Secp256k1 Encryption Testing and Decentralized Name Registration Demo
This demonstration showcases Secp256k1 encryption testing and provides an example of decentralized name registration using Sup!?. The Sup!? Object Browser offers a read-only view of establishing decentralized identity and trust.
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About this video
example of decentralized name registration via Sup!?
This Sup!? Object Browser is a READ ONLY demonstration of establishing a decentralized identity and tracking changes with comments on immutable bitcoin objects in a format familiar to NFT enthusiasts. As of Sup?'s first release date all transactions and objects discoverable in this experiment were created by embii using http://apertus.io
Installation
Download the Sup.v0.1.3-beta.zip file
https://github.com/embiimob/Sup/releases/tag/Supv0.1.3-beta
Create a folder on your fastest disk drive with at least 700GB free (it will be storing the bitcoin prod and testnet blockchains)
Unzip all contents into the folder.
Create a shortcut to SUP.exe and launch.
You will need to sync two blockchains to perform you first Sup!? object search
Click the key button
Launch a full bitcoin Production node AND a full Bitcoin testnet node using the buttons provided
Wait until testnet is fully synched and production has synced passed at least 2014. ( this part could take several hours )
Type #flowersofwar in the main search box and hit enter
Search Options
#CaseSensitiveKeyword
searches up to a 20 character case sensitive keyword and shows all object associations
sup://twitter.com
searches urn shows currently registered object with URI ( no urn character limits, redirects are NOT enabled )
@UserName
searches urn shows currently registered profile object associated with @userName and shows all object associatins
ipfs://QmU42aLJToYmshwJu26iprH9RsX6SfJDw3FTf6senJEdF1
performs a ipfs get, archives ipfs file(s) locally, pins file(s) if pinning is enabled, opens a system folder dioluge allowing you to explore any files found
Web Applet Querystring Data
trusted index.html and index.htm files are sent the following Sup!? object information via querystring on load "address=", "creator=", "viewer=", "viewer-name=", "owner=", "owner-name=", "urn=", "uri=", "url=", "height="
this experiment uses a v0.13.2 full bitcoin core clone with address index change https://github.com/btcdrak/bitcoin/tree/addrindex-0.14
this experiment uses mazacoin their latest official release has been included in the deployment https://github.com/mazacoin/maza
this experiment uses the most recent ipfs kubo command line tool found here https://dist.ipfs.tech/kubo/v0.18.1/kubo_v0.18.1_windows-amd64.zip
see the example transaction JSON files https://github.com/embiimob/Sup/tree/master/P2FK/samples to begin experimenting with the entry and trading of your own Sup!? objects
Sup!? blockchain objects can be discovered and browsed without internet access because Sup!? is communicating with a local copy of the blockchain.
Video Information
Views
426
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Likes
3
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Duration
2:42
Video length
Published
Jan 18, 2023
Release date
Quality
sd
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