About Valet
Valet is a mobile Bitcoin wallet that combines non-custodial storage with support for Lightning payments. Its description says the wallet retains the capabilities of its predecessor, including a fully featured Lightning node running on the device. This allows it to manage Bitcoin on-chain and use Lightning functionality from a mobile app. Valet also adds support for synthetic “stable sats” based on hosted payment channels. This feature is intended to provide a stable-value representation within the wallet using hosted channels, while keeping the wallet’s other Bitcoin and Lightning functions available. The supplied evidence provides only a brief overview and does not describe account setup, backup and recovery, supported payment workflows, or the precise operation and risks of hosted channels. Those details should not be inferred from the feature summary. Valet is intended for users looking for a mobile Bitcoin wallet with an integrated Lightning node and the additional stable-sat feature. It is a financial application; users should understand how its custody and hosted-channel arrangements work before relying on it for funds.
Categories
Platforms
Website & Downloads
Trusted package or store listing
Related software
- 1Key Password Manager — 1Key Password Manager is an Android app for storing passwords and other sensitive account details in an encrypted vault kept on the device.
- 5G Proxy Client — 5G Proxy Client routes Android device traffic through a remote SOCKS5 server using a TUN interface, without root access.
- 5G Proxy Pro — 5G Proxy Pro turns an Android phone’s cellular connection into a SOCKS5 proxy that other devices can use over Wi-Fi, hotspot, or USB tethering.
- AIPOS Password Manager — AIPOS Password Manager stores passwords, usernames, URLs, API keys, and two-factor authentication secrets in a local vault.
- ANOTHERpass — ANOTHERpass is an Android password manager and one-time-code authenticator.
- Aegis Authenticator — Aegis Authenticator stores and generates two-step verification codes using HOTP and TOTP, two widely supported algorithms.
