2026 Password Manager Benchmark: Bitwarden vs 1Password vs Proton Pass on Price, Audit History, and Breach Response
2026 Password Manager Benchmark: Bitwarden vs 1Password vs Proton Pass on Price, Audit History, and Breach Response
Bitwarden’s premium tier costs $10 per year. 1Password’s individual plan costs $35.88 per year. That 3.6× gap is the single most useful number in this comparison, and it is also the number most “best password manager” roundups bury under screenshots of the UI. Here is what the pricing pages, public audit reports, and vendor incident disclosures actually show in 2026 — and how to verify each figure yourself before you migrate a vault.
What this benchmark measures, and what it deliberately excludes
This comparison scores three products on three auditable dimensions: list price per year, the recency and scope of independent security audits, and documented breach or incident response. It excludes autofill accuracy, browser extension polish, and mobile UX, because those are subjective and change with every release.
Prerequisites before you run your own version of this evaluation:
- A browser and access to each vendor’s public pricing page (no account needed).
- The vendor’s trust or security page, where audit reports and incident notices are published.
- A spreadsheet with four columns: plan, annual price, audit date, audit firm.
- Thirty minutes. That is genuinely all this takes.
Step 1: Pull the annual price for the plan you would actually buy
Bitwarden Premium is listed at $10 per year for an individual, while 1Password Individual is $35.88 per year and Proton Pass Plus is $47.88 per year — all figures taken from the vendors’ own pricing pages as of late 2026 and subject to regional tax and currency differences.
Do not compare headline monthly prices. Vendors quote monthly and annual figures interchangeably and the annual billing discount varies. Write down the yearly number for the tier that includes the features you need — for most readers that means TOTP generation, file attachments, and emergency access.
The hidden cost nobody mentions: family and bundle math
Bitwarden Families is $40 per year for up to six users, 1Password Families is $59.88 per year for five users, and Proton Pass is bundled into Proton’s paid plans rather than sold as a clean standalone family tier in every region.
That last point matters more than the sticker price. If you already pay for Proton Mail or Proton Drive, Proton Pass Plus is effectively included, and its marginal cost to you is zero. If you do not, you are buying a bundle to get a password manager. Run that calculation before the price table convinces you of anything.
| Plan | Annual list price | Users covered |
|---|---|---|
| Bitwarden Premium | $10 | 1 |
| Bitwarden Families | $40 | Up to 6 |
| 1Password Individual | $35.88 | 1 |
| 1Password Families | $59.88 | Up to 5 |
| Proton Pass Plus | $47.88 | 1 (bundled with Proton plans) |
Prices are the vendors’ published annual rates as of November 2026. Check your own regional pricing page; VAT and local currency conversion move these numbers.
Step 2: Check the audit date, not the audit badge
A security audit is only as good as its date and scope, and every one of these vendors publishes a trust page where you can confirm both — a “SOC 2 certified” badge with no report date tells you nothing.
Here is the method. On each vendor’s security or trust page, find the most recent third-party assessment, then record three things: the firm that performed it, the period it covered, and whether the scope included the client applications (browser extension, mobile app) or only the backend infrastructure. Backend-only audits are common and legitimate, but they say nothing about the code running on your laptop.
The spec sheet says “independently audited.” The question you need answered is audited by whom, when, and what was in scope. If a vendor cannot answer all three on a public page, treat the audit claim as unverified for your purposes.
- Bitwarden: publishes third-party security assessments and compliance documentation on its security page; confirm the most recent report’s date and scope there.
- 1Password: publishes SOC 2 and third-party assessment details on its trust page; verify the coverage period rather than the badge.
- Proton: publishes audit reports for its products on its transparency and security pages; check whether the password manager specifically is in scope.
Do not take any of these as settled from a blog post, including this one. The audit landscape changes yearly, and the only reliable source is the vendor’s own published report, dated. If the newest report you can find is more than 18 months old, that is a finding in itself.
Step 3: Read the breach and incident disclosure history
None of these three vendors has publicly disclosed a breach of user vault contents as of November 2026 — but “no vault breach” is a lower bar than it sounds, and the useful comparison is how each vendor handles incidents when they occur.
Score each vendor on four questions, answered from their public status pages and security advisories:
- Is there a dedicated security advisory page, separate from a marketing blog?
- When an incident is disclosed, does the notice state the affected component and the date range?
- Is there a published timeline from detection to notification?
- Are post-incident reports published after resolution?
Response time is the metric most readers want and the one least often published as a number. Where a vendor does not publish a detection-to-notification interval, you cannot benchmark it — you can only note the absence. Treat an unpublished response time as unknown, not as fast.
One structural point worth understanding: all three products use zero-knowledge architecture, meaning the vendor stores encrypted vaults and does not hold your master password. That design limits the blast radius of a server-side compromise, but it does not protect you from a weak master password, phishing of your login, or a compromised endpoint. The architecture is a backstop, not a substitute for a long master password and hardware-key 2FA.
Step 4: Test the export path before you commit
Every one of these tools can export your vault to a plaintext CSV or JSON file, and that export is your real exit cost — verify it works on day one, not on the day you want to leave.
Create ten dummy entries, export them, open the file in a text editor, and confirm the fields you care about (TOTP seeds, notes, custom fields) survive. Then delete the export. A password manager you cannot leave is a password manager that owns you.
Common mistakes when running this comparison
- Comparing monthly to annual prices. Normalise everything to cost per year, per user.
- Counting a bundle as free. Proton Pass is only free at the margin if you already pay for Proton; otherwise it is the most expensive option here.
- Trusting an audit badge without a date. An undated compliance logo is decoration.
- Ignoring the family tier. Per-user cost collapses once you add a household; Bitwarden Families at $40 for six users is roughly $6.67 per user per year.
- Skipping the export test. Lock-in is a security property too.
If you only change one setting, make it this one
Turn on hardware-key or app-based 2FA for your password manager account today, before you finish comparing prices — account takeover via a phished master password is a far more common failure mode than a vendor-side breach.
None of the three vendors charges extra for TOTP-based 2FA at the individual tier, and all three support hardware security keys. That is the highest-value configuration change available to you, and it costs nothing beyond the key itself.
Verdict
Bitwarden wins on price and on auditability of cost — $10 per year for an individual and $40 for six users is not close, and its open-source codebase means the client applications can be inspected independently of any audit badge. 1Password justifies its $35.88 only if you value its polish and its published trust documentation enough to pay 3.6× more; the security architecture is sound, but the premium is a product decision, not a security necessity. Proton Pass is the correct choice if and only if you already pay for Proton — at $47.88 standalone it is the most expensive individual plan in this table, and bundling logic, not merit, is what makes it cheap.
Before you switch or renew: confirm the current audit report date on the vendor’s trust page, confirm the annual price on your regional pricing page, and export a test vault. Those three checks take under an hour and are worth more than any roundup’s opinion — including this one.