The NEP-6 file also supports watch-only addresses.
The metadata details contains information such as which wallet should be used as the default, the encryption parameters, and any other relevant metadata. It follows a JSON structure that contains information about the private/public key pairs, as well as metadata about each account.
#Keykey wallet full#
The NEP-6 wallet standard allows for a standardized way of importing addresses into various blockchain clients and contains the additional security guarantees of the NEP-2 format.Ī full specification of the file format can be found here. Storing each NEP-2 encrypted key would be very cumbersome, so instead we can create a file structure that would allow for all of these encrypted keys to be stored in the same place. This is good, but it is often the case that one might need to have multiple accounts, which means that they have multiple keys. This encrypted key provides an additional layer of security to the raw private key, requiring an attacker to acquire both the encrypted key and the password in order to access the funds. For this reason we have the NEP-2 standard format. It would be more secure if these keys were encrypted via a password. Anyone that that has access to a raw private key can drain these funds. Storing raw private keys on disk is a security liability.
#Keykey wallet verification#
Neo (N3) Neo Legacy Introduction to NEO Introduction Cryptography, Blockchain, and Smart Contracts NEO Fundamentals Additional Resources Wallet Introduction Keys and Addresses Private key encryption and Wallet files The UTXO and Account models Additional Resources Transactions Introduction Structure of NEO transactions NEO transaction types Transaction fees Additional Resources Blocks Introduction Structure of a Block Block Creation and Broadcasting Block Validation and Processing Additional Resources Network NEO Network and Protocol Additional Resources Persistence Introduction Developing a NEO Ping using Golang Consensus Introduction PoW and PoS pBFT and dBFT dBFT Consensus Examples and Scenarios Additional Resources Smart Contract Introduction Setting up a Private Chain Setting up Development Enviroment Contract Invoking and Deployment Smart Contract Basics Make your NEP-5 Token Introduction to NEP-5 Implementation of NEP-5 ITO(Initial Token Offering) UTXO basics CGAS What is CGAS Global asset and NEP-5 UTXO model Trigger Mint and Refund Signature and Verification Transaction Invocation Write NEO smart contract with Python Installing and Setting up the Environment Wallet Operations and Smart Contracts Show / Hide Table of Contents Private key encryption and Wallet files
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