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Password Management

Proton Pass

UK / wider Europe Report an error

Panel rating · 6 judges · How to read the stars

Category median

Sovereignty: not determined

0–5 in half steps. 5 means the rubric's top anchor is met on the evidence.

by Proton AG · proton.me

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Proton Pass: AI-assisted analysis on whats-best.ai Proton Pass: AI-assisted analysis on whats-best.ai (dark)

Add ?theme=dark to the image address for dark backgrounds. The badge shows the category and the month of the latest evaluation, and EU-Made where that is the product’s provenance. It never shows a score.

Proton Pass at a glance

Vendor
Proton AG
Headquarters
Not stated on the vendor’s pages as of 13 Oct 2026
Data hosting
Not stated on the vendor’s pages as of 13 Oct 2026
Free plan
Yes, per the vendor’s own page source, captured 1 Oct 2026
Panel verdict
The AI panel rates Proton Pass 2/5, the mean of 6 judges. Proton Pass is Proton AG's end-to-end encrypted password manager; the company is based in Plan-les-Ouates (Geneva), Switzerland and presents itself as outside US and EU jurisdiction. how scores are made
As of
Vendor pages captured 1 Oct 2026 to 13 Oct 2026; evaluated by the panel 15 Oct 2026. all sources

Proton Pass alternatives, European ones first →

Read this page as one judge. Each weighs the same scores by what they care about.

The Identity Engineer

Weighted verdict

Runs Entra ID for two thousand staff and owns the joiner-mover-leaver process. Wants SCIM that suspends a leaver's vault the moment the account is disabled, an SSO unlock whose key model is documented, and FIDO2 keys and passkeys supported for the vault itself.

Same scores as the panel view — this lens weights them the way this judge cares.

Scored by The Identity Engineer

Panel median The Identity Engineer This judge’s scores over the panel median. Each label opens its reasoning below.
Scores per criterion, in stars out of 5
Criterion Panel median The Identity Engineer
Encryption model & independent audits 3 of 5 3 of 5
Sharing, roles & recovery 3 of 5 2.5 of 5
SSO, directory sync & provisioning 3 of 5 3 of 5
Audit logs, policies & reporting 2.5 of 5 2.5 of 5
Hosting choice, offline access & export 2 of 5 2.5 of 5
European sovereignty 1.5 of 5 1 of 5
Pricing transparency 1 of 5 1 of 5

Encryption model & independent audits

How this is scored

What the vendor can prove about its security design: end-to-end encryption with named algorithms and key derivation, which fields are encrypted on the device and which are not, independent audits and penetration tests with published results, a bug bounty, and incident history disclosed.

0 — Security described in adjectives ("bank-grade", "military encryption") with no architecture, no audit and no statement of what the vendor can read.

3 — Encryption algorithms named and "zero knowledge" claimed, but no whitepaper, no statement of which fields stay unencrypted, and audits mentioned without dates, auditors or results.

5 — A published security whitepaper naming algorithms, key derivation and the client-side encryption model, a stated list of what is and is not encrypted (including URLs and metadata), and a named independent audit or certification (ISO 27001, SOC 2) with its date.

8 — Recurring independent penetration tests or code audits with reports or summaries published, a public bug bounty or vulnerability disclosure policy, past security incidents documented with their impact, and open-source clients or cryptography that can be reviewed.

10 — The design is verifiable end to end: full source or cryptographic design public, every field encrypted client-side including metadata, audits by named firms repeated yearly with full reports, a threat model that states what a compromise of the vendor's servers would expose, and incident post-mortems published.

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The Identity Engineer

The cryptography is stated with unusual specificity — 256-bit AES-GCM with a 32-byte vault key, OpenPGP on Curve25519, and end-to-end encryption extended to usernames, web addresses and notes so metadata stays unreadable to the vendor — plus open-source clients and a public bug bounty. But we found no public information on independent audits or certifications with named auditors and dates, on how the vault key is derived from the master password, or on disclosed security incidents, which stops me going higher. 5 7

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Sharing, roles & recovery

How this is scored

How credentials are shared and governed across a company: shared vaults or collections, role-based permissions, view-only and time-limited access, admin account recovery, emergency access, and what happens to shared items when an employee leaves.

0 — Personal vaults only, or sharing by sending a password to another user with no permissions and no record.

3 — Shared folders with all-or-nothing access, no roles, and no stated process for recovering an account or reclaiming credentials from a departing employee.

5 — Shared vaults or collections with read, edit and manage permissions, groups and admin roles, an admin recovery mechanism documented with its key model, and offboarding that transfers a leaver's shared items.

8 — Granular permissions down to hiding the password while allowing autofill, time-limited and one-time sharing with external parties, emergency access with a waiting period, delegated administration per team or location, and approval workflows for sensitive items.

10 — Access is governed and provable: least-privilege defaults, recovery and emergency access designed so the vendor never holds a key and stated so, periodic access reviews supported in the product, and every grant, change and revocation attributable to a person.

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The Identity Engineer

Vault sharing with selectable access levels, single-item or whole-vault sharing, secure links with expiry and view limits for people outside the company, revocation at any time, and emergency access on paid plans cover the everyday cases. We found no public information on an admin recovery mechanism and its key model, on named roles beyond the admin panel, or on what happens to a leaver's shared items — the offboarding story rests only on the SCIM deprovisioning action in the setup guides. 7 8 9 1

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SSO, directory sync & provisioning

How this is scored

How the vault fits into the company's identity stack: SSO with Entra ID, Okta or Google, and the key model behind an SSO unlock; SCIM or directory sync for joiners and leavers; MFA options including hardware keys; and passkey support for users and the vault itself.

0 — Each user creates an account by email; no SSO, no directory sync and no MFA beyond an app code.

3 — SSO available only to sign in to the admin console or on the top tier with no description of how the vault is then decrypted, and users provisioned by CSV invite.

5 — SSO with named identity providers (Entra ID, Okta, Google) documented with how the vault key is derived or released, SCIM or directory sync for provisioning and deprovisioning, and MFA including FIDO2 or hardware keys.

8 — SSO unlock designed so the vendor cannot derive the vault key and stated so, group sync driving vault permissions, automated suspension on deprovisioning, conditional access or device policies, and passkeys stored and used across platforms.

10 — Identity is integrated without trust shortcuts: the SSO key model published and independently reviewed, deprovisioning that revokes vault access and shared items immediately with a log entry, passwordless vault unlock with passkeys, and support for the customer's own key-management or trusted-device approval.

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The Identity Engineer

SCIM for Microsoft Entra is documented with base URL and token, group support and Create and Deactivate user actions, and passkeys are supported across all devices — close to what my joiner-mover-leaver process needs. But we found no public information on how the vault key is derived or released when a user signs in with SSO, no named hardware security key support for the vault itself, and no conditional access or device policy story, which is exactly the documentation I would need before trusting SSO unlock for two thousand staff. 9 10 11 1 5

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Audit logs, policies & reporting

How this is scored

What an administrator and an auditor can see and enforce: event logs of access and changes, password health and breach reports, enforceable policies (master password, MFA, sharing, export), SIEM integration, and reports an ISO 27001 or NIS2 audit can use.

0 — No audit log and no admin policies; the administrator sees a user list.

3 — A basic activity list and a password-strength score, but no exportable log, no enforceable policies, and no record of who viewed or copied a shared credential.

5 — Event logs covering logins, item access, sharing and admin changes, exportable or available through an API, enforceable policies for master password and MFA, and password health and breach-monitoring reports.

8 — Native SIEM integration with named targets (Splunk, Microsoft Sentinel, Elastic or syslog), policies for sharing, export and browser-extension behaviour, log retention stated, and compliance reports aligned to ISO 27001, NIS2 or BSI IT-Grundschutz.

10 — Auditability is complete: every view, copy, autofill and permission change logged with user and device, logs tamper-evident and retained for a configurable period, alerting on anomalous access, and an auditor role that can read logs without access to secrets.

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The Identity Engineer

Enforceable team policies for two-factor authentication, sharing outside the organisation, export and vault creation, plus Sentinel's organisation-wide view of sign-in events with location, ISP and device, and password health with dark web monitoring, give an administrator real levers. We found no public information on exportable logs or an event API, named SIEM targets, log retention, or records of who viewed or copied a shared credential, so the evidence trail an ISO 27001 auditor would ask for stays thin. 11 12 1 5

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Hosting choice, offline access & export

How this is scored

Where and how the vault runs and how the data leaves it: cloud region choice, a self-hosted or on-premises option, offline access during a vendor outage, client coverage across operating systems and browsers, and a complete, documented export and import path.

0 — Cloud only in an unstated region, no offline access, and no export or an export that drops attachments and shared items.

3 — Cloud with a region named, apps for common platforms, and an export in CSV only that leaves out attachments, folders, TOTP seeds or custom fields.

5 — An EU region or self-hosted option, offline read access on desktop and mobile, clients for Windows, macOS, Linux, iOS, Android and the major browsers, and an export that covers all item types including attachments.

8 — Both EU cloud and self-hosted or on-premises deployment documented, a status page with incident history, encrypted full-fidelity export and import from named competitors, and vault access continuing during an outage of the vendor's service.

10 — The customer can run and leave the vault on their own terms: self-hosting with documented high availability and backup, an open or documented export format that preserves structure, permissions and history, and a stated procedure for continued access if the vendor ends the service.

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The Identity Engineer

Clients cover Windows, macOS, Linux, Android, iPhone and iPad plus the five major browsers, and export runs to a PGP-encrypted JSON file with documented import paths from around sixteen named competitors. Hosting is described as Switzerland only, and we found no public information on a self-hosted option, offline access during a vendor outage, or a status page with incident history. 13 14 1 5

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European sovereignty

How this is scored

Who the contracting entity and the parent company are, where vault data and metadata are hosted, and who the subprocessors are. Independently sourced by the sovereignty pipeline; end-to-end encryption narrows what a foreign authority could compel, but metadata, logs and the update channel for the client software remain in the vendor's hands, so the chain still counts.

0 — Non-EU vendor and contracting entity, hosting unstated, and subprocessors unnamed.

3 — An EU data region offered while the contracting entity and parent are non-EU without a stated safeguard, or the subprocessor list is absent.

5 — EU hosting as standard or selectable and an EU contracting entity, but the parent company or parts of the chain (support, analytics, email, client distribution) are non-EU.

8 — EU hosting on named infrastructure, EU contracting entity, subprocessor list published with locations, a DPA covering vault metadata and logs, and a self-hosted option that removes the vendor from the data path.

10 — Sovereign end to end and evidenced: European ownership, entity, hosting and every subprocessor, certifications published (ISO 27001, BSI C5 or equivalent), and source code or builds verifiable so the client update channel is not a blind trust in the vendor.

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The Identity Engineer

The captured pages state a Swiss company and Swiss jurisdiction and encrypt every field including metadata, with no permanent IP logs by default, but they leave vault data residency unconfirmed. We found no public information on subprocessors and their locations, a data processing agreement covering metadata and logs, or published certifications, so the chain outside the encrypted payload remains unverifiable to me. 3 5 1

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Pricing transparency

How this is scored

Whether a buyer can compute the real annual cost from public pages alone: price per user and tier, which features (SSO, SCIM, SIEM, self-hosting) sit in which tier, minimum seats, add-ons, and the minimum term.

0 — No public prices at all; every tier is a sales conversation.

3 — A starting price exists, but which business features (SSO, SCIM, audit logs) sit in which tier is unclear — the invoice is unknowable.

5 — Per-user tier prices public with the main features per tier, but at least one commonly needed piece (SSO, SIEM integration, self-hosting, minimum seats) is unpriced or "on request".

8 — Every tier priced publicly with its feature set and seat minimum, add-on prices listed, self-hosted licensing stated, minimum term and VAT treatment given.

10 — Complete price computability: annual invoice derivable for a given number of users, with every add-on, self-hosting licence, support level and renewal condition published.

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The Identity Engineer

The pricing page publishes tier structures, seat ranges from three users upward and per-plan inclusions — enforceable two-factor authentication and 99.95% uptime in all plans, team policies on the Professional and Workspace tiers, SCIM tied to the business plan — but we found no public information on price figures themselves, so no annual cost can be computed. VAT treatment, minimum term and add-on prices are also absent from what I can see. 2 9 11

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European sovereignty — proven facts

0 of 4 dimensions proven

Built only from facts shown on the vendor's own pages. A dimension we could not prove is left open, not scored as zero.

Ownership Not determined — uncited Report an error
Data residency Not determined — uncited Report an error
Subprocessors Not determined ⚠ unverified — uncited Report an error

Questions about Proton Pass

Is Proton Pass European?

Yes, though not from the EU. whats-best.ai classifies Proton Pass as UK / wider Europe.

Where does Proton Pass store data?

Not stated on the vendor’s pages as of 13 Oct 2026.

Does Proton Pass have a free plan?

Yes. Proton Pass has a free plan, per the vendor’s page captured 1 Oct 2026.

What are the best alternatives to Proton Pass?

As of 21 Oct 2026, the panel rates Password Depot (3.5/5), Keeper (3/5) and Passbolt (3/5) highest among the other 18 Password Management products evaluated. Ratings that look equal are rounded to half stars; the order uses the unrounded rating, then the name. The highest-rated European alternative is Password Depot (EU-Made). Ratings are the AI panel’s opinion, formed from public evidence: how scores are made. The full list, with European products first: Proton Pass alternatives.

Where this could be wrong

What we left out

A claim that does not survive our checks costs us the claim, not the page. This is what was taken off this one.

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Sources (14)

The pages every claim on this page was read from — each one checked, dated, and kept verifiable.

  1. 1 Vendor homepage proton.me Checked 13 Oct 2026 +1 earlier capture: 1 Oct 2026 Details →
  2. 2 Pricing page proton.me Checked 13 Oct 2026 Details →
  3. 3 Privacy policy proton.me Checked 13 Oct 2026 Details →
  4. 4 Terms of service proton.me Checked 13 Oct 2026 Details →
  5. 5 Encryption model & independent audits — found from sitemap proton.me Checked 13 Oct 2026 Details →
  6. 6 Encryption model & independent audits — found from sitemap proton.me Checked 13 Oct 2026 Details →
  7. 7 Sharing, roles & recovery — found from sitemap proton.me Checked 13 Oct 2026 Details →
  8. 8 Sharing, roles & recovery — found from sitemap proton.me Checked 13 Oct 2026 Details →
  9. 9 SSO, directory sync & provisioning — found from sitemap proton.me Checked 13 Oct 2026 Details →
  10. 10 SSO, directory sync & provisioning — found from sitemap proton.me Checked 13 Oct 2026 Details →
  11. 11 Audit logs, policies & reporting — found from sitemap proton.me Checked 13 Oct 2026 Details →
  12. 12 Audit logs, policies & reporting — found from sitemap proton.me Checked 13 Oct 2026 Details →
  13. 13 Hosting choice, offline access & export — found from sitemap proton.me Checked 13 Oct 2026 Details →
  14. 14 Hosting choice, offline access & export — found from sitemap proton.me Checked 13 Oct 2026 Details →