At home on your devices.
Native Mac, iPhone, and iPad interfaces. Fill passwords and verification codes through Apple’s AutoFill system.
Set up AutoFill ↗Independent by design. Apple at heart.
A native password manager with a developer’s soul. Keep logins and API keys together, sync through your iCloud, and put secrets to work from the command line.
macOS 15+ · iOS & iPadOS 18+ · MIT licensed
# References in your project. Secrets in your vault.
$ 2ndpass run --env-file app.env -- npm run dev
# Same vault. Native app. Your iCloud.One vault. Both sides of your day.
The password you need in Safari. The token your script needs in Terminal. 2ndPass brings them into one native application, without a separate password-manager service.
Native Mac, iPhone, and iPad interfaces. Fill passwords and verification codes through Apple’s AutoFill system.
Set up AutoFill ↗Read a field, inject a configuration template, or launch a command with credentials resolved into its environment.
Meet the CLI ↗Encrypted vaults travel through CloudKit. There’s no 2ndPass account or separate sync server to operate.
Understand the boundary ↗Import supported exports from 1Password, Bitwarden, Apple Passwords, Chrome, and LastPass. Review warnings before committing.
Plan your move ↗Store API credentials, notes, SSH key text, cards, identities, and encrypted attachments. Organize with vaults, tags, and favorites.
Organize your vault ↗Read the source. Build it yourself. Change it to suit you. 2ndPass is MIT-licensed, with its architecture and limitations documented.
Why open source matters ↗Built to replace a real workflow
2ndPass began with a developer who wanted to leave 1Password but still needed the everyday utility of op. The familiar read, run, and inject pattern lives here, alongside a native password manager.
APP_ENV=development
PGUSER=secondpass://${APP_ENV}/db/user
PGPASSWORD=secondpass://${APP_ENV}/db/password$ 2ndpass run --env-file app.env -- npm run devProtection with a clear explanation
Each enrolled device has its own Secure Enclave keys. Your secrets are encrypted before they reach iCloud, and signed updates help detect unauthorized changes.
Hardware protects the device keys; passwords still enter app memory when you use them. Good security starts with an honest description of what is protected.
Read the security model ↗Authenticate to use hardware-bound private keys.
Separate encryption keys for individual secrets.
Store and sync ciphertext to enrolled devices.
Your Apple Account is also part of device enrollment and must be protected.
A second pass at passwords
“I needed a replacement for op. So I built one.”The starting point for 2ndPass.
A values-driven decision became a practical tool. Read why the project exists, what it aims to do, and what it doesn’t promise.
Read the origin story ↗