Why Switch from Vaultwarden to Passbolt?

Vaultwarden is built for lightweight self-hosting. Passbolt extends the open-source model with stronger access control, auditability, and operational accountability that organizations need to manage credentials at scale.

Switch from Vaultwarden to Passbolt

Where Passbolt and Vaultwarden Overlap and Differ.

Vaultwarden gives teams a community-maintained, lightweight, self-hosted vault. Passbolt is built on a different foundation: per-user encryption instead of a shared key, access governed down to the resource, full audit trails, and a vendor accountable for the platform. As security and compliance demands grow, this architecture is what separates them.

Open source and self-hosting foundations

Vaultwarden is a community-driven implementation of the Bitwarden API, released under AGPLv3 and written in Rust. To access the API, Vaultwarden relies on Bitwarden clients which are not maintained by the same entities. Passbolt is an open-source password management platform developed by a single commercial vendor under AGPLv3. Both can be self-hosted on infrastructure you control, but they differ in project governance, product strategy, and how development is funded.

Team sharing, built two ways

Cross team sharing differs in how permissions are structured and enforced. Vaultwarden implements Bitwarden organizations: shared collections, member roles (Owner / Admin / Manager / Member) and policies. Passbolt shares at the level of a single resource, a folder, or nested folders, with explicit Owner / Update / Read permissions.

Encryption architecture is the core difference

Vaultwarden replicates the Bitwarden model: one account key derived from each user's master password unlocks the vault, and shared items decrypt under organization keys. Passbolt gives every user an OpenPGP keypair and encrypts each secret individually for each recipient (1:1 encryption). Every secret value, passwords, TOTP seeds and notes, is encrypted client-side under the recipients' own OpenPGP keys. The private key never leaves the device, and the server holds no key material capable of decrypting a secret.

Built-in SSO and directory sync

SSO (Microsoft, Google, OpenID) and LDAP/AD user provisioning ship in Passbolt Pro. Vaultwarden supports single sign-on through OpenID Connect, with documented configuration for eleven identity providers including Microsoft Entra ID, Google, Keycloak and Authentik. As with Passbolt, the user still has a separate secret to unlock the vault, meaning the SSO handles authentication but does not replace the vault key. Native LDAP support is limited to invitations and account creation, so directory-driven onboarding and offboarding remain a significant operational gap.

Audit and governance for production use

Passbolt provides activity/audit logs and SIEM integration for traceability and compliance evidence, while Vaultwarden offers basic organization event logging and leaves broader auditing to your own tooling.

Platform resilience without upstream dependency

Vaultwarden is an independent community project, not associated with Bitwarden Inc. and it makes no commitment about your data: its README states that the project cannot be held liable for any data loss, including passwords and attachments. Passbolt owns and maintains its full client and server stack, providing organizations with a single accountable vendor, SLA-backed support, a SOC 2 Type II attestation renewed annually, an independent GDPR audit, and twelve third-party security audit reports published as public PDFs with an engagement every year since 2021.

DevOps and automation

Passbolt is API-centric: a JSON REST API plus CLI and SDKs let teams automate credential lifecycle, integrate with CI/CD, and apply just-in-time / least-privilege access for IT and DevOps. Vaultwarden exposes the Bitwarden CLI, which covers scripting and retrieval but is not designed as a secrets-automation platform.

What makes Passbolt different from Vaultwarden?

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