Abstract: The present invention is a system and method that applies Ricardian Contract Principles to agreements. Ricardian contracts are designed for the hyper ledger, and are comprised of three main components: contract, metadata, and ledger. The present invention collects data from a confidentiality agreement, and can draft the agreement to ensure high accuracy in data extraction. Contract terms can be organized in a hierarchy of importance that ranks contract statement in the general order, such as: obligations; restrictions; rights; and conditional statements. The present invention tracks episodic and conditional terms, such as a monthly payment or a disclosure requiring notification. The present invention connects agreement terms to an immutable contract ledger. A ledger of contract statements associated with the events or circumstances triggering such contract obligations, restrictions, and rights processed by an immutable historical log recording all events.

Abstract: Exemplary systems for processing a corpus of documents, such as legal contracts or agreements, are disclosed. The systems include a phrase discovery engine which derives statistics and phrase equivalence classes, groups of phrase equivalence classes, and uberphrases (clauses) bounded by phrases. These can be used to determine origins of phrases or clauses within given legal contract or to suggest alternative phrases and clauses.

Abstract: Exemplary systems for processing a corpus of documents, such as legal contracts or agreements, are disclosed. The systems include a phrase discovery engine which derives statistics and phrase equivalence classes, groups of phrase equivalence classes, and uberphrases (clauses) bounded by phrases. These can be used to determine origins of phrases or clauses within given legal contract or to suggest alternative phrases and clauses.

Abstract: A data profile engine identifies, classifies, analyzes, searches, compares and cross-references entire files and sections of files, records and other forms of electronic media, and a tool creation engine in combination with the data profile engine builds custom solutions and product interfaces.

Abstract: A data profile engine identifies, classifies, analyzes, searches, compares and cross-references entire files and sections of files, records and other forms of electronic media, and a tool creation engine in combination with the data profile engine builds custom solutions and product interfaces.

Abstract: The method and system include presenting a user with a plurality of questions, timing the user's response time for the plurality of questions, identifying an optimal answer time where the user is able to answer a maximum percentage of questions correctly, and informing the user of the optimal answer time. An embodiment of the method may also include providing the user with a suggested change in an actual time taken to answer a question. Certain embodiments may also include weighting the chance of receiving a question in a particular topic based on the user's past performance in answering questions in that topic.

Abstract: Exemplary systems for processing a corpus of documents, such as legal contracts or agreements, are disclosed. The systems include a phrase discovery engine which derives statistics and phrase equivalence classes, groups of phrase equivalence classes, and uberphrases (clauses) bounded by phrases. These can be used to determine origins of phrases or clauses within given legal contract or to suggest alternative phrases and clauses.

Abstract: A data profile engine identifies, classifies, analyzes, searches, compares and cross-references entire files and sections of files, records and other forms of electronic media, and a tool creation engine in combination with the data profile engine builds custom solutions and product interfaces.

Abstract: The method and system include presenting a user with a plurality of questions, timing the user's response time for the plurality of questions, identifying an optimal answer time where the user is able to answer a maximum percentage of questions correctly, and informing the user of the optimal answer time. An embodiment of the method may also include providing the user with a suggested change in an actual time taken to answer a question. Certain embodiments may also include weighting the chance of receiving a question in a particular topic based on the user's past performance in answering questions in that topic.

Abstract: The method and system include presenting a user with a plurality of questions, timing the user's response time for the plurality of questions, identifying an optimal answer time where the user is able to answer a maximum percentage of questions correctly, and informing the user of the optimal answer time. An embodiment of the method may also include providing the user with a suggested change in an actual time taken to answer a question. Certain embodiments may also include weighting the chance of receiving a question in a particular topic based on the user's past performance in answering questions in that topic.