Tokenization, social distribution, and redemption of digital entitlements, including: a digital entitlement ingestion and tokenization engine configured to receive and escrow value-bearing digital entitlements from an entity; a token engine configured to generate transferable tokens from the entitlements with embedded redemption rules; a distribution module enabling third-party entities to purchase and airdrop the tokens to end users based on location or contextual triggers; a user wallet interface enabling the end users to collect, store, gift, and redeem the tokens; a social gifting module configured to allow the end users to transmit the tokens to other users subject to transfer rules; and an optional redemption bridge configured to un-tokenize the tokens that have been redeemed and initiate value transfer to accounts of the end users within the originating system.

The present invention relates to a system and method for transferring value to a physical asset through staged digital integration. The method includes embedding a scanning element into the physical asset and linking it to a digital gateway configured to authenticate the asset and provide access to asset-specific digital content. As the asset progresses through defined stages of digital integration, including authentication, metadata linkage, and content interaction, a value is assigned to the asset based on criteria such as content exclusivity, user engagement, and the depth of integration. A plurality of intelligent units (I.U.s) is generated, each corresponding to a specific integration stage and representing the value contributed through that stage. This enables dynamic, stage-based valuation of the physical asset tied to its digital lifecycle.

Systems and methods presented herein provide for a non-fungible token (NFT) sustainability credit marketplace. One system includes a regulating authority platform operable to generate and issue an NFT for a sustainability credit, and an organization platform operable to receive the issued NFT sustainability credit from the regulating authority platform over a network. A trading platform receives the NFT sustainability credit from the organization platform, posts the NFT sustainability credit for sale, conducts a transaction of the NFT sustainability credit between the organization platform and a buyer platform, and instantiates the transaction in a block of a blockchain of the NFT sustainability credit. A plurality of nodes validates the block and manage the blockchain of the NFT sustainability credit.

The invention relates to computer-implemented systems and methods for implementing an Intangibles Analytics Tool that may be used to benchmark purchase price allocation (PPA) data from public filings. The Intangibles Analytics Tool may include the ability to: (i) automatically retrieve acquisition disclosure information and provide initial PPA mapping, replacing the need to perform these steps manually and (ii) serve as a database of verified public PPA data that may be leveraged across offices, applications, industries, etc. With the Intangibles Analytics Tool, users may perform transaction searches and automatically retrieve filings associated with the buyers of those transactions.

The method includes: receiving a communication that relates to a request for a price quote for at least one equity derivative product; extracting from the communication, attributes of the requested price quote for the at least one equity derivative product; generating based on the extracted attributes, a template request that has a predetermined format for each of the at least one equity derivative product; displaying, via a graphical user interface (GUI), each template request for review by a user, wherein the GUI includes an input mechanism for at least one of accepting and modifying each template request; transmitting each reviewed template request to a pricing system; receiving, from the pricing system, a quote for each of the at least one equity derivative product; and displaying, by the GUI, the price quote.

A presentation system includes a first arithmetic circuit accessible to energy information including information regarding a history of prices of a plurality of energy plans, environmental value information including information regarding a history of prices of a plurality of environmental value plans, and demand information including an energy demand and an environmental target. The first arithmetic circuit is configured to present, based on the energy information and the environmental value information, a plurality of combination plans of an energy plan and an environmental value plan which satisfy the energy demand and the environmental target, and an indicator value of a risk of price fluctuation for each of the plurality of combination plans.

Disclosed herein is a backtesting system comprising a user device and a service device. The user device comprises a user memory storing instructions causing a processor to display a primary interface for backtesting session selection, communicate via an event-based communication session with the service device, requests and delta-decodes price data, store the delta-decoded price data in a client buffer, and render a backtesting chart based on a simulation time and the price data corresponding to the simulation time. The service device includes a service memory storing instructions that cause a service processor to establish the communication session, retrieve backtesting session data, select historical data for financial instruments based on the backtesting session data and store the historical data in a service buffer of price data, delta-encode the price data, and transmit the delta-encoded price data to the user device.