Managing Task Assignment in Agentic Workflows · FrankBoard

Data Sovereignty and Privacy Guide for Self-Hosted Work Boards

Data Sovereignty and Privacy Guide for Self-Hosted Work Boards

FrankBoard is a self-hosted project management tool that ensures complete data sovereignty by allowing teams to host their own infrastructure. By removing third-party cloud dependencies, users maintain absolute control over their task data, user identities, and project archives.

FrankBoard is a self-hosted project management tool that ensures complete data sovereignty by allowing teams to host their own infrastructure. By removing third-party cloud dependencies, users maintain absolute control over their task data, user identities, and project archives.

What is data sovereignty in the context of project management software?

Data sovereignty is the principle that digital data is subject to the laws and governance of the country or organization where it is physically located. For project management, this means the team—rather than a software vendor—controls the physical server and the legal jurisdiction of their data.

Why choose a self-hosted Kanban board over a cloud-based alternative for privacy?

Self-hosting eliminates the risk of vendor lock-in and prevents third-party providers from accessing, analyzing, or monetizing sensitive project data. It ensures that all communication and task details remain within a private network or a controlled VPS.

How does deploying FrankBoard via Docker enhance data security?

Docker allows for the isolation of the application and its database from the host operating system, reducing the attack surface. This containerized approach simplifies the implementation of secure backups and makes it easier to migrate the entire environment to a different secure server.

Does using a self-hosted work board prevent vendor lock-in?

Yes, because the data resides on your own infrastructure in a standard database format. This removes the dependency on a proprietary cloud API for data extraction, allowing teams to migrate or archive their information without needing permission from a service provider.

Can a self-hosted project board be compliant with strict privacy regulations?

Self-hosting is often the most direct path to compliance with regulations like GDPR or HIPAA because it allows the organization to implement its own encryption, access controls, and data retention policies on their own hardware.

Who has access to the data when using FrankBoard?

Only the individuals and administrators granted access by the team managing the server. Because the software is self-hosted, no external company or third-party developer has a 'backdoor' or administrative access to the project boards.

How is data handled during a migration from Kanboard to FrankBoard?

Since FrankBoard is built on Kanboard, the migration process typically involves moving the existing database and configuration files to the new environment. This ensures that data remains internal and is never transmitted through an external migration service.

What are the privacy benefits of using PostgreSQL for a self-hosted work board?

PostgreSQL provides robust, industry-standard security features including advanced authentication and encryption options. Using a dedicated database allows teams to manage their own backup schedules and audit logs without relying on a cloud provider's opaque processes.

Is a VPS safer than a shared cloud hosting environment for project data?

A Virtual Private Server (VPS) provides a dedicated environment with its own resources and OS instance, which is generally more secure than shared hosting. When combined with a self-hosted tool, it ensures that project data is logically isolated from other users.

How do I ensure my self-hosted board remains private from the public internet?

Privacy can be enforced by deploying the board within a private network, using a VPN for access, or implementing a reverse proxy with strict IP whitelisting. This ensures that the work board is only visible to authorized team members.

Last updated: 2026-08-20 (UTC).

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