A transaction data processing method includes: receiving a first transaction document from a device of a transaction initiator, the first transaction document being associated with identity labels of a plurality of transaction participants; separately performing identity authentication on the plurality of transaction participants according to the identity labels of the plurality of transaction participants, to obtain an identity authentication result. The method also includes adding the identity authentication result into the first transaction document when the identity authentication results indicates identity authentication of each of the plurality of transaction participants is successful, to generate a second transaction document carrying the identity authentication result; separately transmitting a signature request for the second transaction document to devices of the plurality of transaction participants; and generating a third transaction document according to responses returned by the devices of the plurality of transaction participants in response to the signature request.

A highly immersive, interactive and addictive platform for shopping. The system may provide both an online and retail experience through an immersive environment that enables repeat transactions and enables add-on sales to offers that are completely unique for each customer. The interactive shopping experience generates one or more bundles to any actual or potential user purchase to create a dynamic and favorable shopping experience for the particular user. The bundles are customized for each user based on user history with a merchant, product data, and merchant data, In addition to customizing the bundles, the decision of whether or not to offer one or more bundles is made only confirming that the current time is desirable to make an offer of bundles to the particular user.

A system and method for establishing a verified computing environment for executing data-driven contracts, comprising a cryptographic directed acyclic graph object model of a data-driven contract, wherein at least a subset of the objects in the MDAG correspond to clause state of at least one programmable clause of the data-driven contract; at a computing environment, administrating the data-driven contract in accordance with the MDAG which can include at least one execution instance comprised of: receiving a contract input to contract logic of the data-driven contract, processing the input according to the clause logic, in response to the contract input, generating at least one updated state object and generating at least one output object, and for each generated object, hash-linking the generated object to an object associated with the creation of the generated object.

The present invention is a system and method for conveniently sending and receiving data and a method of reserving workspace. In particular, the invention allows a user to uniquely search for and lease a workspace for providing hair beauty services in a convenient manner. The proposed embodiment provides a unique experience for a user by providing a pleasant and secure experience.

Certain exemplary embodiments can provide a method that can include: sending software to a first information device and to a second information device, the software adapted to enable the user of the first information device to create a request that content be created by the user of the second information device; providing the content of that request to the software running on the second information device, the software adapted to cause the content of the request to be rendered via the second information device; the software further adapted to enable the user of the second information device to create a response to the request; and providing the content of that response to the software running on the first information device, the software adapted to cause the content of the response to be rendered via the first information device.

A system for managing trading orders comprises a memory operable to store a trader list that is associated with a first trader and that designates one or more other traders. The system further comprises a processor communicatively coupled to the memory and operable to receive a trading order from the first trader, wherein the trading order is for an order quantity of a first trading product. The processor is further operable to determine a first portion and a second portion of the order quantity. The processor is further operable to disclose the first portion of the order quantity to a plurality of traders. If a configurable condition is satisfied, the processor is further operable to disclose the second portion of the order quantity to one or more traders that are not designated by the trader list and to prevent the disclosure of the second portion of the order quantity to the one or more designated traders from the trader list.

A method is provided comprising: obtaining a counterparty contract, the counterparty contract including a contract that is being proposed by a counterparty to a user; performing a segmentation of the counterparty contract to identify a plurality of sentence clusters, each of the sentence clusters corresponding to a different provision in the counterparty contract; generating a plurality of counterparty provision vectors based on the counterparty contract, each of the counterparty provision vectors being generated based on a different one of the plurality of sentence clusters; retrieving a user provision vector, the user provision vector corresponding to a user provision; calculating a plurality of similarity scores for the user provision vector; detecting whether the plurality of similarity scores satisfies a condition that is associated with the user provision; and outputting a notification associated with the user provision when the condition is satisfied.

A computer-implemented method for generating and maintaining shared ledgers for sub-merchant onboarding includes receiving a request from a payment facilitator to onboard a sub-merchant, receiving information about the sub-merchant from the payment facilitator or the sub-merchant, providing the information about the sub-merchant to a third party, receiving underwriting information corresponding to the information about the sub-merchant from the third party, generating an onboarding decision based on the information about the sub-merchant and the underwriting information, storing the information about the sub-merchant, the underwriting information, and the onboarding decision to a shared ledger, and generating and transmitting an electronic offer of a product or a service to the sub-merchant based on the stored contents of the shared ledger.

A transaction system has Internet-connected partner platforms which display webpages with an Offer-Now button initiating coded instructions to display an electronic input form enabling a person to configure a transaction offer, and an Internet-connected service enterprise providing the coded instructions to the partners, configured specifically to partner requirements. Upon the person activating the Offer Now button from a mobile device, a verification code is sent to the device, to be returned to verify the device, and offer input provided through the device and the electronic form is tracked to be saved as an offer for the transaction.

In one embodiment, a method includes identifying datasets associated with a party and identifying one or more decentralized identifiers (DIDs) associated with the datasets. The method also includes generating an aggregated dataset associated with the DIDs and generating a training dataset associated with the aggregated dataset. The method further includes using one or more machine learning algorithms to recognize patterns within the training dataset.