IP LIBRARY
SINIE Launches Comprehensive Intellectual Property Library
Mumbai, 9 October 2025 – In a strategic move to empower innovators, SINIE Intellect Private Limited has unveiled its state-of-the-art Intellectual Property (IP) Library, aimed at providing comprehensive access to patents, research, and innovation assets across industries.
The library, accessible to startups, corporates, and academic institutions, consolidates IP information, enabling users to explore patent landscapes, innovation trends, and commercialisation opportunities. With a focus on usability, the platform supports tailored searches, analytical insights, and expert guidance for IP assessment and monetisation.
“Our mission is to unlock hidden value in intellectual assets and provide actionable insights to innovators and investors alike,” said Mr Shivraj Dhananjay Thorat, Chairman & Managing Director of SINIE. “This library is more than a repository; it is a tool for strategic decision-making, fostering innovation across sectors.”
The IP Library also integrates industry-specific insights, helping corporates and research institutions identify collaboration opportunities and make informed investment decisions. SINIE’s initiative is set to become a hub for knowledge-driven innovation, bridging the gap between research and commercial impact.
The invention provides an artificial intelligence system for automating legal workflows, including contract analysis, legal research, document summarisation, and drafting. The system leverages a combination of natural language processing (NLP), legal domain-specific models, and knowledge graphs to understand, interpret, and generate legal documents with high precision and compliance. The system reduces manual effort, enhances legal accuracy, and accelerates case preparation and document review processes.
AI System for Automating Legal Work
The invention relates to a sustainable aviation fuel (SAF) from plant-based biomass. The fuel is synthesised through a multi-stage process involving biomass extraction, catalytic hydro-processing, and fractional distillation. The resulting fuel meets aviation-grade standards for energy density, combustion efficiency, and emissions, offering a renewable alternative to fossil-based jet fuels.
Sustainable Aviation Fuel Derived from Plant-Based Biomass and Method of Production
The invention introduces an extension to conventional string theory by incorporating an additional variable representing a fundamental field or dimension not previously accounted for. This modification results in a more complete Theory of Everything, unifying gravity with quantum field theory. Furthermore, the extended framework is utilized to construct a novel computational architecture inspired by multidimensional interactions at the Planck scale, enabling exponentially more powerful AI systems through physics-informed computation and quantum-analog logic.
Computational Application of Extended String Theory with an Additional Variable for Advanced Artificial Intelligence and Unified Physical Modeling
EM-Thrust utilises dynamic electromagnetic fields to generate directional momentum, functioning within the bounds of advanced plasma physics and modified principles of Newtonian mechanics. This technology is not only a leap forward in reducing the weight and cost of space launches, but it also opens doors to interplanetary and deep space missions, where carrying traditional fuel is neither viable nor efficient.
EM-Thrust: Revolutionising Propulsion with Electromagnetic Drive for Rockets and Deep Space Missions
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