Adeia Guides Inc. has secured a major milestone in guest entertainment with a newly patented system for personalized notifications. This innovation focuses on the patent titled Methods and systems for generating notifications based on the interests of guests. The patent describes an automated monitoring network designed to combat specific guest engagement challenges that often lead to missed experiences.

Overcoming Guest Engagement Challenges

Patent Title: Methods and systems for generating notifications based on the interests of guests

Company Name: Adeia Guides Inc.

Patent Abstract: Methods and systems are provided herein for generating notifications based on the interests of guests. Guests may request notifications on their host’s television, and the system will generate notifications based on the guest’s interests and preferences as stored in the guest’s user profile. In doing so, the guest will be notified of events of interest, such as when a favorite sports team scores a point or when an important scene in a favorite movie is playing. The system monitors the network of the apartment or house and detects when a guest device is accessing the network. The system then accesses the guest’s interests and identifies a set of programs based on these interests. The system then monitors these programs and generates notifications on the display device when an event of interest has occurred in one of the identified programs.

Swanson Reed Patent of the Month

Adeia Guides Inc. earned the prestigious Swanson Reed patent of the month award for May 2026 due to its groundbreaking approach to automated guest engagement within the theme parks, hospitality, and amusement resorts industry. The innovative system addresses a long-standing challenge of keeping visitors connected to their personalized preferences while staying at resort accommodations or visiting interactive park environments. By seamlessly linking visitor profiles with local display infrastructure via automatic network detection, the company has introduced an unparalleled level of customized media delivery that redefines industry standards.

This invention stands out in the amusement and resort sector because it solves connectivity and data-siloing issues that previously limited the guest experience. The integration of real-time network monitoring with dynamic profile evaluation allows hospitality systems to automatically adapt display devices without requiring manual configurations by the visitor. This engineering feat enhances user comfort and engagement, making it a highly remarkable advancement that sets a new benchmark for smart resort technologies.

Swanson Reed recognizes this patent because it reflects significant technical progress and exceptional commercial utility. The design does not merely push static notifications but transforms local display ecosystems into smart, reactive environments through sophisticated software architecture. This successful integration of network authentication, profile analytics, and automated content monitoring makes it a highly deserving recipient of the patent of the month distinction.

USA R&D Tax Credit Compliance

To qualify for the Research and Development tax credit in the United States, an invention must satisfy a four-part test. First, the project must involve a permitted purpose, meaning it aims to create a new or improved product or process regarding functionality, performance, reliability, or quality. Second, it must eliminate technical uncertainty, where the business faces unknowns regarding the capability, methodology, or final design of the system. Third, it requires a process of experimentation, involving systematic evaluation of alternatives, testing, or modeling. Fourth, the research must be technological in nature, relying on principles of computer science, engineering, or physical sciences.

Practical Applications Meeting R&D Tax Credit Rules

First Application: Designing and developing the core network monitoring subsystem requires extensive software engineering to reliably detect when a specific guest device accesses the local network. Engineers must evaluate different network protocols and access point configurations to ensure rapid authentication without compromising user privacy. This process of experimenting with network communication and device detection logic satisfies the technological nature and experimentation requirements.

Second Application: Developing the automated profile-matching algorithm involves resolving significant technical uncertainty regarding real-time data processing. The development team must prototype multiple data filtering and predictive modeling structures to parse user preferences and map them instantly to live broadcast data feeds. Testing various query structures and data-matching algorithms to achieve low-latency notification delivery qualifies as a process of experimentation aimed at improving system performance.

Third Application: Integrating the cross-platform display generation mechanism requires creating new software interfaces capable of embedding dynamic notifications onto a variety of host hardware platforms. The technical team must address uncertainties related to hardware compatibility and synchronization between different media formats. This work addresses complex engineering challenges to build a scalable notification overlay system, constituting a qualified research activity aimed at creating enhanced functional performance.