I built Ravenpass because the password managers I tried did not fit how I wanted to work: I wanted to separate work and personal logins clearly, edit entries without friction, and fill credentials outside the browser. Those preferences led me to build an open-source password manager for macOS and Android, with a user-managed encrypted vault file rather than a Ravenpass-hosted account.
What I wanted a password manager to do
This began as a personal usability problem, not a claim that everyone needs the same workflow. In my experience, finding and editing entries could feel awkward, separating work credentials from personal ones was harder than I wanted, and native autofill outside a browser could be limited or comparatively expensive. Those are my preferences and impressions, not a market-wide comparison.
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I wanted the app to make common tasks feel straightforward while keeping the vault under the user’s control. That meant treating organization, editing, and autofill as connected design problems rather than assuming that storing passwords was the whole job.
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Why autofill meant building beyond the browser
A password manager can offer browser autofill and still leave native apps feeling like a separate problem. On macOS, Ravenpass is described as using a distinct Swift credential-provider extension for native autofill. The desktop app itself uses Wails, with a Go backend and a React/TypeScript interface.
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In my implementation, the extension and the main app communicate over a Unix socket inside a shared App Group container. I say the extension verifies the app’s code signature, the app verifies its connecting peer, and the app checks that the chosen credential matches the request before releasing a password, code, or passkey. These are descriptions of my implementation, not an independent security assessment.
The interface still matters: as I put it, “A correctly handled autofill request still needs a picker that’s pleasant to use.” Native autofill therefore involves both operating-system integration and the experience of selecting the right entry.
How the vault is stored and protected
Ravenpass uses a Go vault core shared across its apps. The vault is an encrypted file that the user chooses where to keep: on local storage or in an existing cloud-drive folder. As I described it, “There’s no Ravenpass account to create.” The storage model is a user-managed file, rather than an account-hosted vault.
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- Requires 3 "AAA" batteries (included)
- Unit auto-locks for 30 minutes after 5 consecutive incorrect PINs
The product account describes XChaCha20-Poly1305 encryption for the vault’s index and records. It also describes integration with Secure Enclave on macOS and Android Keystore on Android, plus automatic encrypted backups. Those details explain what I say the software implements; they do not establish a third-party audit, independent cryptographic review, or proof that the product is secure.
Recovery: access is not the same as a backup
Ravenpass generates a 24-word recovery phrase. In my description, that phrase can help restore access to an existing vault file, but it cannot recreate a file that has been lost or deleted. That distinction is important: recovery credentials and a backup copy solve different problems.
Automatic encrypted backups are described as a separate feature. Users should make sure they know where their vault file and backups are stored and that a backup is available before relying on recovery. A separate removable drive can hold a copy of an encrypted backup, but the drive itself does not provide encryption; that protection comes from the vault and backup process.
What the vault can hold
The vault is intended for more than login passwords. The product description says it can also hold:
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- Payment-card details
- Document scans
- Private notes
- Wallet recovery phrases
Keeping different sensitive information in one vault may suit some workflows, but users should consider the consequences of storing these items together and maintain a separate backup of the encrypted vault file.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.A concurrency test I used for locking
I describe a race-condition test for a credential read: begin reading a selected item, pause after decryption, lock the vault, then let the pending operation continue. The expected result is that the read fails rather than returning the credential after the vault has been locked.
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This is one test I describe, not a comprehensive test program or an independent validation of the app’s security. It addresses a specific timing case in which a lock occurs while a read is already underway.
Platforms and what is not established
The article describes Ravenpass as available for macOS and Android. iOS, Windows, and Linux support are planned, but no release dates are given. The source is my product account, published on DEV Community on September 27, 2026; it does not include a third-party security audit, comparative usability study, or measured performance results.
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