Set Up 2FAS Authenticator: 13 Steps, 45 Min [2026]

Losing your phone used to mean losing every account tied to it. That changed for a lot of people once they moved their two-factor codes into a 2FAS authenticator app that keeps an encrypted copy off the device. As of October 2026, 2FAS Auth sits on version 6.0.5 for Android, a release that added direct imports from Proton Authenticator and Bitwarden, alongside crash fixes and a longer screenshot timeout. If you have been putting off a proper setup, or you are migrating away from Google Authenticator, Authy, or a spreadsheet full of backup codes, this is the walkthrough to follow.

The sections below cover the full process: installing 2FAS Auth on Android or iOS, locking it down with a passcode, migrating existing codes from other authenticator apps, turning on encrypted cloud backup, pairing the browser extension, and testing a restore before you actually need one. It also covers 2FAS Pass, the company’s separate password manager, and where it fits if you want one app handling both logins and one-time codes. Expect to spend about 45 minutes start to finish, most of it spent re-entering or scanning QR codes for accounts you already use.

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What Is 2FAS Auth and Why It’s Trending Right Now

2FAS Auth is a free, open source two-factor authentication app for Android and iOS built by the Polish software studio 2FAS. It generates both TOTP (time-based) and HOTP (counter-based) one-time codes, works fully offline once an account is added, and does not require creating a 2FAS account to use the core app. The company states plainly on its product page that it does not collect or see user data, since everything stays on the device unless you deliberately turn on backup.

The reason it keeps surfacing in search results in late 2026 comes down to three things happening at once. First, the Android app shipped version 6.0.5 on October 6, 2026, with new import paths from Proton Authenticator and Bitwarden, something competitors have been slower to add. Second, 2FAS has been pushing a second product called 2FAS Pass, a source-available password manager with a browser extension, which gives the company a one-two punch against Bitwarden and 1Password. Third, both the Android and iOS clients are published in full on GitHub under the GPL-3.0 license, which keeps drawing attention from security researchers and privacy-focused reviewers who want to read the code rather than trust a vendor’s word. A recent independent review singled out the app’s simple setup, encrypted backup to a user-controlled cloud account, password-protected export, and Apple Watch support as its main strengths.

None of that matters much if the app does not fit how you actually use two-factor authentication day to day. The rest of the sections below cover through a setup that covers the common cases: someone starting fresh, someone migrating from another authenticator, and someone who wants a browser extension without turning a phone into the only possible point of failure.

Prerequisites: What You Need Before You Start

You do not need much to follow along, but a few things make the process faster and reduce the odds of getting locked out partway through.

• An Android device running Android 8.0 or later, or an iPhone running iOS 15 or later (2FAS Auth supports both current mobile platforms as of its 2026 releases)
• 2FAS Auth installed from the Google Play Store or Apple App Store, version 6.0.5 or newer on Android
• A second device (an old phone, a tablet, or a family member’s phone) for the restore test in Step 10, since testing on the same device you backed up from does not prove anything
• Access to the accounts you plan to migrate (email, exchanges, cloud storage, work SSO) so you can re-link two-factor if a direct import is not available
• A password manager, or at minimum a secure offline note, to store the backup password you will create in Step 7
• 15 to 20 minutes of uninterrupted time if you are starting fresh, or up to 45 minutes if you are migrating a dozen or more accounts from another authenticator
• One of Chrome, Brave, Firefox, Edge, Opera, or Safari installed if you plan to pair the 2FAS browser extension in Step 8

If you are coming from Google Authenticator, Authy, Microsoft Authenticator, or Aegis, keep that app installed on your phone until the migration is fully verified. Deleting the old app before confirming every code works in 2FAS is the single most common way people end up locked out of an account mid-tutorial.

Step 1: Download and Install 2FAS Auth

Open the Google Play Store on Android or the App Store on iOS and search for “2FAS Auth” or “2FA Authenticator (2FAS).” The developer listing shows 2FAS Auth as the publisher. Install the app and open it. You will land on a welcome screen that explains the app works without an account and asks permission to use the camera, which it needs for scanning QR codes.

Grant camera access when prompted. If you skip it now, you can still add accounts by typing the secret key manually later, but scanning is faster for most services. On Android, you can confirm you installed the current build by checking Settings inside the app, which should read 6.0.5 or later as of this writing.

Output example: After installation, the home screen shows an empty token list with a plus button in the bottom right and a short prompt reading something like “Add your first token.” That empty state is correct. Nothing should appear here until you scan or import a code.

Step 2: Lock the App With a PIN or Biometrics

Before adding any accounts, set up app-level protection. Open the app’s settings menu (usually a gear icon or three-dot menu depending on platform version), find Security or App Protection, and turn on either a PIN code or biometric unlock (fingerprint or face recognition, depending on what your device supports).

This step matters more than it looks. A two-factor app that opens with a single tap defeats half the point of two-factor authentication, since anyone who picks up an unlocked phone can read every current code. Setting the lock now, before your token list has anything valuable in it, means you are not tempted to skip it once the app is full of real accounts.

On both platforms, there is usually a secondary option to require the PIN or biometric check every time the app opens, versus only after a period of inactivity. Choose “every time” unless you add and check codes dozens of times a day, in which case a short grace window (one to five minutes) is a reasonable compromise.

Step 3: Add Your First Account by QR Code or Manual Entry

Pick one account you want to protect first, ideally your primary email since that account can often reset everything else. Go into that service’s security settings and look for “Two-factor authentication,” “2-Step Verification,” or “Authenticator app” setup. The service will display a QR code.

In 2FAS, tap the plus button, choose “Scan QR code,” and point the camera at the screen. The app reads the embedded secret and immediately starts generating a six-digit code that refreshes roughly every 30 seconds for TOTP accounts. Enter that code back into the service to confirm the pairing.

If a service only offers a text string instead of a QR code (common for self-hosted tools and some enterprise SSO providers), tap “Enter manually” instead, and paste in the secret key along with the account name and issuer. A manually entered TOTP secret and the underlying QR payload both follow the same format, shown below for reference:

otpauth://totp/Example:[email protected]?secret=JBSWY3DPEHPK3PXP&issuer=Example&algorithm=SHA1&digits=6&period=30

Output example: Once added, the account appears in your token list with the issuer name, a six-digit code, and a small countdown ring showing how many seconds are left before the code refreshes. If the countdown reaches zero and the code does not change, something is wrong with your device clock, which gets addressed in the troubleshooting section below.

Step 4: Migrate From Google Authenticator, Authy, or Bitwarden

If you already have two-factor codes set up in another app, you have two realistic paths: a direct import where 2FAS supports it, or an account-by-account re-pairing where it does not.

Google Authenticator added an export feature that generates a batch QR code covering multiple accounts at once. In 2FAS Auth, use the import flow and select “Google Authenticator” as the source, then scan the export QR code shown by Google Authenticator’s own transfer accounts feature. This pulls every exported account into 2FAS in one pass rather than one at a time.

For Bitwarden, which stores some TOTP secrets inside its vault for Premium users, 2FAS Auth’s October 2026 release (6.0.5) added a direct import option specifically for Bitwarden-exported data. Export your Bitwarden vault items that include TOTP fields, then point 2FAS at that export file during setup.

Authy does not offer a clean bulk export by design, since it ties accounts to a phone number and encrypted cloud account rather than a portable file. For Authy migrations, the realistic approach is going into each service individually, disabling the existing authenticator, and re-pairing fresh with 2FAS. It is tedious for a long list of accounts, but it avoids relying on Authy’s closed export format.

Step 5: Import From Proton Authenticator

Proton Authenticator import is the other headline addition in the 6.0.5 Android release, alongside the Bitwarden path. If you have been using Proton’s standalone authenticator app, export your tokens from Proton Authenticator’s own settings menu, which produces a file you can hand to 2FAS.

In 2FAS, open the import menu, choose Proton Authenticator as the source, and select the exported file. The app parses the entries and adds them to your token list in bulk, preserving the issuer and account labels Proton had assigned. Review the imported list afterward, since issuer names from a different app do not always match the labels you are used to, and a mislabeled token is easy to pick wrong under pressure when you actually need a code.

Once the import finishes, verify at least three or four of the migrated codes against the live service before deleting anything from Proton Authenticator. A successful import shows the same six-digit value in both apps during the same 30-second window.

Step 6: Turn On Encrypted Cloud Backup

With your accounts added, the next step is making sure a lost or broken phone does not erase them. 2FAS Auth supports backup to your own cloud storage account (Google Drive on Android, iCloud on iOS, with additional provider options depending on platform) rather than storing anything on 2FAS’s own servers.

Open Settings, find Backup, and turn it on. The app will ask which storage provider to use and then prompt for a backup password in the next step. According to the app’s own documentation, tokens are encrypted on the device before they are ever sent to cloud storage, so what lands in your Drive or iCloud account is unreadable without that password, not a plain list of secrets.

You can also skip automatic cloud sync entirely and do a manual, password-protected export instead, which creates a single encrypted file you store wherever you prefer. A security review of browser-based authenticator extensions published in 2026 drew a useful distinction here: a local encrypted export is a materially different trust model from an automatic sync into a third-party cloud account, even though both use encryption. If you are uneasy about any cloud dependency, the manual export is the more conservative choice.

Step 7: Choose and Store a Strong Backup Password

Your backup password is the single point that determines whether an encrypted backup actually protects you or just gives you a false sense of security. 2FAS cannot recover this password if you lose it, by design, since that is what makes the encryption meaningful.

Generate a password with at least 16 characters, mixing upper and lowercase letters, numbers, and symbols. Do not reuse a password from another account, and do not reuse your device PIN. The safest approach is to generate it inside a password manager, save it there under an entry like “2FAS backup password,” and never type it from memory.

Here is a template for the note you should keep alongside the password, whether in a password manager’s secure note field or printed and stored in a safe:

2FAS Backup Record
-------------------
Backup password: [stored separately in password manager]
Backup created: 2026-10-14
Storage provider: Google Drive / iCloud
Last restore test: 2026-10-14 (second device: old Pixel 6a)
Accounts covered: 23
Next review date: 2027-01-14

Set a recurring reminder to revisit this record every few months. Backup passwords that live only in memory have a habit of disappearing right around the time a phone gets lost.

Step 8: Install and Pair the 2FAS Browser Extension

2FAS Auth offers a browser extension for Chrome, Brave, Firefox, Edge, Opera, and Safari that lets you autofill one-time codes directly into login forms without switching to your phone. Install it from your browser’s extension store, then open it and follow the pairing prompt, which typically involves scanning a QR code shown by the extension using the 2FAS mobile app.

It helps to understand how the extension actually works before relying on it. A review of authenticator browser extensions published in 2026 described the 2FAS extension model accurately: the extension does not hold an independent copy of your token secrets. Instead, it requests a code from your paired phone, and the phone approves and sends the value back to the browser. That design means your phone stays the single source of truth, and a stolen laptop with the extension installed is far less useful to an attacker than one holding an independent vault.

Only pair the extension with a browser profile you actually control, and avoid pairing it on a shared or public computer. If you ever lose access to a device where the extension was paired, unpair it from the mobile app’s settings as soon as you notice.

Step 9: Organize Tokens Into Groups

Once you have more than ten or fifteen accounts in 2FAS, a flat list becomes hard to scan quickly, especially under the pressure of a login timeout. Version 6.0.5 added the ability to rename the default “My Tokens” group, and the app supports creating additional groups beyond that default.

Create groups that match how you actually think about your accounts: Work, Personal, Finance, Crypto, Shopping. Long-press or use the menu option on a token to move it into a group. This is not just cosmetic. During an actual login under time pressure, being able to jump straight to a “Finance” group instead of scrolling past twenty unrelated tokens saves real seconds, and a TOTP code that expires in 30 seconds does not leave much room for scrolling.

Step 10: Test Restore on a Second Device

This is the step almost everyone skips, and it is the one that actually proves your backup works. Grab a second device, install 2FAS Auth on it, and go through the restore flow using the backup password from Step 7.

On the second device, open Settings, choose Restore Backup, select the same cloud storage provider, and enter the backup password. The app should pull down your encrypted backup, decrypt it locally, and repopulate your full token list, including any groups you created in Step 9.

Output example: A successful restore shows a progress indicator followed by the full token list appearing exactly as it was on your primary device, same groups, same labels, same current codes. If the list comes back empty or incomplete, do not delete anything on your primary device yet. Go back to Step 6 and Step 7, confirm backup is actually enabled (not just configured) and that you are entering the password without a typo.

Once the restore test passes, you can delete 2FAS from the second device if it was borrowed, or keep it as a genuine backup device if it is yours. Either way, you now have proof the backup works rather than an assumption that it probably does.

Step 11: Save Offline Recovery Codes for Every Account

Two-factor authentication apps generate ongoing codes, but almost every service also issues one-time recovery or backup codes when you first enable 2FA. These are separate from anything 2FAS stores, and they are your last resort if both your phone and your backup somehow become unavailable at once.

Go back through each account you added in Steps 3 through 5 and locate its recovery codes, usually shown once during 2FA setup and downloadable as a text file. Print them or store them in an encrypted note separate from your main password manager, so a single compromised vault does not expose both your passwords and every recovery code at once.

• Label each set of recovery codes clearly with the account name and the date they were issued
• Store them somewhere physically separate from your phone, such as a locked drawer or a safe
• Cross off or regenerate codes after you use one, since most services invalidate a code once it is spent
• Set a yearly reminder to regenerate recovery codes for your most important accounts, since some services rotate the valid code set over time

Step 12: Set Up 2FAS Pass for Password Management

2FAS Pass is a separate product from 2FAS Auth, built as a local-first password manager with its own browser extension. The extension is described by 2FAS as source-available, and the broader product offers three security tiers that let you control how much of each stored item is encrypted and how it is backed up, along with the option to self-host your vault rather than rely on any hosted sync service.

If you want a single company handling both your one-time codes and your passwords, install 2FAS Pass from the same developer alongside 2FAS Auth, and pair its browser extension the same way you paired the Auth extension in Step 8. Keep in mind this is a younger product than established password managers, so if you are protecting high-value accounts, it is worth running it alongside your existing password manager for a trial period before fully switching over.

For most people following this tutorial purely for two-factor setup, 2FAS Pass is optional. The core 2FAS Auth app covers everything through Step 11 without it.

Step 13: Harden Your Setup for the Long Term

With accounts migrated, backups tested, and recovery codes stored, the last step is making the setup durable over the next year rather than just correct today. Check for app updates on a regular cadence rather than waiting for an auto-update, since security and crash fixes (like those bundled into 6.0.5) land faster than most people check.

You can confirm you are running the current release directly from the GitHub releases page using a simple request, which is useful if you manage 2FAS across multiple devices or just want to script a reminder:

curl -s https://api.github.com/repos/twofas/2fas-android/releases/latest | grep '"tag_name"'

That command pulls the tag name of the most recent public release straight from the open source repository, letting you compare it against the version shown in the app’s own settings screen. The same approach works for the iOS client by swapping the repository name:

curl -s https://api.github.com/repos/twofas/2fas-ios/releases/latest | grep '"tag_name"'

Beyond version checks, revisit your backup password storage every few months, re-run the restore test from Step 10 any time you change phones, and review your token groups from Step 9 whenever you close or open new accounts.

Common Pitfalls That Lock People Out of Their Accounts

Most 2FAS setup problems trace back to a handful of repeatable mistakes. Here are the ones that come up most often.

• Deleting the old authenticator too early. Removing Google Authenticator, Authy, or another app before confirming every migrated code works in 2FAS is the fastest way to lock yourself out of an account mid-migration.
• Never testing the backup. A backup you have not restored on a second device is a guess, not a safety net. Step 10 exists specifically to close this gap.
• Storing the backup password with the backup. Writing the backup password in the same note or file as the backup itself defeats the point of encryption. Keep the two physically and digitally separate.
• Skipping app-level lock. An authenticator app with no PIN or biometric lock turns a lost or borrowed phone into instant access to every one-time code it holds.
• Ignoring device clock drift. TOTP codes depend on accurate time. A phone with a clock that has drifted, often from a bad time zone setting after travel, generates codes that do not match what the service expects.
• Pairing the browser extension on a shared computer. Since the extension requests approval from your phone, pairing it somewhere you do not fully control extends your attack surface for no real benefit.
• Not saving offline recovery codes. Recovery codes issued directly by each service are separate from anything 2FAS stores and are often the only way back in if both your phone and backup become unavailable together.

2FAS vs Google Authenticator vs Authy vs Aegis vs Microsoft Authenticator

Choosing an authenticator app usually comes down to how much you trust a vendor’s cloud, whether you want the source code visible, and whether you need cross-platform support including a browser extension. Here is how the main options line up as of October 2026.

App	Open Source	Backup Model	Browser Extension	Account Required	Platforms
2FAS Auth	Yes (GPL-3.0, Android and iOS)	Encrypted backup to your own Google Drive or iCloud, or manual password-protected export	Yes (Chrome, Brave, Firefox, Edge, Opera, Safari)	No	Android, iOS, major browsers
Google Authenticator	No	Sync tied to Google Account	No dedicated extension	Optional for sync	Android, iOS
Microsoft Authenticator	No	Cloud backup tied to Microsoft Account	No dedicated extension	Recommended for backup	Android, iOS
Authy	No	Encrypted cloud backup tied to phone number	Legacy desktop app (being phased out)	Yes, phone number required	Android, iOS, desktop
Aegis Authenticator	Yes (GPL-3.0)	Local encrypted export only, no cloud sync	No	No	Android only

The practical difference comes down to two questions. If you want an app with no cloud dependency at all and do not mind manual exports, Aegis is the closest match to that philosophy, though it is Android-only and has no browser extension. If you want cross-platform coverage with a browser extension and encrypted backup to cloud storage you already control, 2FAS Auth currently covers more ground than Google Authenticator, Microsoft Authenticator, or Authy on the open source and backup-flexibility fronts, while also publishing its full source code for independent review.

Recent 2FAS Android Release History

Keeping track of what changed recently helps explain why this tutorial leans on version 6.0.5 specifically. Here is the most recent release as documented on the project’s GitHub releases page.

Version	Release Date	Key Changes
6.0.5	October 6, 2026	Import from Proton Authenticator, import from Bitwarden, rename default “My Tokens” group, screenshot timeout increased to 30 minutes, updated strings, crash fixes

If you are reading this after a newer version has shipped, the broad setup steps above still apply. Import sources and group management get refined over time, but the core flow of install, lock, add accounts, back up, and test restore does not change release to release.

Troubleshooting Guide

Even a straightforward setup runs into snags. Here are the issues that come up most often, and how to fix each one.

• Codes from 2FAS do not match what the service expects. Check your device’s date, time, and time zone settings. TOTP codes are generated from the current time, so even a drift of a minute or two can produce a mismatched code.
• QR code scan fails repeatedly. Increase screen brightness on the device showing the QR code, hold your phone steady about six inches away, and make sure the full code fits inside the camera frame without glare.
• Import from Bitwarden or Proton Authenticator shows zero accounts. Confirm the export file actually contains TOTP data (Bitwarden only includes this for items where you manually added a TOTP field) and that you exported from the correct vault or account.
• Browser extension will not pair. Make sure the 2FAS mobile app is open and unlocked during pairing, and that both devices have an active internet connection, since the extension needs to reach your phone to request approval.
• Restore on a second device comes back empty. Double-check you selected the same cloud storage provider used when the backup was created, and verify the backup password character by character, since there is no password reset for this field by design.
• App asks for biometric unlock but keeps failing. Clear the app’s cached biometric binding in your phone’s own Settings app, then re-enable biometric unlock from inside 2FAS Auth’s security menu.
• A migrated token shows the wrong issuer name. This is cosmetic and does not affect the code itself. Tap the token and rename it manually to match what you expect.
• Screenshot of a token list is blocked. This is intentional security behavior to prevent other apps from capturing your codes. The 30-minute screenshot timeout added in 6.0.5 only affects an internal session window, not a permanent block.
• 2FAS Pass extension shows a different vault than expected. Confirm you are signed into the correct local vault profile, since 2FAS Pass supports multiple local-first vaults and it is easy to open the wrong one after a device reset.

Advanced Tips for Power Users

Once the base setup is solid, a few extra habits push your two-factor hygiene further without adding much daily friction.

Rotate your backup password annually, not because the encryption weakens over time, but because the discipline of regenerating and re-storing it forces you to confirm the whole chain still works: you can still access your password manager, you can still find the backup record, and you still remember where the physical recovery codes are kept.

Keep a dedicated “spare device” strategy rather than relying purely on cloud restore. A cheap, older phone kept in a drawer with 2FAS Auth pre-installed and periodically restored from backup gives you a working fallback even if your cloud storage account itself becomes temporarily inaccessible.

For technically inclined users managing many accounts, export your token list periodically (via the manual password-protected export from Step 6) and store that file encrypted in more than one physical location, following the same 3-2-1 logic used for general data backups: at least three copies, on two different types of storage, with one copy kept somewhere physically separate from your home.

Finally, audit your token list every six months and remove entries for services you no longer use. A smaller, current list is both easier to scan under time pressure and reduces how much is exposed if your backup password were ever compromised.

If you like tracking this kind of maintenance the way you would track a project backlog, a plain text or JSON log works fine. A minimal entry might look like this:

{
  "app": "2FAS Auth",
  "version_installed": "6.0.5",
  "last_restore_test": "2026-10-14",
  "accounts_tracked": 23,
  "backup_password_rotated": "2026-10-14",
  "next_audit_due": "2027-04-14"
}

Update that file every time you touch Steps 6, 7, or 10, and you will always know exactly when your setup was last verified end to end.

Complete Working Project: A 45-Minute Migration Checklist

Putting every step together, here is the full sequence as a single checklist you can run through top to bottom. This is the complete project: by the end of it, you have a working 2FAS setup with tested backup, a paired browser extension, and offline recovery codes, not just an app with a few scanned codes in it.

• Install 2FAS Auth (version 6.0.5 or newer) on your primary phone
• Enable PIN or biometric app lock before adding any accounts
• Add or migrate your primary email account first, since it can reset most others
• Use the Google Authenticator export QR flow for bulk migration where available
• Use the built-in Bitwarden and Proton Authenticator import options for those sources
• Manually re-pair any Authy-protected accounts one at a time
• Turn on encrypted cloud backup, or choose manual password-protected export
• Generate a 16-plus character backup password inside your password manager
• Install and pair the 2FAS browser extension on a browser profile you control
• Create token groups that match how you actually use your accounts
• Install 2FAS Auth on a second device and run a full restore test
• Collect and securely store offline recovery codes for every migrated account
• Decide whether 2FAS Pass fits your password management needs, and set it up if so
• Set a recurring reminder to re-check versions, re-test restore, and audit your token list

Run through this list once, start to finish, and the result is a two-factor setup that survives a lost phone, a cracked screen, or a factory reset without turning into a multi-day account recovery project.

Frequently Asked Questions

Is 2FAS Auth actually free?
Yes. The core 2FAS Auth app is free on both Android and iOS, with no account required and no subscription for standard two-factor authentication features.

Does 2FAS Auth work without an internet connection?
Yes, once an account is added, TOTP and HOTP code generation works fully offline, since the codes are calculated locally from the stored secret and the device clock rather than fetched from a server.

What happens if I lose my phone and never set up backup?
Without a backup, you lose every token stored on that device and have to go through each service’s individual account recovery process, usually involving offline recovery codes, identity verification, or support tickets. This is exactly why Step 6 and Step 10 above exist.

Can I use 2FAS Auth on more than one phone at the same time?
Yes. You can install 2FAS Auth on multiple devices and restore the same backup to each, which is a reasonable way to keep a verified spare device ready, as described in the advanced tips section above.

Is 2FAS Auth safe to use for banking and financial accounts?
2FAS Auth uses standard TOTP and HOTP protocols that financial institutions already support through their own two-factor setup flows, and the app encrypts backups before they leave the device. No specific CVE affecting 2FAS Auth had been disclosed as of October 2026, though the same general precautions apply as with any authenticator: use a strong backup password, lock the app itself, and keep offline recovery codes as a fallback.

How is 2FAS Pass different from 2FAS Auth?
2FAS Auth generates one-time two-factor codes. 2FAS Pass is a separate, local-first password manager with its own browser extension, built for storing and autofilling full login credentials rather than one-time codes. They can be used independently or together.

Why does the browser extension need my phone to work?
By design, the 2FAS browser extension does not hold an independent copy of your token secrets. It requests each code from your paired phone, which approves and returns the value. This keeps your phone as the single source of truth and limits what a compromised browser or laptop can expose on its own.

Can I migrate from 2FAS Auth to a different authenticator later if I change my mind?
Yes. Since 2FAS Auth supports manual, password-protected export of your tokens, you can extract your accounts and re-import them elsewhere, the same way this tutorial walked through migrating in from Google Authenticator, Bitwarden, and Proton Authenticator.

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