Abstract
Procedural delays are caused during multi-step web tasks on mobile devices due to constrained interfaces and restricted web browser state access. Failures are encountered by remote cloud automation when local credential or security barriers are presented. An artificial intelligence web agent is integrated directly into a mobile web browser architecture to perform local task execution. The web agent is bound to an active tab context to execute actions directly on a local document object model. Local credential stores, session cookies, and autofill entries are utilized to navigate authentication barriers. Workflows are executed within a background execution service when the browser application is minimized, and progress is surfaced via notification elements. Contextual payloads and prompts are passed from an OS layer using a trusted prompt generation and a secure transfer process. Operational inefficiencies are reduced and background application termination is mitigated during automated device operations.
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Recommended Citation
Haines, Hena Virginia; Wang, Linda Yin; Sivakumar, Siddhartha; Fu, Wenyu; Wang, Yi Xuan; Gupta, Ritika; Guerrero Ramos, Salvador; Betini, Bhuvana Sree; Wu, Xinyi; Kim, Nayeon; Chandler, Bryant Eldon; Sedaghat, Nasim; Chen, Lillian Ming; Harrington, Daniel Edwin; Kitagawa, Calder Evan; and Trainor, David Andrew, "Local Web Task Actuation and Background Execution via an Integrated Web Browser Artificial Intelligence Agent", Technical Disclosure Commons, (September 09, 2026)
https://www.tdcommons.org/dpubs_series/11671