TWM543422U - Decentralized insurance reward system - Google Patents
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- TWM543422U TWM543422U TW105218835U TW105218835U TWM543422U TW M543422 U TWM543422 U TW M543422U TW 105218835 U TW105218835 U TW 105218835U TW 105218835 U TW105218835 U TW 105218835U TW M543422 U TWM543422 U TW M543422U
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L9/00—Cryptographic mechanisms or cryptographic arrangements for secret or secure communications; Network security protocols
- H04L9/50—Cryptographic mechanisms or cryptographic arrangements for secret or secure communications; Network security protocols using hash chains, e.g. blockchains or hash trees
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L2209/00—Additional information or applications relating to cryptographic mechanisms or cryptographic arrangements for secret or secure communication H04L9/00
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Abstract
Description
本創作係關於一種保險回饋系統,特別地,關於一種運用區域鏈分散式資料管理方式的保險回饋系統。 This creation is about an insurance feedback system, in particular, an insurance feedback system that uses a regional chain of distributed data management.
隨著社會的發展,保險的觀念逐漸被社會所接受,但仍有一部份的人認為,保險就像把錢丟進水裡一樣,若沒出險則錢有去無回,而不願意購買保障,因而,誕生了具有回饋金制度的保險。 With the development of society, the concept of insurance has gradually been accepted by the society, but there are still some people who believe that insurance is like throwing money into the water. If there is no risk, the money will go back and not be willing to buy protection. Therefore, insurance with a reward system was born.
習知具有回饋金制度的保險,例如一般常見的投資型保險、儲蓄型保險,或近年來被使用於產物保險的P2P群體保險,這類習知保險具有共同的特色為當保險出險率低於一設定值時,保戶則拿到部分的回饋,保險公司使用部分的利潤回饋給保戶,不但可以增加民眾投保的意願,也能降低詐欺的風險。然而,回饋的方式有很多種,其中包含現金回饋以及紅利點數等回饋方式,然而大部分的保險公司傾向於給予紅利點數或虛擬貨幣的方式回饋保戶,其原因在於使用紅利點數或虛擬貨幣,除了可以免除發行類實體貨幣外,更可以確定金錢流向。 It is customary to have insurance for the reward system, such as general investment insurance, savings insurance, or P2P group insurance that has been used in product insurance in recent years. This kind of insurance has the common feature that when the insurance risk is lower than When a set value is obtained, the policyholder receives some feedback, and the insurance company uses part of the profit to give back to the policyholder, which not only increases the willingness of the people to insure, but also reduces the risk of fraud. However, there are many ways to give back, including cash feedback and bonus points. However, most insurance companies tend to give bonuses or virtual currency to policyholders because of the bonus points or Virtual currency, in addition to exempting the issuing entity currency, can also determine the flow of money.
然而,比起現金貨幣,使用紅利點數或虛擬貨幣最大的風險在於容易被竄改及偽造,只要駭客進入中央電腦進行資料修改,則可任意 竄改任一保戶之紅利點數餘額,不管對保險公司或保戶來說都非常沒有保障。 However, compared to cash currency, the biggest risk of using bonus points or virtual currency is that it is easy to be tampered with and forged. As long as the hacker enters the central computer for data modification, it can be arbitrarily To tamper with the balance of bonus points of any policyholder, it is very insecure for insurance companies or policyholders.
近年來隨著金融科技(Fintech)的興起,區塊鏈的技術也漸漸受到重視,區塊鏈利用多個節點做為資料儲存的區塊,對於金融業的好處包含提供即時的清算功能,在發生交易的當下即進行清算,能減少許多時間成本;而區塊鏈的另一特色在於去中心化,所有的交易行為皆透過節點對節點(peer to peer)的方式進行,無須中間機構介入,這樣不但能減少交易時的手續費,更重要的是每一筆交易都是經由多個節點驗證後才會成立,意味著若想要竄改資料必須同時入侵多個節點才有可能進行,使資料安全性大幅提升。 In recent years, with the rise of financial technology (Fintech), the technology of blockchain has gradually gained attention. The blockchain uses multiple nodes as blocks for data storage. The benefits for the financial industry include providing immediate clearing functions. Clearing at the moment of the transaction can reduce many time costs; another feature of the blockchain is decentralization, and all transactions are conducted in a peer-to-peer manner without the intervention of an intermediary. This will not only reduce the transaction fee, but more importantly, each transaction will be established after verification by multiple nodes, which means that if you want to tamper with the data, you must invade multiple nodes at the same time. Sexually improved.
有鑒於此,本創作提供一種分散式保險回饋系統,應用於一區塊鏈基底網路,用以管理由一保險公司所發行之回饋金,其包含有一回饋金生產元件以及一管理元件。回饋金生產元件連接於區塊鏈基底網路,用以提供保險公司之一投保人輸入保險資料,並產生該名投保人之回饋金。管理元件與回饋金生產元件連結於區塊鏈基底網路,用以管理回饋金,其包含有一註冊模組,用以接收並註冊投保人所產生之回饋金;一交易模組,連接於註冊模組,用以提供投保人使用回饋金與一商家進行一電子交易,並產生回饋金之一公開帳目,其中公開帳目代表回饋金之所有權轉移;以及一帳本模組,連接於交易模組,用以接收回饋金之公開帳目,並維護由已註冊回饋金之公開帳目所組成之一公開帳本。 In view of this, the present invention provides a decentralized insurance feedback system applied to a blockchain base network for managing the rebate issued by an insurance company, which includes a feedback production component and a management component. The feedback gold production component is connected to the blockchain base network to provide one of the insurance company's policyholders to input insurance information and generate the reward for the insured. The management component and the feedback gold production component are coupled to the blockchain base network for managing the feedback gold, and include a registration module for receiving and registering the feedback money generated by the policyholder; and a transaction module connected to the registration a module for providing an insured to use an feedback to conduct an electronic transaction with a merchant, and generating a public account of the reward, wherein the public account represents the transfer of ownership of the reward; and a book module connected to the transaction A module for receiving a public account of the feedback and maintaining a public account of one of the public accounts of the registered reward.
其中,回饋金生產元件進一步包含一資料輸入介面、一資料 庫、一查詢介面以及一處理器。投保人由資料輸入介面輸入個體資料並儲存於資料庫,查詢介面與資料庫相連結,可透過聯合徵信中心統計資料庫查詢投保人之信用資料,並由關貿網路資料庫60查詢每一位投保人之肇事等級資料。處理器得依據個體資料信用資料以及肇事等級資料計算產生回饋金。 Wherein, the feedback gold production component further comprises a data input interface and a data Library, a query interface, and a processor. The insured enters the individual data from the data input interface and stores it in the database. The query interface is linked to the database. The credit information of the insured can be queried through the statistical database of the Joint Credit Information Center. An insured person's anecdote level information. The processor can calculate the reward according to the individual data credit data and the accident level data.
進一步地說,本創作之公開帳目得包含回饋金由一回饋金所有者之節點位置傳送至一回饋金接收者之節點位置之一交易資訊、回饋金所有者交易後之餘額資訊以及回饋金接收者交易後之餘額資訊。另外,帳本模組依據已註冊回饋金之每次交易相對應以產生一區塊。 Further, the public account of the creation includes the transaction information transmitted from the node location of the feedback owner to the node location of the feedback recipient, the balance information of the feedback owner transaction, and the feedback money. The balance information after the recipient's transaction. In addition, the ledger module corresponds to each transaction corresponding to the registered feedback to generate a block.
此外,本創作分散式保險回饋系統亦包含一驗證模組,連接於交易模組以及帳本模組,用於接收並驗證公開帳目,並將已驗證之公開帳目傳至帳本模組。其中,驗證公開帳目包含一交易回饋金編碼、一交易資訊以及一交易雙方餘額資訊之驗證。 In addition, the creative distributed insurance feedback system also includes a verification module, which is connected to the transaction module and the account book module for receiving and verifying the public accounts, and transmitting the verified public accounts to the account book module. . The verification public account includes a transaction feedback code, a transaction information, and verification of the balance information of a transaction party.
相較於習知技術,本創作提供一種分散式保險回饋系統,運用區塊鏈的技術結合保險回饋金之應用,不但有避免發行類實體之貨幣、掌握金錢流向等優點外,也因為區塊鏈的去中心化特性,可節省交易的時間、減少手續費以及更重要的是可以減少被入侵及竄改之風險,增加保險公司以及保戶的資訊安全。 Compared with the prior art, this creation provides a decentralized insurance feedback system. The application of the blockchain technology combined with the application of insurance rewards not only has the advantages of avoiding the currency of the issuing entity, grasping the flow of money, but also because of the block. The decentralized nature of the chain saves transaction time, reduces handling fees and, more importantly, reduces the risk of intrusion and tampering, and increases the information security of insurance companies and policyholders.
10‧‧‧回饋金生產元件 10‧‧‧Returning gold production components
12‧‧‧資料輸入介面 12‧‧‧Data input interface
14‧‧‧資料庫 14‧‧‧Database
16‧‧‧查詢介面 16‧‧‧Query interface
17‧‧‧聯合徵信中心統計資料庫 17‧‧‧Joint Credit Information Center Statistics Database
18‧‧‧處理器 18‧‧‧ processor
19‧‧‧關貿網路資料庫 19‧‧‧Tangmao Network Database
20、30‧‧‧管理元件 20, 30‧‧‧Management components
22、32‧‧‧註冊模組 22, 32‧‧‧ Registration Module
24、34‧‧‧交易模組 24, 34‧‧‧ trading module
26、36‧‧‧帳本模組 26, 36‧‧‧ account module
38‧‧‧驗證模組 38‧‧‧ verification module
100‧‧‧分散式保險回饋系統 100‧‧‧Distributed insurance feedback system
200‧‧‧區塊鏈基底網路 200‧‧‧ blockchain base network
圖1係繪製本創作分散式保險回饋系統之功能方塊圖。 Figure 1 is a functional block diagram of the distributed decentralized insurance feedback system.
圖2係繪製本創作分散式保險回饋系統之回饋金生產元件之功能方塊圖。 Figure 2 is a functional block diagram of the feedback gold production component of the author of the distributed decentralized insurance feedback system.
圖3係繪製本創作分散式保險回饋系統之管理元件之另一具體實施例之功能方塊圖。 3 is a functional block diagram of another embodiment of a management component of the inventive distributed insurance feedback system.
請參閱圖1,圖1係繪製本創作分散式保險回饋系統100之功能方塊圖。本創作提供一種分散式保險回饋系統100,應用於一區塊鏈基底網路200,用以管理由一保險公司所發行之回饋金,其包含有一回饋金生產元件10以及一管理元件20。回饋金生產元件10連接於區塊鏈基底網路200,用以提供保險公司之一投保人輸入保險資料,並產生該名投保人之該回饋金。管理元件20與回饋金生產元件10連結於區塊鏈基底網路200,可視為區塊鏈網路中之節點(node),用以管理回饋金,其包含有一註冊模組22,用以接收並註冊投保人所產生之回饋金;一交易模組24,連接於註冊模組,用以提供投保人使用回饋金與一商家進行一電子交易,並產生回饋金之一公開帳目,其中公開帳目代表回饋金之所有權轉移;以及一帳本模組26,連接於交易模組,用以接收回饋金之公開帳目,並維護由已註冊回饋金之公開帳目所組成之一公開帳本。 Please refer to FIG. 1. FIG. 1 is a functional block diagram of the distributed decentralized insurance feedback system 100. The present invention provides a decentralized insurance feedback system 100 for use in a blockchain base network 200 for managing a rebate issued by an insurance company, including a feedback production component 10 and a management component 20. The feedback gold production component 10 is coupled to the blockchain base network 200 for providing insurance policy for one of the insurance companies to enter insurance data and to generate the reward for the policyholder. The management component 20 and the feedback gold production component 10 are coupled to the blockchain base network 200, which can be regarded as a node in the blockchain network for managing the feedback gold, and includes a registration module 22 for receiving And registering the feedback generated by the insured; a transaction module 24 is connected to the registration module for providing the insured to use the feedback to conduct an electronic transaction with a merchant, and generating a public account of the reward, wherein the disclosure The account represents the transfer of ownership of the feedback; and a book module 26, connected to the transaction module, for receiving the public account of the feedback, and maintaining a public account consisting of the public account of the registered feedback this.
請參閱圖2,圖2係繪製本創作分散式保險回饋系統之回饋金生產元件之功能方塊圖。於一具體實施例中,回饋金生產元件10包含有一資料輸入介面12、一資料庫14、一查詢介面16以及一處理器18。投保人得將個體資料輸入於資料輸入介面12,其中,投保人可為一保險契約所有人、一社群集體保險之成員或一OBD群體車險之成員,資料輸入介面12可為電腦軟體、手機應用程式或網站表格,但不限於此。輸入資料包含投保人之性別及年齡,並將其資料儲存於資料庫14中。資料庫14得連結一查詢單元 16,且查詢單元16網路連接聯合徵信中心17以及關貿網路資料庫19。查詢單元16網路連線到聯合徵信中心統計資料庫16,從聯合徵信中心統計資料庫16中查詢每位投保成員的信用資料,且網路連線到關貿網路資料庫19,從關貿網路資料庫19中查詢每位投保成員的肇事等級資料,並儲存於資料庫14。。處理器18連結於資料庫14,並由資料庫14中讀取投保人之個體資料以、信用資料以及肇事等級資料,依計算後可產生投保人之風險因素。處理器18依據風險因素評估出險率設定值,並產生一回饋金設定值(此時投保人並未拿到回饋金)。當保險期間內,此投保人平均出險率小於或等於出險率設定值時,則可以在保險契約結束後,依出險率計算回饋金比例,得到一比例之回饋金。舉例來說,投保人A於保險契約開始時,由回饋金生產元件10輸入個人資料,經處理器18計算後產生出險率設定值以及回饋金設定值,若保險期間內投保人A出險率為零,則保險契約結束後,投保人A可得到由回饋金生產元件10生產之100%的回饋金。上述實施例僅揭露本創作之一種較佳的回饋金生產方式,根據本創作的原理,包括在本創作所屬領域的已知或常規實踐之本創作的修改,都應屬於本創作的範圍內。 Please refer to FIG. 2, which is a functional block diagram of the feedback gold production component of the created distributed insurance feedback system. In one embodiment, the feedback gold production component 10 includes a data input interface 12, a database 14, a query interface 16, and a processor 18. The insured may enter the individual data into the data input interface 12, wherein the insured may be an insurance contract owner, a member of a community insurance group or a member of an OBD group car insurance, and the data input interface 12 may be a computer software or a mobile phone. Application or website form, but not limited to this. The input data includes the sex and age of the insured and stores the data in the database 14. Database 14 has to be linked to a query unit 16. The query unit 16 is connected to the joint credit information center 17 and the customs trade network database 19. The query unit 16 is networked to the joint credit information center statistical database 16, and the credit information of each insured member is inquired from the statistical data center 16 of the joint credit information center, and the network is connected to the customs trade network database 19, The anomaly level information of each insured member is inquired from the customs trade network database 19 and stored in the database 14. . The processor 18 is connected to the database 14 and reads the individual data of the insured, the credit data, and the accident level data from the database 14, and the risk factors of the insured can be generated according to the calculation. The processor 18 evaluates the risk rate setting value based on the risk factor and generates a feedback setting value (when the policyholder does not receive the feedback money). During the insurance period, when the average insurance rate of the insured is less than or equal to the set value of the risk rate, the return ratio can be calculated according to the risk rate after the end of the insurance contract, and a proportion of the return money is obtained. For example, at the beginning of the insurance contract, the applicant A enters the personal data from the feedback production component 10, and the calculated value of the risk rate and the set value of the reward are calculated by the processor 18, and if the insurance applicant A has a risk rate during the insurance period. Zero, after the insurance contract is over, the applicant A can receive 100% of the rebate generated by the feedback production component 10. The above embodiments only disclose a preferred method of producing feedback gold of the present invention. According to the principle of the present invention, modifications of the present invention including known or conventional practices in the field of the present invention should fall within the scope of the present invention.
再者,本創作由回饋金生產元件10所產生之回饋金,經區塊鏈基底網路200傳送至管理元件20之註冊模組22,產生一唯一認證編號,其中每個回饋金得為最小單位(類似於新台幣1元),或為一可分割之單位(類似於新台幣100元可分割為兩個50元),若為可分割單位,則於回饋金每一次分割時產生一子編號依附於母編號,以辨認來源。投保人可使用交易模組24,將獲得認證之回饋金與商家進行電子交易,其中該商家得選自於由超市、網路購物平台、電信業者、租車公司、金融銀行、壽險公司以及職業運動 公司所組成族群中之一或其組合。每進行一次交易,交易模組24則產生一公開帳目,其中公開帳目包含資料有:交易之回饋金認證編號、回饋金由一回饋金所有者之節點位置傳送至一回饋金接收者之節點位置之交易資訊以及交易雙方完成交易後之回饋金餘額資訊。本實施例中,每個公開帳目可視為一個區塊,但於實際應用中,亦可以使用時間(例如每10分鐘之內所有公開帳目)或筆數(每100筆公開帳目)來分割區塊,不限於此。 Furthermore, the feedback generated by the feedback gold production component 10 is transmitted to the registration module 22 of the management component 20 via the blockchain base network 200 to generate a unique authentication number, wherein each feedback amount is minimized. Unit (similar to NT$1), or a separable unit (similar to NT$100, which can be split into two 50 yuan). If it is a separable unit, it will generate a sub-return for each sub-dividment. The number is attached to the parent number to identify the source. The insured can use the transaction module 24 to electronically trade the certified rewards with the merchant, which is selected from supermarkets, online shopping platforms, telecommunications operators, car rental companies, financial banks, life insurance companies, and professional sports. One or a combination of the group of companies. Each time a transaction is made, the transaction module 24 generates a public account, wherein the public account contains information: the return value of the transaction, and the feedback is transmitted from the node location of the return owner to a return recipient. The transaction information of the node location and the credit balance information after the transaction parties complete the transaction. In this embodiment, each public account can be regarded as one block, but in actual applications, time (for example, all public accounts within 10 minutes) or the number of pens (per 100 public accounts) can also be used. The partition is not limited to this.
此外,本創作之帳本模組26負責管理已註冊回饋金之公開帳目,接收公開帳目(或區塊)後,則將該公開帳目(或區塊)連結於區塊鏈中,由多個區塊連結成一公開帳本(區塊鏈),其中,公開帳本為一公開透明資訊,每一管理元件(節點)皆存有一份公開帳本之完整複本。 In addition, the book module 26 of the present creation is responsible for managing the public accounts of the registered rewards. After receiving the public accounts (or blocks), the public accounts (or blocks) are linked to the blockchain. The plurality of blocks are connected into a public account (blockchain), wherein the public account is an open transparent information, and each management component (node) has a complete copy of the public account.
請參閱圖3,圖3係繪製本創作分散式保險回饋系統之另一具體實施例之功能方塊圖。於本創作之另一具體實施例中,本創作分散式保險回饋系統亦包含一驗證模組38,每個公開帳目(或區塊)均須通過驗證模組38的驗證方能被存入帳本模組36中。投保人由註冊模組32接收到回饋金並註冊,經交易模組34與商家進行電子交易,交易後即產生一公開帳目,此公開帳目透過區塊基底網路200被傳送至一個或一個以上的管理元件,經每個管理元件內的驗證模組驗證資料正確後,及將已驗證之公開帳目存入帳本模組,並播送給其他管理元件(節點),若有其中一個負責驗證之管理元件表示驗證資料不符,交易則不被承認。其中,驗證內容包含交易回饋金編號、交易資訊以及交易雙方餘額。實際應用上,須經由幾個管理元件(節點)驗證後交易才算成立,可由管理者自行設定。 Please refer to FIG. 3. FIG. 3 is a functional block diagram of another embodiment of the present distributed decentralized insurance feedback system. In another specific embodiment of the present invention, the creative distributed insurance feedback system also includes a verification module 38, and each public account (or block) must be verified by the verification module 38. In the book module 36. The insured receives the feedback from the registration module 32 and registers with the transaction module 34 to conduct an electronic transaction with the merchant. After the transaction, a public account is generated, and the public account is transmitted to the block through the block base network 200. More than one management component, after verifying the data through the verification module in each management component, and depositing the verified public account into the account module, and broadcasting it to other management components (nodes), if any The management component responsible for verification indicates that the verification data does not match and the transaction is not recognized. The verification content includes the transaction feedback number, the transaction information, and the balance of the transaction parties. In practical applications, the transaction must be verified after several management elements (nodes), and can be set by the administrator.
相較於習知技術,本創作提供一種分散式保險回饋系統,運 用區塊鏈的技術結合保險回饋金之應用,使用回饋金的優點在於,可避免發行類實體之貨幣,亦可掌握金錢流向,而使用區塊鏈的去中心化特性,不但可節省交易的時間、減少手續費,更重要的是,利用每個節點皆存有完整公開帳本的特點以及認證功能,幾乎可以完全避免竄改之風險,增加保險公司以及保戶的資訊安全。相較於比特幣技術,本創作讓每一枚回饋金在註冊時皆具有獨特的編碼,若需要追蹤回饋金的流向可以一目了然,更可以避免淪落洗錢之工具。本創作之分散式保險回饋系統,不僅可做為保險回饋金的管理系統,未來更可與其他企業合作,成為一種通用且跨平台之回饋管理系統。 Compared with the prior art, this creation provides a decentralized insurance feedback system. Using the technology of blockchain combined with the application of insurance rewards, the advantage of using feedback money is that it avoids the currency of the issuing entity and can also grasp the flow of money, and the decentralized nature of the blockchain can save transactions. Time, reduce the handling fee, and more importantly, the use of the characteristics of the complete public account and the authentication function in each node can almost completely avoid the risk of tampering and increase the information security of insurance companies and policyholders. Compared with Bitcoin technology, this creation allows each reward to have a unique code when registering. If you need to track the flow of feedback, you can avoid the tools of falling money laundering. The decentralized insurance feedback system of this creation can not only be used as a management system for insurance rewards, but also can cooperate with other enterprises in the future to become a universal and cross-platform feedback management system.
藉由以上較佳具體實施例之詳述,係希望能更加清楚描述本創作之特徵與精神,而並非以上述所揭露的較佳具體實施例來對本創作之範疇加以限制。相反地,其目的是希望能涵蓋各種改變及具相等性的安排於本創作所欲申請之專利範圍的範疇內。因此,本創作所申請之專利範圍的範疇應該根據上述的說明作最寬廣的解釋,以致使其涵蓋所有可能的改變以及具相等性的安排。 The features and spirit of the present invention are more clearly described in the above detailed description of the preferred embodiments, and the scope of the present invention is not limited by the preferred embodiments disclosed herein. On the contrary, it is intended to cover all kinds of changes and equivalences within the scope of the patent application to which the present invention is intended. Therefore, the scope of the patent scope applied for by this creation should be interpreted broadly based on the above description so that it covers all possible changes and equivalence arrangements.
10‧‧‧回饋金生產元件 10‧‧‧Returning gold production components
20‧‧‧管理元件 20‧‧‧Management components
22‧‧‧註冊模組 22‧‧‧ Registration Module
24‧‧‧交易模組 24‧‧‧Transaction module
26‧‧‧帳本模組 26‧‧‧book module
100‧‧‧分散式保險回饋系統 100‧‧‧Distributed insurance feedback system
200‧‧‧區塊鏈基底網路 200‧‧‧ blockchain base network
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Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
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TWI623901B (en) * | 2016-12-09 | 2018-05-11 | 富邦產物保險股份有限公司 | Decentralized insurance reward system |
TWI656497B (en) * | 2017-09-01 | 2019-04-11 | 國泰人壽保險股份有限公司 | Blockchain-based insurance service method and system |
TWI698768B (en) * | 2018-07-20 | 2020-07-11 | 林庠序 | Csr data verification system with tamper-proof capability, related verification party subsystem, computer program product, and data verification method |
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Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI623901B (en) * | 2016-12-09 | 2018-05-11 | 富邦產物保險股份有限公司 | Decentralized insurance reward system |
TWI656497B (en) * | 2017-09-01 | 2019-04-11 | 國泰人壽保險股份有限公司 | Blockchain-based insurance service method and system |
TWI698768B (en) * | 2018-07-20 | 2020-07-11 | 林庠序 | Csr data verification system with tamper-proof capability, related verification party subsystem, computer program product, and data verification method |
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