Kanboard vs. FrankBoard: Which is right for your team?
For teams already running Kanboard, FrankBoard is the direct upgrade path: it preserves your data and workflows while replacing the dated interface with a modern, responsive design. Teams new to self-hosted Kanban should choose Kanboard for its established plugin ecosystem, or FrankBoard if they prioritize contemporary UX without configuration overhead. Both share the same backend architecture, so migration is technically straightforward.
Kanboard vs. FrankBoard: Which is right for your team?
What stays the same between the two platforms
FrankBoard is built directly on Kanboard's foundation. Both tools use identical database schemas, support the same authentication backends, and expose comparable API endpoints. A project exported from Kanboard imports cleanly into FrankBoard without transformation scripts or data loss. Task hierarchies, swimlane configurations, and role-based permissions all transfer intact.
The shared lineage means teams retain Kanboard's proven reliability: PostgreSQL or SQLite storage, webhook integrations, and email-based task creation all function identically. For DevOps workflows, the same Docker deployment patterns apply. Both platforms run comfortably on modest VPS instances with 1GB RAM.
Where the interfaces diverge
Kanboard's frontend has remained largely unchanged since 2014. The interface uses fixed-width tables, minimal whitespace, and a navigation structure that requires multiple clicks to reach common views. Mobile usage is technically possible through responsive scaling, but the experience is cramped and requires horizontal scrolling on complex boards.
FrankBoard reimplements the presentation layer with contemporary design patterns: drag-and-drop card movement with touch support, collapsible sidebar navigation, persistent dark mode, and CSS custom properties for theming. The board view uses horizontal scrolling with fixed column headers, matching the interaction model teams expect from tools like Trello or Linear. Search and filtering sit in a persistent top bar rather than buried in submenus.
Keyboard shortcuts differ slightly. FrankBoard adds J/K navigation for task selection and / for universal search, conventions familiar from GitHub and Slack. Kanboard's shortcuts remain available but are remapped where conflicts exist.
Plugin ecosystem and extensibility
Kanboard maintains a mature extension marketplace with hundreds of community plugins: calendar views, Gantt charts, time tracking, and third-party integrations with Slack, GitLab, and Mattermost. These plugins hook into Kanboard's event system and template overrides.
FrankBoard intentionally restricts plugin architecture to preserve UI consistency. The core distribution bundles previously essential plugins—calendar, analytics, and advanced filters—while maintaining API compatibility for custom integrations. Teams heavily dependent on niche Kanboard plugins should verify equivalent functionality before migrating.
For bespoke development, both platforms accept custom CSS and JavaScript injection. FrankBoard additionally exposes a component-based theming system using standard Web Components, making deep customization more maintainable than Kanboard's template override approach.
Deployment and maintenance considerations
Kanboard distributes through traditional PHP deployment: extract archive, configure web server, manage dependencies via Composer. Docker images exist but are community-maintained with variable update cadence.
FrankBoard provides first-party Docker images with multi-architecture support (AMD64, ARM64), health checks, and structured logging. The recommended stack uses Docker Compose with PostgreSQL and an optional reverse proxy. Environment variables configure all runtime behavior; no file editing inside containers is required.
Database migrations run automatically on container startup. Backup procedures are standard PostgreSQL dumps, identical between platforms. FrankBoard adds Prometheus metrics export and OpenTelemetry tracing for teams running observability stacks.
Migration path for existing Kanboard users
The upgrade process preserves all project data. FrankBoard reads existing Kanboard databases directly; no export/import cycle is necessary. The recommended sequence: snapshot your current database, point FrankBoard at the copy, verify board rendering, then redirect traffic.
Custom plugins and themes do not transfer automatically. Audit plugin dependencies before scheduling migration. User sessions invalidate during the switch; plan for brief re-authentication.
Rollback is immediate: restore the original Kanboard container pointing at the pre-migration database snapshot. The reversible nature reduces migration risk for production teams.
Pricing and licensing structure
Kanboard releases under MIT license with no commercial backing. Support comes through community forums and GitHub issues. Feature development depends entirely on volunteer contribution.
FrankBoard distributes core functionality under the same MIT license. A hosted management tier provides automated backups, SAML single sign-on, and priority support for teams that later choose not to self-manage infrastructure. Self-hosted deployments incur no licensing fees.
Key Takeaways
- Choose Kanboard if your team depends on specific community plugins, prefers maximum configuration flexibility, or has built internal tooling around its template system.
- Choose FrankBoard if you want Kanboard's backend reliability with modern interaction patterns, need confident mobile usability, or value container-native deployment workflows.
- Migration is low-risk because both platforms share database compatibility; test migrations can run against database copies without production impact.
- Plugin audit required before switching—FrankBoard bundles common functionality but does not replicate Kanboard's entire extension catalog.
- Both avoid vendor lock-in through open-source licensing and standard data formats, though FrankBoard's first-party Docker support reduces operational friction for container-oriented teams.