Abstract: The present invention is a system and method of tokenization, functioning as a distribution model for IP title and validity insurance. The present invention provides numerous solutions to problems associated with current IP ownership models, including the ability to have divisible ownership of IP. Through divisible ownership, applicants or inventors are able to buy and sell interests in the IP at any time. Additional solutions offered by the present invention include: title and validity insurance that can be based on machine metrics; simplified financing; facilitating cooperation between multiple parties for IP development; and a streamlined user friendly IP transactional platform. The present invention offers securitization and digitization of the IP space, which will allow organizations to maximize monetization of their IP and facilitate transactions through increased transparency and streamlined contractual processes.

Abstract: The present invention is a platform of services and solutions for Freedom to Operate compliance and risk mitigation that is AI-enabled and Blockchain-based. IP analytics lower the cost of IP analysis, answering questions to common and complex use cases, enabling for better decision making. The present invention is a risk mitigation solution that provides guidance in the appropriate next steps and how to document them. The present invention covers all necessary steps, from a request for proposal (RFP) to the final product, through launching a landscaping study in parallel to the RFP to assess patent density and competitive metrics, and executing a Freedom to Operate (FTO) search for component versions to implement potential design-arounds to reduce exposure. The present invention documents all efforts and progress in an encrypted blockchain-based repository that is hashed and time-stamped, and FTO reports are periodically updated to reflect current patent coverage.

Abstract: This invention pertains to a system and method for verified IP asset profiles and rankings for small or medium enterprises (SMEs), through the use of artificial intelligence (AI) and blockchain to create an intellectual property profile for SMEs that generates an algorithmic based score which is representation of the competitive strength of the SME's patent portfolio within its industry. This is based on the quality of patent assets, the commercialization and monetization potential of those assets and recent technology trends in global markets. Relevant data such as IP and financial data is collected from public and private sources on a global level. Essential attributes such as the competitive strength of that particular SME within its industry is also assessed.

Abstract: The present invention is a chain of custody (CoC) solution for public patent data records using blockchain to store, secure, and trace patent data. The CoC solution enables the primary data to remain on a Hyperledger with selective, high-value information migrated and maintained on the public blockchain, enabling that patent data to be encrypted, with decryption available only to the parties holding the encryption keys. The present invention also implements an integration infrastructure to create a Global Patent Registry (GPR) with the blockchain to support a consortium of Patent Owners, National Patent Offices, and Verifiers. GPR allows for the current process of granting, publishing, owning, transferring, and pledging patents onto the blockchain of the present invention, using smart contracts to manage these processes.

Abstract: The present invention is a patent search and analytics software tool (Zuse) that finds prior art for each claim limitation/element. The software automatically breaks up every claim into individual claim limitations. For example, our software can automatically break up a claim into about five (5) separate, different claim limitations/elements. Then, it can find the best prior art for each of the five (5) separate, different claim limitations/elements. This is very helpful when you cannot find a prior art reference for only part of a claim. Also, the software finds the best prior art for the entire claims. Our software also includes non-patent literature (NPL) searching. ZUSE identifies relevant prior art by taking into account the limitations of the claim under consideration (query claim of query patent), the text of the art, the link structure of the citation network, and the patent classification.

Abstract: Qscore is the most advanced tool available for ranking the potential commercial value of a patent or a portfolio of patents. Other ranking methods typically rely heavily on a patent's reference graph (citations to/from other patents). Qscore is far more sophisticated: using data mining tokenization techniques, Qscore takes into account multiple factors correlated with patent value. This document generally describes the method used to assign a quality score to each patent, which is used to bias the ranking of the results returned from the keyword-based searching in the analytics embodiment of the present invention. This quality score, denoted by Qscore, is designed to identify the patents that are not only relevant to the user's query but also possess some additional, query independent, quality characteristics. Consequently, Qscore can be considered as an information filtering aid—designed to identify the “good” information from a “sea” of information.

Abstract: The present invention uses an agglomerative hierarchical clustering (“AHC”) method for patent clustering. Agglomerative clustering is the most common type of hierarchical clustering used to group objects in clusters based on their similarity. It's also known as Agglomerative Nesting (“AGNES”). The algorithm starts by treating each object as a singleton cluster. Next, pairs of clusters are successively merged until all clusters have been merged into one big cluster containing all objects. The result is a tree-based representation of the objects, known as a dendrogram. This methodology is used in a broad range of applications. In one embodiment, the present invention uses specific requirements of the data in order to create smart ways of choosing which levels are included and which are excluded.

Abstract: The present invention provides a solution for patent pooling through the use of a blockchain program. As enterprise level companies more broadly are adopting blockchain technology, an opportunity arises that benefits both patent owners who have invested heavily in blockchain innovation as well as those adopting and using the technology to implement a new program that achieves multiple objectives. The program can evolve over time to an industry-wide patent clearing and defense platform for the blockchain community. This opportunity is enabled today because of advances in exponential technologies that permit the program to operate with minimal resources and at significantly lower costs to the benefit of owners and members. The present invention is technology enabled and is a more comprehensive and valuable solution than existing pooling, aggregation or defensive models, providing significant benefits over the existing models.

Abstract: The present invention discloses a method by which a secure ledger network is deployed to provide assurance related to title of IP assets. Specifically, the invention seeks to improve the risk associated with IP based transactions and reduce the time related to researching color of title related to the same.

Abstract: The present invention discloses a method by which a secure ledger network is deployed to provide assurance related to title of IP assets. Specifically, the invention seeks to improve the risk associated with IP based transactions and reduce the time related to researching color of title related to the same.

Abstract: The present invention combines IBM's innovation leadership and IPwe's technology and experience to improve Return on Investment (“ROI”) across the entire Technology Cycle. IBM determines what goes in and comes out of the program, and has the ability to “call” the assets until they are sold, including the right to approve licenses, sales or other transactions at the IDS Special Purpose Vehicle (“SPV”) level. The present invention focuses on and uses the term “Invention Disclosures” (IDS) but this should be understood to encompass activities and processes across the entire Technology Cycle.

Abstract: This invention provides solutions for a patent debt financing solution. In one embodiment, there is a screening procedure of deciding which patents to provide lending, debt financing, or equity financing.

Abstract: The present invention is based on simple transparent pricing based on entity size, asset and revenue profile, and provides access to the best technologies at a very low cost. The present invention demonstrates to the market and FSI that there is a better way, and is a massive improvement on existing models like pools (like MPEG), defensive licensors (like LOT) and aggregator models (like RPX and AST) with real benefits to all.

Abstract: The objective of the present invention is to establish the Steps (major levels of interaction) and Elements (interactions within each Step level) for a Patent Owner that may engage with the platform as a seller of patents. The elements and implicated functionality of the present invention includes user registration, pre and post-registration platform interaction, listing patents for sale, buyer engagement, negotiation of the sale and contract execution.

Abstract: The present invention provides solutions for government labs, or in any type of organization, such as a R&D facility or center, university, private companies, etc., and is not limited to government labs. This invention is not limited to US based institutions and can be utilized on a global scale. The present invention improves the transfer of technology from lab to market, by offering solutions such as: improving Return on Investment (ROI) for funds invested in research and development across universities, labs and research projects; reducing the cost and remove the administrative burden of research and technology transfer; focusing efforts on the right market opportunities and prioritize funding on the right research; and increasing partnership volume and success rate, connecting the right partners earlier in the process. The present invention utilizes artificial intelligence as well as smart contracts with self-executing elements to overcome trust issues and provide transactional security.

Abstract: The present invention is a system and method of patent tokenization that provides solutions to the limitations and drawbacks of the current patent system. The present invention implements a procedure to limit exposure and unlock new revenue opportunities through tokenization. The present invention uses blockchain technology to track chain of title, provenance, and can capture and enforce all transactions and encumbrances through smart contracts. Access to this data enables the present invention to introduce additional liquidity into the asset class by tokenizing the backend of relevant transactions, such as patent licenses, patent lending, etc. The present invention applies blockchain technology at the patent market level to transform how IP assets are obtained, managed and transacted. Permissioned Blockchain allows multiple competing parties to operate from the same common database without revealing their data, resulting in increased trust, control and privacy in the transactional process.

Abstract: The present invention is a system and method of a patent transactional platform that provides solutions to limitations and drawbacks of current patent transactional platforms. The platform of the present invention is an electronic data room that facilitates communications, record keeping and transactions, known as a deal room. Access to the deal room is designated by patent owner representative. Sale agreements and disclosure schedules can also be accessed in the deal room. The patent owning entity takes steps to upload the patent or patents available for sale using a patent verification process.

Abstract: This invention provides solutions for patent debt financing. In one embodiment, there is pooling of Patent Owners. There can be at least two Patent Owners pooling patent(s) together. This provides for diversification. Pooling makes it easier to get the asset class rated by a ratings agency. Pooling makes it more attractive to Lenders, since there is less risk of default. In another embodiment, a Patent Owner can combine or pool patents from different technology areas into one portfolio. This provides for diversification. Pooling makes it easier to get the asset class rated by a ratings agency. Pooling makes it more attractive to Lenders, since there is less risk of default.

Abstract: The invention deals with defensive patent aggregation, partnering with an original equipment manufacturer (OEM) to create an independent buyer of IP assets focused on technology domains that are highly relevant to OEMs and Suppliers. A special purpose vehicle (SPV) is used as a ‘trust’ that exists to hold and execute the patent transactions on the owner side without the owner being involved. The smart contract has self-executing elements and handles trust issues. The invention utilizes artificial intelligence (AI). The defensive patent aggregation is not limited to a specific industry and can be used in any technology industry.

Abstract: The invention is a platform for various patent related activities, including the budgeting and payment of annuity payments associated with various patent offices. The platform provides a network for uploading patent information and providing, among other things, budgets, multi-currency payment of options, and reminders for annuity payments. An AI component provides metrics on the necessity for payment certain patent annuities.