Passbolt vs Dashlane

Why Switch from Dashlane to Passbolt?

Dashlane has positioned itself as a premium consumer password manager with a growing enterprise offering. But underneath the polished interface, Dashlane is a US-based company (New York) that stores your encrypted vault data on US cloud infrastructure. Its proprietary code means you cannot verify its security claims independently, and its pricing has increased substantially — eliminating its free tier entirely in 2023 and pushing users toward expensive annual subscriptions.

Passbolt offers a fundamentally different model: an open-source, self-hostable team password manager built in Luxembourg, in the heart of the European Union. Every line of server and client code is available for inspection under the AGPL v3 license. You can deploy Passbolt on your own servers, keeping encrypted credential data entirely within your infrastructure and jurisdiction. For teams that need to share passwords securely — development teams, IT departments, agencies — Passbolt provides granular role-based permissions, an API-first architecture, and enterprise directory integration.

Founded in Luxembourg and operating under EU law, Passbolt SA is subject to GDPR and EU data protection frameworks. Whether you self-host or use Passbolt Cloud (hosted on EU infrastructure), your team’s credentials remain under European legal protection without exposure to US surveillance mechanisms.

Feature Comparison

Feature	Passbolt	Dashlane
Open source	✅ AGPL v3 (full stack)	❌ Proprietary
Self-hostable	✅ Docker, Debian, Ubuntu	❌ SaaS only
Team sharing	✅ Granular role-based permissions	✅ Groups and collections
API access	✅ Full REST API	⚠️ Limited API
LDAP/AD integration	✅ Pro/Cloud	✅ Business tier
End-to-end encryption	✅ OpenPGP (per-user keys)	✅ AES-256 (vault key)
Browser extension	✅ Firefox, Chrome, Edge, Brave	✅ All major browsers
Mobile apps	✅ iOS and Android	✅ iOS and Android
Dark web monitoring	❌ Not available	✅ Included
VPN bundled	❌ Not available	✅ Premium plan
Free tier	✅ Community Edition (self-hosted)	❌ Eliminated in 2023
Data location	✅ Your servers or EU cloud	⚠️ US cloud (AWS)

Pricing

Passbolt offers a free self-hosted option and competitive commercial plans:

• Passbolt Community Edition: Free — self-hosted, unlimited users, core password management and sharing, OpenPGP encryption, browser extensions, mobile apps
• Passbolt Pro (self-hosted): €49/month for 10 users — adds LDAP/AD sync, MFA options (TOTP, Duo, YubiKey), tags, folders, activity logs
• Passbolt Cloud: From €49/month for 10 users — fully managed, hosted on EU infrastructure, same features as Pro without self-hosting
• Dashlane Premium: $4.99/month (billed annually) — individual, all devices, dark web monitoring, VPN
• Dashlane Friends & Family: $7.49/month — up to 10 members
• Dashlane Business: $8/user/month — admin console, SCIM, SSO, activity logs
• Dashlane Enterprise: Custom pricing — advanced SSO, SIEM integration

For a 10-person team, Passbolt Pro at €49/month (€4.90/user) is significantly cheaper than Dashlane Business at $8/user/month ($80/month total). The Community Edition makes Passbolt one of the only enterprise-grade team password managers available at zero cost for organizations willing to self-host.

Privacy & Data Sovereignty

Passbolt’s privacy architecture provides exceptional data control:

• Headquartered in Luxembourg, EU — subject to GDPR and EU data protection law
• Self-hosting option means your encrypted data never leaves infrastructure you control
• Passbolt Cloud is hosted on EU-based servers, not subject to US CLOUD Act or FISA
• OpenPGP end-to-end encryption with per-user key pairs — the server never holds decryption keys
• AGPL v3 licensing ensures complete transparency — anyone can audit the encryption implementation
• No telemetry, analytics, or tracking in the self-hosted Community Edition
• Data portability — export your passwords in standard formats at any time
• No vendor lock-in due to open-source licensing and standard encryption formats
• Regular independent security audits with published results (Cure53 audit reports available)

Dashlane, by contrast, is a US corporation subject to US legal jurisdiction. While Dashlane uses strong encryption, its proprietary codebase means you must trust their security claims without independent verification. The elimination of their free tier and increasing prices suggest a business model under pressure to maximize revenue, which can create tension with privacy investments.

Migration Guide

Migrating your team from Dashlane to Passbolt involves these steps:

1. Set up your Passbolt instance — either deploy Passbolt Community/Pro on your server using Docker or install packages, or sign up for Passbolt Cloud. The Docker deployment can be running in under 30 minutes with the official docker-compose configuration. (30 minutes)
2. Export from Dashlane — each team member exports their vault from Dashlane as a CSV file via Settings > Export Data. For shared credentials, the Dashlane admin can export organizational passwords. Store export files securely during migration. (10 minutes per user)
3. Create Passbolt accounts — invite team members via email. Each user completes account setup in their browser, which generates their OpenPGP key pair. Install the Passbolt browser extension for Chrome, Firefox, Edge, or Brave. (10 minutes per user)
4. Import credentials — use Passbolt’s import feature to upload Dashlane CSV exports. Passwords, URLs, and notes are imported and encrypted with the user’s OpenPGP key. Organize imported credentials into folders and groups matching your team structure. (15 minutes)
5. Set up sharing and permissions — create groups mirroring your team structure (engineering, operations, marketing) and configure role-based access. Share relevant credentials with appropriate groups using Passbolt’s granular permission model. (30 minutes)
6. Configure enterprise features — if using Pro/Cloud, set up LDAP/AD synchronization for automatic user provisioning, enable MFA policies, and configure activity logging. Test SSO integration if applicable. (1-2 hours)

Estimated total time: 3-5 hours for a 10-person team. Difficulty level: Moderate — requires server administration skills for self-hosted deployment.

Real-World Use Cases

• A digital agency in Luxembourg with 35 employees migrated from Dashlane Business to self-hosted Passbolt Pro after a GDPR compliance review flagged credential storage on US infrastructure as a risk for their government clients. The agency deployed Passbolt on their existing Hetzner dedicated server, and the API integration with their deployment pipeline automated credential injection into staging and production environments. The self-hosted model reduced their password management costs by 60% while satisfying the strictest client data residency requirements.

• A fintech startup in Berlin adopted Passbolt Cloud for their 18-person engineering team after evaluating multiple password managers for SOC 2 preparation. Passbolt’s granular audit logs and role-based access control provided the evidence trail their auditor required. The API-first design allowed them to build a custom Slack bot that engineers could use to request time-limited access to production credentials, with automatic revocation — something not possible with Dashlane’s limited API.

• An open-source consultancy in Amsterdam chose Passbolt Community Edition for managing shared credentials across their 12 consultants and 40+ client projects. The AGPL license aligned with their open-source values, and the self-hosted deployment on their Nextcloud server kept everything in-house. Each client project got its own folder with separate access permissions, ensuring consultants could only access credentials for their assigned projects. The total cost: zero, beyond the server resources they were already paying for.

Company Background

Passbolt SA was founded in 2016 and is headquartered in Luxembourg, one of the founding members of the European Union. The company was created by a team of security professionals who recognized that existing team password management solutions were either proprietary, US-based, or both — leaving European organizations without a truly sovereign option for collaborative credential management.

The decision to use the AGPL v3 license was deliberate: it ensures that any organization deploying Passbolt (including cloud providers) must share their modifications with the community, preventing proprietary forks. This “copyleft” approach builds trust — if Passbolt SA ever changed direction, the community could continue development independently based on the existing open-source codebase.

Passbolt’s choice of OpenPGP for its encryption layer is notable. While most password managers use symmetric vault encryption where a single key protects the entire vault, Passbolt uses asymmetric cryptography where each user has their own key pair. When a password is shared with three team members, it is encrypted three times — once for each recipient’s public key. This means compromising a single user’s key exposes only that user’s accessible credentials, not the entire vault.

The company’s Luxembourg headquarters places it under EU jurisdiction with access to the EU single market, making it straightforward for EU organizations to meet data processing requirements. Passbolt has grown steadily through organic adoption in the developer community, with over 20,000 organizations using the software as of 2025 and a strong presence in government, education, and regulated industries.

Security & Compliance

Passbolt’s security architecture is built for organizational credential management:

• OpenPGP end-to-end encryption — each user generates a 3072-bit RSA or ECC key pair; secrets are encrypted per-recipient, not per-vault
• Zero-knowledge server — the Passbolt server stores only encrypted data and public keys; private keys remain on user devices
• AGPL v3 open source — complete server and client code available for security review and audit
• Independent security audits by Cure53 with published reports demonstrating the absence of critical vulnerabilities
• Multi-factor authentication — TOTP, YubiKey (FIDO2/U2F), and Duo support (Pro/Cloud)
• GDPR compliance as an EU-headquartered company processing data under EU law
• Activity audit logs tracking all credential access, sharing, and modification events for compliance evidence
• Role-based access control with owner, manager, editor, and viewer permission levels per resource
• Account recovery — organization-managed recovery process using escrow keys, avoiding single-point-of-failure recovery
• CSP and security headers — the web application implements strict Content Security Policy and modern security headers

Integration Ecosystem

Passbolt integrates with enterprise infrastructure and developer workflows:

• Browser extensions for Chrome, Firefox, Edge, and Brave with auto-fill, password generation, and secure sharing
• Mobile apps for iOS and Android with biometric unlock and offline access to cached credentials
• REST API — comprehensive JSON API for programmatic access to all Passbolt functionality, enabling custom integrations and automation
• LDAP / Active Directory sync (Pro/Cloud) — automatic user provisioning and group synchronization from your directory service
• SSO integration — SAML and OpenID Connect support for enterprise single sign-on (Cloud edition)
• Docker deployment — official Docker images and docker-compose configurations for easy self-hosted deployment
• CLI tool (go-passbolt-cli) — command-line access for scripting, CI/CD pipeline integration, and automation
• Ansible, Terraform, and Kubernetes — community-maintained integrations for infrastructure-as-code workflows
• Import tools — import from KeePass (KDBX), LastPass, 1Password, Dashlane, Bitwarden, and CSV formats
• Webhook notifications — trigger external systems on credential events for workflow automation

Who Should Switch?

Passbolt is ideal for:

• Development teams that need shared credential management with API access and CI/CD integration
• Business owners seeking GDPR-compliant team password management with full data sovereignty
• Privacy advocates who require open-source, auditable software for their most sensitive data
• IT administrators who want self-hosted infrastructure with enterprise directory integration
• Regulated industries (finance, healthcare, government) requiring audit trails and access controls for credential management
• Organizations looking to reduce SaaS dependency while maintaining enterprise-grade security features

The Bottom Line

Passbolt and Dashlane serve different audiences with different philosophies. Dashlane excels as a polished consumer product with convenience features like VPN and dark web monitoring. Passbolt excels as a transparent, controllable team password management platform where security and sovereignty take priority over consumer polish.

If your primary need is personal password management with a slick interface, Dashlane or other consumer-focused alternatives may serve you better. But if you need to securely share credentials across a team, require audit trails for compliance, want the ability to self-host on your own infrastructure, and value the transparency of open-source code, Passbolt is the clear European choice — built in Luxembourg, open to inspection, and designed from the ground up for organizations that refuse to compromise on data sovereignty.

Frequently Asked Questions

What does it mean that Passbolt is self-hostable?

Self-hosting means you install and run the Passbolt server on your own infrastructure — your own physical server, virtual machine, or cloud instance that you control. Your encrypted password database stays on servers you own and operate, rather than being stored on the provider's cloud. This gives you complete control over data location, access, backups, and retention. Passbolt provides Docker images, Ubuntu/Debian packages, and installation scripts to make self-hosting straightforward. You can also use Passbolt Cloud if you prefer a managed service.

How does Passbolt's encryption work?

Passbolt uses OpenPGP (via the OpenPGP.js library) for end-to-end encryption. Every user has a private/public key pair generated in their browser. When you share a password with a team member, it is encrypted with their public key so only they can decrypt it with their private key. The server never has access to unencrypted passwords. This is fundamentally different from most password managers that use a shared vault key — Passbolt's per-user encryption means even compromising the server does not expose credentials without individual private keys.

Can Passbolt replace Dashlane for individual personal use?

Passbolt is primarily designed for team and organizational use. While you can use it as an individual, it lacks some consumer convenience features that Dashlane offers — like a VPN, dark web monitoring, password health dashboard, and polished mobile auto-fill. If you are a solo developer or privacy advocate who values open source and self-hosting, Passbolt works well individually. For general personal use focused on convenience, other EU alternatives like Proton Pass or KeePassXC may be better fits.

What is the difference between Passbolt Community, Pro, and Cloud editions?

Passbolt Community Edition (CE) is the free, self-hosted version under AGPL v3 with core password management and sharing features. Passbolt Pro (self-hosted) adds LDAP/AD synchronization, multi-factor authentication options, tags, and folders for €49/month (10 users). Passbolt Cloud is the fully managed SaaS version hosted on EU infrastructure, starting at €49/month for 10 users, with the same Pro features without self-hosting responsibilities. All editions share the same open-source core.

How does Passbolt integrate with CI/CD pipelines and DevOps workflows?

Passbolt offers a comprehensive REST API that allows programmatic access to secrets. DevOps teams use this to inject credentials into CI/CD pipelines, container orchestration systems, and deployment scripts without hardcoding secrets. There are community-maintained integrations for Ansible, Terraform, and Kubernetes. The API uses the same OpenPGP encryption as the browser extension, ensuring secrets are decrypted only on the requesting system.