IP Asset Valuation in Technology Licensing

Intelligent data interpolation platform for generating accurate and reliable pricing and valuation data in real-time when limited data is available, especially for private markets. It uses AI models to interpolate prices and values from incomplete or unreliable data, dynamically updating as new data arrives. The platform collects various types of data, cleanses it, and feeds it into AI models to generate interpolated pricing and valuations. An interactive GUI displays the results and allows customizing the modeling parameters. It also models "what if" scenarios based on user inputs or system suggestions. The AI-driven interpolation helps address the lack of historical data in private markets to provide timely and reliable pricing insights.

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Patent mapping, ranking, and rating system that allows quick analysis and visualization of patent portfolios to determine relevance and value. The system categorizes patents by concepts like scope and technology categories. It maps concepts to claims, ranks concepts, and generates charts showing relationships between ranked concepts and claims. This allows users to quickly see which concepts provide good coverage and value in a portfolio.

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The limitations of traditional intellectual property (IP) management, which suffers from exorbitant costs, inadequate transparency, and lax cross-border enforcement, have been made clear by the quick development digital technologies. This study investigates how blockchain can provide a decentralised, transparent, automated approach to IP asset management through tokenization smart contracts. Creators track ownership, manage licensing, get royalties instantly converting into tokens. also discusses current legal technical issues, especially requirement for international frameworks validate tokenized property, using instances such as WazirX NFT marketplace. In end, it makes case that could democratise creative markets, enhance creators' revenue models, promote more inclusive global knowledge economy with correct legislative changes technological developments. Key Words: Intellectual Property, Blockchain, Tokenization, Smart Contracts, Licensing, Royalty Automation, Legal Challenges, Creative Economy

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Distribution management system for derivative products that inherit from original products created by different authors. The system tracks licenses and values of original products as they are used in derivatives. It allows users to create derivatives from others' work, but sets values for the original product based on factors like derivative transfers and user status. This prevents free riding on others' creations while allowing derivative distribution.

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The article provides an analysis of the integration blockchain technologies into methodology in tellectual property valuation, which is a significant step towards digital transformation existing approaches field intellectual valuation. opportunities and challenges associated with use modern to improve efficiency valuation are identified. impact block chain solutions on processes studied emphasis transparency protection rights. New models based smart contracts considered create fairer mechanisms for distri buting royalties, key legal regulation technical aspects implementing need develop uniform standards protocols global determined. Key problems imp lementing process noted. glo bal this area emphasized. potential as catalyst innovation cooperation international arena shown, opening up new horizons further research practical applications property.

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Tracking the provenance of inputs and outputs of machine learning models using blockchain to provide accurate valuation and ownership attribution. The method involves storing the inputs, data sources, prompts, and responses of a model on the blockchain as it is developed. This creates an auditable trail linking the inputs to the outputs. It also allows tracking of model use and generating estimates of model value based on frequency of use.

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Computerized system for evaluating patent claim inputs and authorized contributions to a project. The system tracks inputs, outputs, prompts, queries, responses, and collaborations. It analyzes and evaluates metrics like creativity, novelty, utility, reliability, success, value, rights, and IP. The system uses AI to persistently monitor, parse, and analyze inputs/outputs/prompts for determining metrics. It provides data, scores, graphs, and statistics for measurably improving SWOT and ROI.

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Traditional intellectual property transaction traceability has problems such as information asymmetry, storage methods relying on centralized databases, and easy tampering of information, etc. A blockchain-based security mechanism for is proposed. Firstly, through the analysis massive case commonality individuality data are studied, structure scope collection requirements established; secondly, constructed based smart contract PROV origin model, signature verification completed BLS threshold Dynamic DKG protocol, process integrates model constructs a chained structure. The multi-level strategy developed to achieve protection throughout entire life cycle transactions.

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Analyzing intellectual property (IP) portfolios of entities to provide insights and visualizations. The method involves associating financial metrics with IP assets, identifying similar IP assets based on technology areas, determining average financial metrics for similar IP assets, and generating visual representations of those metrics. This allows efficient comparison of financial performance of IP assets and entities without manually reviewing large numbers of documents.

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Digital asset valuation system that more accurately assesses the value of digital assets by considering multiple factors beyond just price. The system acquires digital asset data, determines weights for factors like usage, adoption, technology, and market conditions, builds a multi-factor model using these weights, and uses it to calculate more realistic asset values. The system aims to provide a more comprehensive and less manipulable valuation compared to models solely based on price.

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Quantifying the value of a patent using a multiple regression model to build a reliable patent valuation model that reflects structural characteristics of specifications and accurately values patents. The regression model is built by processing patent information and performing multiple regression analyses with key valuation elements as dependent variables. The representative regression coefficients for each independent variable across the analyses are used to generate valuation models for each valuation index.

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Evaluating the value of intellectual property, such as patents, using an index based on relative document strength rather than absolute values. The method involves acquiring a group of documents related to a patent, evaluating each document's value based on parameters and patenting weights, and using those values as an index of the patent's relative strength within the document group.

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A decentralized blockchain-based platform to register, transfer, license, apply for, and value IP assets, such as patents, using smart contracts. The blockchain provides transparency and security while the smart contracts automate processes like patent transfers.

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Collateralizing intellectual property (IP) assets like patents and trademarks for loans and insurance. It involves using model-based analysis to accurately value and assess risk of IP collateral. This enables lenders, insurers, and rating agencies to more confidently collateralize IP loans and insure against IP default. The models analyze factors like patent strength, infringement potential, litigation history, and market demand to provide quantitative assessments of IP value and risk.

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Method for evaluating the transaction value of data assets to quantify and measure the value of intangible data assets for better pricing and monetization in data asset transactions. The method involves building a data asset transaction value evaluation model that assesses the cost of obtaining the data assets and their application value. This model allows more accurate estimation of the transaction value of data assets by quantifying their application worth in specific contexts.

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Semi-automated valuation of patents using machine learning that leverages a database of information layers like megatrends, market indicators, financing figures, etc to provide a more holistic and dynamic valuation of patents. The system builds a machine learning model comparing patent info to refine valuations with user input and forecast changes as relevant information layers change over time.

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A patent search and analysis tool that provides a quality score for evaluating patents. The tool uses AI, machine learning, and data mining to analyze multiple factors correlated with patent value. This includes the patent's citation network and the value assigned to it by the patent owner. By performing a random walk on this weighted network, the tool calculates a "Qscore" to rank the commercial potential of patents.

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A user-centric system to carry out the valuation and transaction of patents. The system uses a standardized set of parameters to provide an objective and representative valuation of patents. The parameters include applicant and inventor experience, technology applicability, risk factors, and a dynamic database that allows rapid updating of patent values.

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Analyzing intangible assets like intellectual property to provide meaningful information for organizations. The analysis involves qualitative and quantitative techniques using frameworks. Qualitative analysis examines factors like coverage, opportunity, and risk. Quantitative analysis determines monetary values. The frameworks have components like strength of claims, breadth, replacement cost, market value, and revenue. The analysis is customized for different types of intangibles like patents and trade secrets.

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A method and system for determining the value of an enterprise or intangible assets using risk rating. The method involves assessing the risk rating of the subject matter based on financial data. Multiple valuation formulas are then applied to the financial data to calculate multiple estimates. The estimates are sorted based on numerical value and selected proportions are determined using the risk rating. The selected estimates are then further screened based on market characteristics to determine the final value.

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Evaluation of the exclusive power of a patent by quantifying the extent to which the patent obstructs third-party businesses. The calculation apparatus extracts legal procedure data from patent histories to determine how obstructive the patent was to third parties and then calculates a post-obsolescence cost based on the filing date. The total post-obsolescence costs across all extracted patents provide an evaluation of patent power.

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A decentralized network using blockchain to provide a transparent and efficient platform for managing intellectual property rights. It leverages blockchain's features like smart contracts, secure decentralized storage, and transparent transactions to improve the patent ecosystem with features like simplified patent registration, transparent ownership, valuation tools, automated examination, and streamlined licensing and transfer processes.

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Decentralized method and system for independently valuing intellectual property rights using a blockchain network and AI. The system collects historical transaction data for similar IP assets, extracts parameters like remuneration, development speed, enforceability, etc, and uses AI to analyze and predict IP valuations. Smart contracts on the blockchain enable secure, decentralized IP transfers and royalty payments. The system aims to provide a more accurate, transparent, and efficient way to value and monetize intangible assets compared to traditional methods.

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Method for accurately determining the monetary value of a patent based on factors like forward and backward patent citations, legal status, patent family, and commercial data of the patent holder. This provides a comprehensive evaluation that considers technical, legal, and market aspects. The method involves obtaining patent information, commercial data of the patent holder, and technology market details. It then evaluates the patent's value based on factors like citations, status, and breadth. The evaluation can be done using a computer program that analyzes the data.

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Valuing patents using a dynamic database, quantifiable and unquantifiable parameters, and mathematical models. The method involves gathering patent information, establishing representative valuation parameters, comparing parameters against the patent data, and using models to assign scores. Parameters include applicant experience, technology maturity, legal risk, and more. The dynamic database allows targeted data retrieval.

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Decentralized method and system for autonomously valuing intellectual property using blockchain and artificial intelligence. The method involves leveraging historical IP transaction data stored on a blockchain network and training an AI neural network on it to predict IP valuations. The blockchain provides a decentralized, secure database for storing IP transaction data. The AI neural network analyzes the data to learn IP valuation patterns and make accurate predictions for new transactions.

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A method and system for accurately valuing companies that addresses the limitations of existing valuation approaches. The method involves partitioning a company into five dimensions: Financial Information, Customers, Products, Intellectual Property, and Human Capital. By analyzing each dimension separately, it enables a more accurate valuation that accounts for intangible assets, competitive analysis, and risk assessment. The dimensions are evaluated simultaneously to capture interdependencies. The method involves gathering a snapshot of data for each dimension at the same time point to provide a holistic view of the company.

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A method for valuing patent assets using discounted cash flow analysis. It involves projecting future cash flows from the patented technology and discounting them back to present value. This accounts for the time value of money and provides a more accurate representation of the present worth of the patent compared to methods like cost or market valuation. The discount rate reflects the risk and opportunity cost of investing the money instead of holding the patent.

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Funding research and development (R&D) projects by allowing financial market investors to invest in R&D projects. The method involves valuing the intellectual property expected from a research project, calculating the fraction of IP needed to fund the project, creating financial instruments representing ownership of that fraction, pricing the instruments, and selling them to investors. This provides a way for investors to invest in R&D with reduced perceived risk by owning a fraction of the expected IP.

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