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Topic: Physical Hardware M-of-N multisig using BTCC Bitcoin Chips (Read 295 times)

legendary
Activity: 1722
Merit: 1000
May not be the right section, nevertheless good to know we can use the chips as a physical multisig Smiley
sr. member
Activity: 485
Merit: 294

This Collectibles section might not be the best place for this discussion, so I've re-posted it here:
https://bitcointalksearch.org/topic/physical-hardware-m-of-n-multisig-using-btcc-bitcoin-chips-1696307

Smiley
sr. member
Activity: 485
Merit: 294
Super awesome use-case for your new Bitcoin Chips from BTCC Mint:

For those advanced Bitcoins users and hackers out there, I'd like to casually point out that our Bitcoin Chips have been designed to serve as a simple and cost-effective solution for your M-of-N Multisig address needs.

Just get any 3 new Bitcoin Chips (even the cheapest 1 K bits work), and create your own physical/hardware-based 2-of-3 multisig address and wallet, which now has a physical component that is tamper evident.

To create your 2-of-3 multisig address, you'll need the public keys of the 3 chips, which you can lookup here, by typing in the serial number of your 3 chips:
https://mint.btcc.com/lookup

Then just create the multisig address using any of the various online tutorials and user guides.  (Please post your favorite tutorials below in the reply!)

Once you have your multisig address, you can send real bitcoins to it!

Then to redeem, you'll need to peel the holograms on any 2 of the 3 chips, and then sign the transaction accordingly.
(and don't forget, you still also have the new unredeemed "bits" in each chip as well!)

I know it can a bit troublesome given the physical nature of the Bitcoin Chips here, but this is a cost-effective physical secure solution for multisig. (Again, this mostly depends on how comfortable you are with this topic.)

You can then store your 3 chips in 3 different locations for ultimate piece of mind!  
True secure, geographically-dispersed, hard-based, cold storage solution!

Now, let's get a discussion going here!  Tell me what you think...

thanks,
Bobby

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