06/18/14

Business HD-BIP32 sub-wallet and Multi-Sig

Business HD-BIP32 sub-wallet and Multi-Sig -the Safest Wallet Anywhere!

gAtO hear- Business are all hot and heavy about the security of business Multi-Sig Bitcoin wallets. But in fact you need 3 different wallets and the ability to control them and the private keys and if it’s a long term like a cold storage wallet who knows the status of those wallets.bip32-Multi-sig_01

Your financial security while using Bitcoins needs help and Multi-sig wallets are a major improvements to it’s safety and security, but controlling 3 different wallets with 3 different backups and 3 different places can get a little confusing. With my new business HD-BIP32 wallets you control all the sub-wallets with just 1 master-wallets and just 1 backup. You control every sub-wallet you create. This assures you that only you can extract the funds in your business multi-sig wallets.

With my new business HD-BIP32 wallet allows you control of all the sub-wallets and you can create millions of sub-wallets and use them to create and release funds from any Multi-Sig wallet you create.

You can save the salt/genesis of your business HD-BIP32 master-wallet and with 1 backup you can always recreate your wallets from scratch. So now even if something happens to you, your family or business can take the backup and re-create the master-wallet and all the sub-wallets you control and always get your money out of my multi-sig HD-BIP32 sub-wallet I created.

the kinda geek side of HD Bip32 wallets:

The OLD normal Bitcoin reference wallet uses randomly generated keys. In order to avoid the necessity for a backup after every transaction, (by default) 100 keys are cached in a pool of reserve keys. Still, these wallets are not intended to be shared and used on several systems simultaneously. They support hiding their private keys by using the wallet encrypt feature and not sharing the password, but such “neutered” wallets lose the power to generate public keys as well.

Deterministic wallets do not require such frequent backups, and elliptic curve mathematics permit schemes where one can calculate the public keys without revealing the private keys. This permits for example a webshop business to let its webserver generate fresh addresses (public key hashes) for each order or for each customer, without giving the webserver access to the corresponding private keys (which are required for spending the received funds).

However, deterministic wallets typically consist of a single “chain” of keypairs. The fact that there is only one chain means that sharing a wallet happens on an all-or-nothing basis. However, in some cases one only wants some (public) keys to be shared and recoverable. In the example of a webshop, the webserver does not need access to all public keys of the merchant’s wallet; only to those addresses which are used to receive customer’s payments, and not for example the change addresses that are generated when the merchant spends money. Hierarchical deterministic wallets allow such selective sharing by supporting multiple keypair chains, derived from a single root. -gAtO OuT…  

https://github.com/bitcoin/bips/blob/master/bip-0032.mediawiki