
The Need for Secure and Accessible Key Storage
In the world of decentralized applications and cryptocurrencies, the security of wallet keys is of utmost importance. Losing access to these keys can result in the permanent loss of funds and assets. However, storing keys locally on a single device poses risks such as hardware failure, theft, or loss. Sonr recognizes the need for a solution that offers both strong security and global accessibility for wallet key data. By leveraging IPFS and encryption, Sonr aims to provide users with peace of mind while ensuring they can access their keys from anywhere in the world.How IPFS Encrypted Vaults Work
How IPFS Encrypted Vaults Work
IPFS Encrypted Vaults utilize the decentralized nature of IPFS to store user wallet key data securely. Here’s how it works:
Encryption
Encryption
Before uploading the wallet key data to IPFS, Sonr employs advanced encryption techniques to protect the sensitive information. The data is encrypted using a strong encryption algorithm and a unique encryption key derived from the user’s master key or password.
IPFS Storage
IPFS Storage
The encrypted wallet key data is then uploaded to IPFS, which is a distributed file system. IPFS ensures that the data is stored across multiple nodes in the network, providing redundancy and resilience against single points of failure.
Content Addressing
Content Addressing
IPFS uses content addressing, which means that each piece of data is uniquely identified by its cryptographic hash. This enables Sonr to retrieve the encrypted wallet key data from any IPFS node that holds a copy of it, ensuring global accessibility.
Decryption
Decryption
When a user needs to access their wallet keys, they can retrieve the encrypted data from IPFS using the content address. The data is then decrypted locally on the user’s device using their master key or password. This ensures that only the authorized user can access their wallet keys.