original timestamp.

Redmine

Version

maps to

Jira

Fix Version

1:1
Fully supported

Redmine Versions (milestones) map to Jira Fix Version values. Each Version carries a name, description, due date, and status (open, locked, closed) that transfer directly as Jira Fix Versions within the target project. We pre-create all Versions before importing Issues so that Fix Version can be set during Issue migration.

Redmine

Time Entry

maps to

Jira

Worklog

1:1
Fully supported

Redmine Time Entries map to Jira worklog entries. Each Time Entry carries hours, activity (enumeration), comments, user, and date. We preserve hours and comments as Jira worklog (via Tempo if the customer licenses it, or via the native worklog API on applicable Jira tiers). Note that Jira's free tier does not include native worklog; we flag this gap during scoping and the customer decides whether to license Tempo or accept worklog as out-of-scope.

Redmine

Custom Field

maps to

Jira

Custom Field

1:1
Fully supported

Redmine Custom Fields are defined separately via /custom_fields.json and apply to specific object types. We retrieve all Custom Field definitions first (name, format, possible_values, multiple flag), then create equivalent Jira Custom Fields in the target project. Text, number, date, list, boolean, and user Custom Fields map to Jira's text field, number field, date picker, single/multi-select, checkbox, and user picker respectively. Custom fields must be created and assigned to the relevant Issue Type scheme before Issue import begins.

Redmine

User

maps to

Jira

User

1:1
Fully supported

Redmine Users (login, first name, last name, email, admin flag) map to Jira Users. We match by email address during migration. Note that Redmine does not store password hashes compatible with Jira's authentication model (Atlassian account, SAML, or LDAP), so migrated users must receive Jira invitations or be provisioned via the customer's identity provider post-migration.

Redmine

Group

maps to

Jira

Group

1:1
Fully supported

Redmine Groups organize Users for role-based access. We recreate Groups in Jira and populate membership. Note that Jira Groups must be explicitly added to project permissions via Permission Schemes; we document the Group-to-permission mapping as part of the migration scope and the customer's admin applies it post-migration.

Redmine

Tracker

maps to

Jira

Issue Type

lossy
Fully supported

Redmine Trackers (Bug, Feature, Support, and any custom trackers) are enumerations that categorize Issues. We map Tracker names and custom tracker definitions to Jira Issue Types pre-created in the target project. Each Issue Type in Jira has its own workflow and screen, so we document which Tracker maps to which Issue Type and configure the Issue Type scheme accordingly before migration.

Redmine

Issue Status

maps to

Jira

Status

lossy
Fully supported

Redmine Issue Statuses (New, In Progress, Resolved, Closed, Feedback) map to Jira Status values. We align active Redmine statuses to Jira statuses within the target project's workflow. Deprecated or closed statuses migrate with a flag indicating archived status. The workflow transitions are pre-configured in Jira before Issue import to avoid status assignment errors.

Redmine

Attachment

maps to

Jira

Attachment

1:1
Fully supported

Redmine attachments are stored on the filesystem (typically under Redmine's /files directory) with metadata in the database. We enumerate the /files directory during discovery, copy each file, and re-upload to Jira using the corresponding Issue key to relink them. This step is separate from database migration because a database-only migration loses all attachments. File size limits in Jira Cloud (32 MB per attachment) may require chunking for large files.

Gotchas + challenges

What specifically takes care here

Platform-specific issues from each side, plus the pair-specific challenges that don't show up on either platform's page on its own.

Redmine logo

Redmine gotchas

High

No built-in CSV import function for Issues

High

Uploaded files stored on filesystem, not in the database

Medium

CSV exports exclude issue history and journals

Medium

Custom field definitions require a separate API call

Medium

REST API disabled by default on most installations

Jira logo

Jira gotchas

High

Unsupported workflow validators silently skipped during migration

High

Custom fields converted to flat text labels when migrating to non-Jira platforms

Medium

Historical status-change timestamps lost when exporting without a Marketplace plugin

Medium

Attachment import failures from oversized files and JQL reference corruption

Medium

Points-based API rate limits enforced on Jira Cloud apps from March 2026

Pair-specific challenges

  • CSV export captures no issue history

    Redmine's built-in CSV export for Issues returns only the current state of each record. Every status change, journal entry, and comment logged in the Issue's history is not included. Teams that rely on Redmine's activity log for audit trails, client communication history, or code review context lose that data if only CSV is used. We address this by querying the journals and details tables directly via Redmine's database or REST API and appending the history as Jira comments with the original timestamp and author preserved.

  • Attachments reside on the filesystem, not the database

    Redmine stores uploaded files on disk under the /files directory (or a configured storage path), not as BLOBs in the database. The database holds only the filename, content type, and disk path. A database-only migration will result in empty attachment stubs in Jira with no actual file content. We explicitly enumerate the /files directory during discovery, copy its contents, and re-upload each file to Jira via the REST API or file upload endpoint, using the Issue identifier to relink them. Customers with large attachment volumes should expect this step to extend the migration timeline significantly.

  • Jira requires pre-configured Issue Type and workflow schemes

    Jira requires the project schema to exist before Issues can be imported. This means Issue Types, Status values, a Workflow with transitions, an Issue Type scheme, and a Screen scheme must all be created and configured before the first Issue is inserted. Redmine has no equivalent schema prerequisite—Issues can be created without declaring types or workflows upfront. We pre-create the Jira project schema during scoping and validate it in a test environment before production migration. Skipping this step results in every import attempt returning validation errors.

  • Redmine's REST API must be explicitly enabled

    Redmine ships with its REST API disabled by default. Administrators must enable it in Administration > Settings > API before any API-based migration proceeds. We check API availability during discovery and fall back to direct database access (MySQL or PostgreSQL) if the API is unavailable, rate-limited, or returns incomplete data. Direct DB access requires read credentials to the Redmine database, which some hosting providers restrict. We flag both access paths during scoping.

  • Custom field definitions require a separate discovery call

    Custom Fields in Redmine are defined separately from the Issue records that use them. We must call /custom_fields.json to retrieve all field definitions—name, format, possible_values, multiple flag, and object type—before mapping any Issue or Time Entry data. Without this step, custom field values migrate with incorrect types or are silently dropped. We build a custom field dictionary during discovery and use it to pre-create Jira Custom Fields before the main import phase.

Migration approach

Six steps for a successful Redmine to Jira data migration

  1. Discovery and access validation

    We audit the Redmine installation: version number, enabled plugins, database type (MySQL or PostgreSQL), REST API status, file storage path, active Custom Field definitions, Tracker list, enumeration values, and project hierarchy including subprojects. We confirm access paths (API token or DB credentials) and validate that Jira's target environment is accessible. The discovery output is a written migration scope, a pre-flight checklist, and a Jira project schema design document.

  2. Jira project schema pre-configuration

    We pre-create the Jira project structure before any data migration begins. This includes creating the Jira Project, configuring the Issue Type scheme (mapping each Redmine Tracker to a Jira Issue Type), building the Status and workflow definitions, pre-creating Fix Versions, and defining Custom Fields with correct types and contexts. The schema is validated in a Jira test environment or sandbox before production migration to avoid validation errors during import.

  3. User and Group provisioning plan

    We extract all Redmine Users and Groups and map them to Jira Users and Groups. Users are matched by email address. Any User without a Jira account is placed in a reconciliation queue for the customer's admin to provision via Atlassian account invite, SAML SSO, or directory sync before the migration runs. Groups are documented with their Redmine role assignments for the admin to apply via Jira Permission Schemes post-migration.

  4. Attachment enumeration and filesystem copy

    We enumerate the Redmine /files directory during discovery, catalog each file by its Issue identifier, and copy the full directory structure to a staging location. Each file is then re-uploaded to Jira via the REST API and linked to its corresponding Issue key after the Issues themselves have been created. Large attachment volumes extend the migration timeline proportionally. We flag file size limits (32 MB on Jira Cloud) and missing files during this step.

  5. Issue and history migration in dependency order

    We run the migration in record-dependency order: Versions first (so Fix Versions exist when Issues reference them), then Issues with custom field values mapped from the pre-built custom field dictionary, then Time Entries as worklog entries, then attachment re-upload and linking. Issue history (journals, status changes, comments) is extracted from the Redmine database and appended as Jira comments with original author and timestamp. Each phase emits a row-count reconciliation report before the next begins.

  6. Cutover, validation, and automation rebuild handoff

    We freeze Redmine writes during cutover, run a final delta migration of any Issues or Time Entries modified during the migration window, then enable Jira as the system of record. We deliver a written inventory of Redmine Workflows, automations, and plugin-based features that do not migrate, with Jira equivalents for the customer's admin to rebuild. We support a one-week hypercare window for reconciliation issues. Workflow rebuild and Jira admin training are outside the standard migration scope.

Platform deep dives

Context on both ends of the pair

Redmine logo

Redmine

Source

Strengths

  • Completely free with no licensing or user-count constraints.
  • Self-hosted with full source-code access and no vendor lock-in.
  • Rich built-in feature set: Gantt charts, time tracking, wikis, forums, VCS integration.
  • Large community plugin ecosystem extending functionality.
  • Supports 49 languages, cross-platform, and multiple databases.

Weaknesses

  • No native bulk import UI—data entry relies on CSV exports or direct DB access.
  • REST API is read-only by default and must be explicitly enabled by an administrator.
  • Dated, unintuitive interface with steep initial learning curve.
  • No mobile app; mobile web experience is poor.
  • Performance degrades with large data volumes.
Jira logo

Jira

Destination

Strengths

  • Deeply customizable workflows and status schemes with no hard limits on workflow complexity or number of custom statuses.
  • Strong agile ceremony support: sprint planning, backlog grooming, velocity tracking, and burndown charts for Scrum teams.
  • Industry-standard developer tool with native Git integration linking commits, pull requests, and deployments to issues.
  • Large Atlassian Marketplace with thousands of plugins extending time tracking, portfolio management, and reporting capabilities.
  • Free tier available for up to 10 users with unlimited issues, enabling evaluation before committing to a paid plan.

Weaknesses

  • Excessive configurability creates a steep learning curve; cross-team consistency is hard to maintain without strict governance.
  • Performance degrades with large backlogs, complex custom fields, and heavily nested issue hierarchies.
  • Reporting requires additional configuration or paid plugins; out-of-the-box analytics are limited for business users.
  • Jira lacks native sprint management, requiring Jira Software for true agile team features.
  • Teams outside engineering resist adoption due to UI complexity, leaving the all-in-one promise unfulfilled for cross-functional organizations.

Complexity grading

How hard is this migration?

Standard Project Management migration. 3 of 8 objects need a mapping; the rest are 1:1.

B

Overall complexity

Standard migration

Derived from compatibility, mapping clarity, API constraints, and data volume across Redmine and Jira.

  • Object compatibility

    B

    3 of 8 objects need a mapping; the rest are 1:1.

  • Field mapping clarity

    C

    Field mapping is derived from defaults — final spec confirmed during the sample migration.

  • Timeline complexity

    B

    8-object category — typical timelines run 2–7 days end-to-end.

  • API constraints

    B

    Redmine: Not publicly documented; varies by host server configuration.

  • Data volume sensitivity

    B

    Redmine doesn't expose a bulk API — REST + parallelization used for high-volume runs.

Estimator

Estimate your Redmine to Jira migration cost

Rule-based pricing — no per-record fees, no manual quotes. Migrations over 2M records are scoped individually.

Step 1

What are you migrating?

Pick a category, then your source and destination platforms.

Category

FAQ

Frequently asked questions about Redmine to Jira data migrations

Answers to the questions buyers ask most during Redmine to Jira migration scoping. Not seeing yours? Book a call.

Can't find your answer?

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Most migrations land between three and five weeks for environments under 10,000 Issues with no more than a few custom fields and moderate attachment volumes. Migrations with large attachment directories (hundreds of GB of files in Redmine's /files), extensive custom field definitions across multiple object types, or Jira Cloud destinations requiring pre-import schema configuration extend to eight to twelve weeks. Large subproject hierarchies add planning time for Jira project structure but do not proportionally extend data migration time.

Adjacent paths

Related migrations to explore

Ready when you are

Move from Redmine.
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