MUMBAI, India, Oct. 26 -- Intellectual Property India has published a patent application (202611120975 A) filed by Shubham Rajabhau Bansode; Nivedita Adish Deore; Eshwari Arun Pote; Sakshi Narendra Khairnar; Atharva Baban Kakde; Manthan Kiran Raut; Shweta Ravindra Kavathe; Dhruv Pritesh Patel; Ashish Bapurao Zade; and Smirat Sanjay Kokulwar on October 08, 2026, for System And Method For Multiscale Mobility-Aware Task Fulfilment With Verified Execution And Adaptive Trust Management.
Inventors include Shubham Rajabhau Bansode; Nivedita Adish Deore; Eshwari Arun Pote; Sakshi Narendra Khairnar; Atharva Baban Kakde; Manthan Kiran Raut; Shweta Ravindra Kavathe; Dhruv Pritesh Patel; Ashish Bapurao Zade; and Smirat Sanjay Kokulwar.
The application for the patent was published on October 23, 2026, under issue no. 43/2026.
Abstract: The present invention discloses a computer-implemented system and method for adaptive task allocation based on multiscale mobility evaluation and protected transaction control. A task interface receives pickup and destination information, execution constraints and fulfilment conditions, while a mobility interface obtains candidate locations, planned routes and availability. A multiscale processing engine selects geographical network representations and determines route-constrained spatial and temporal reachability, allowable detour, travel-time slack and mobility confidence. An assignment controller filters infeasible candidates and selects a performer and fulfilment mode using route compatibility and a user-specific trust or risk state. A transaction controller establishes a risk-dependent protection profile associated with the assignment and prescribed verification conditions. An execution verification engine correlates evidence including geofenced events, handover tokens, acknowledgements or sensor observations and gates settlement upon satisfaction of the verification policy. A feedback controller updates the user-specific risk state from verified outcomes for subsequent matching and transaction decisions. The integrated architecture coordinates feasible mobility-based assignment, evidence- driven completion and conditional transaction settlement. Accompanied Drawing [FIGS. 1-2].
Disclaimer: Curated by HT Syndication.
