Storytelling ai proof of attendance systems and methods
View Patent ↗The invention relates to a storytelling AI Proof of Attendance (POAP) system that integrates digital and physical tokens to commemorate significant family events. The system includes a Koseki registration system, a ceremonial application on smart personal devices, and blockchain technology. A Kamon personalization engine allows users to create custom family crests, which are minted as NFTs representing attendance and participation. The system uses IPFS for secure storage and retrieval of autobiography media, ensuring data preservation. Smart contracts manage ongoing relationships, enabling family members to contribute and access ceremonial data. QR codes with embedded images link physical objects to digital records, facilitating easy verification and sharing on social media. The invention blends traditional family heritage with modern technology, fostering community and pride through meaningful, authenticated tokens that capture and preserve family histories.
1 . A Koseki registration system comprising at least one embodiment of a ceremonial application implemented within a smart personal device to execute:
a Kamon personalization engine providing an end user with a set of selectable Kamon design templates, the Kamon personalization engine receiving an indication that the end user has selected a particular one of the Kamon design templates, and generating at least one personalized POAP with the selected template based on user input, the at least one personalized POAP designed for a particular set of recipients having a relationship with the end user;
a ceremonial service including logic for dynamically generating a Koseki handle in response to placement of a POAP drop by the end user, the ceremonial service responsively generating a smart contract whitelist accessible using the Koseki handle, the smart contract whitelist representing an ongoing relationship between the end user and the recipients and adapted to receive ceremonial data contributed by each of the recipients including photos and comments submitted by each of the recipients;
a mint module to generate and transmit a mint job for minting the at least one personalized POAP including the Koseki handle of the smart contract for receiving the POAP responses;
a mint service comprising logic for verifying a proof of play dynamically generated in response to successful playback of an autobiography media uploaded by the end user; and
capturing means for capturing the machine-readable image and the icon;
wherein in response to a recipient accessing a ceremonial gateway by using the Koseki handle to playback the autobiography media, the mint service verifies a successful playback of the autobiography media, the ceremonial gateway provides one or more whitelisted addresses allowing the recipient to sponsor a pinning service on behalf of the end user based on the verification, the sponsoring of the pinning service withdraws tokens into a crypto wallet set up by the ceremonial gateway, the pinning service pins the autobiography media in one or more IPFS nodes accessible to the successful playback.
2 . The Koseki registration system as in claim 1 , wherein the mint service further comprising:
minting the at least one personalized POAP including the whitelisted address and for minting the digital signature addressed to the recipients and dropping the at least one personalized POAP and the Merkle proof to the recipients on behalf of the end user.
3 . The Koseki registration system as in claim 1 wherein the whitelisted address is minted as a Merkle proof.
4 . The Koseki registration system as in claim 1 wherein the whitelisted address is minted as a digital signature.
5 . The Koseki registration system as in claim 1 wherein, prior to being provided with access to the smart contract whitelist, the recipient is provided with an option to either log in to the ceremonial gateway or to create an account on the ceremonial gateway.
6 . The Koseki registration system as described in claim 1 , further comprising a memory for storing a program to be executed by a processor, and an interface that facilitates viewing a plurality of QR codes with embedded images.
7 . The Koseki registration system as described in claim 6 , wherein all the images embedded in the QR codes have a same size and alignment.