The ten approved family abstracts and Hecate’s published abstract. The approved Ludwig explanation is identified separately from its original provisional claim.
001 · Filed September 4, 2025
Hermes-Echo
Change what a call does without replacing the authority governing it.
A system and method for handling missed video calls by allowing a receiver to create a personalized video, voice, or no message to be played when they are unable to answer a call. The system determines the receiver's availability and, if unavailable, retrieves and streams the prerecorded message to the caller. After the message, the caller is given the option to leave a video voicemail message or hang up. If a video voicemail is left, the system stores the message and notifies the receiver. The invention enhances the communication experience by providing a more engaging and personalized way to handle missed video calls, with messages tailored for business or personal purposes. The system can be implemented using various technologies, such as video conferencing software, mobile applications, or web-based platforms.
001.001 · Filed April 30, 2026
Hermes-Hecate
Keep data retrieval, delivery and response handling inside one established session context.
A computing system maintains continuity of a session across multiple operations. A session controller establishes a session identifier and associated signaling and/or security context, processes rule data, determines endpoint state, retrieves a data asset, routes and streams the data asset, modifies transmission state to receive response data, stores session data, and generates outputs. All operations occur within the established session context without creating a new session context, thereby preserving continuity across transport environments and data modalities, including in environments where processing characteristics may vary over time or exhibit non-deterministic execution behavior.
002 · Filed November 20, 2025
Warten
Deliver authorized content before admission using the session already established.
A system and method for displaying pre-recorded video content in the waiting room of a video call. The invention replaces the blank screen or static image typically shown to users while waiting for the call to be answered with pre-recorded video messages or advertisements chosen by the video call provider. The system comprises a video calling platform, a database for storing pre-recorded content, and a content management system for selecting and displaying the appropriate video based on predefined criteria. When a user enters the waiting room, the selected video content is seamlessly displayed until the call is answered, providing an engaging and informative waiting experience while offering providers an opportunity to communicate with or promote to their audience.
003 · Filed October 22, 2025
Ludwig’s Raven
Negotiate each participant’s accessibility needs and deliver the services they need.
A communication system performs participant-specific negotiation and selective distribution of accessibility services within an ongoing real-time communication session. A session controller receives participant-associated descriptors identifying accessibility requirements or capabilities, validates each descriptor against session policy and available service capability, and conditionally activates a corresponding accessibility processing pipeline only when an authorized participant requires it. Resulting captions, translation, audio description, enhanced audio, sign-language interpretation, or avatar video are routed only to authorized participants while other participants continue receiving primary media. Participant joins, departures, preference changes, policy changes, or service faults trigger re-evaluation, modification, substitution, or teardown of the pipeline and routing state while the session identifier is preserved and the originally negotiated signaling and media security context is reused, without a new SIP Call-ID or WebRTC PeerConnection. Decisions and state transitions are recorded against the same session timeline.
004 · Filed December 8, 2025
Muninn
Choose and adapt AI services for each participant.
A system and method for dynamically managing artificial intelligence services during real-time communication sessions. The system identifies individual participant requirements for AI-enabled features including language translation, captioning, sign language interpretation, and real-time coaching. A resource orchestration engine determines optimal computational deployment locations for each AI service, selecting among cloud infrastructure, edge servers, and local participant devices based on latency requirements, privacy preferences, and available bandwidth. The system continuously monitors session parameters and participant changes, automatically reconfiguring AI service allocation and deployment topology in response to detected variations in network conditions, participant composition, or accessibility requirements. Adaptive load balancing ensures uninterrupted service delivery while optimizing resource utilization across heterogeneous computing environments. The invention enables personalized, context-aware AI assistance for each session participant while maintaining seamless real-time communication flow through transparent background optimization of distributed AI resources.
005 · Filed December 8, 2025
Quetzalcoatl
Carry permitted context through transfers, splits and merges.
A computer-implemented system and method for managing interconnected communication sessions within multi-step workflows. The system employs a directed graph data structure wherein communication sessions—including telephone calls, video conferences, and remote assistance sessions—are represented as nodes, and relationships between sessions are represented as edges encoding connection types such as transfers, splits, merges, and handoffs. A session orchestration engine automatically propagates contextual data including session transcripts, annotations, and participant accessibility preferences across related sessions based on the graph topology. The system supports dynamic session manipulation operations including merging multiple concurrent sessions into a unified session, splitting a single session into parallel derivative sessions, chaining sequential sessions for multi-stage processes, and transferring participants between active sessions. A rules-based security module governs contextual data inheritance by evaluating participant permissions and relationship types to ensure appropriate information access across session boundaries. The invention enables seamless continuity in complex multi-party communication workflows while maintaining data governance compliance.
006 · Filed December 8, 2025
Zhinü
Coordinate different devices and data types within one session.
A unified multi-modal communication system and method for establishing a single orchestrated session enabling heterogeneous devices to exchange diverse data types simultaneously. The system comprises a central orchestration engine that receives capability declarations from participating devices, wherein each device announces data types it can transmit and receive. The orchestration engine dynamically routes information between devices based on declared capabilities and subscription requests. The system maintains consistent security credentials and identity authentication across all connected devices throughout the session duration. When devices join, depart, or modify their data requirements, the orchestration engine automatically reconfigures routing pathways without session termination or re-initialization. The invention supports simultaneous integration of sensors, robotic systems, extended reality interfaces, vehicles, and other networked devices within a singular secure session, thereby eliminating the need for multiple discrete connections and simplifying management of complex multi-device operational scenarios.
007 · Filed December 8, 2025
Lakshmi
Select and change compute providers while the work continues.
A dynamic computational resource brokerage system for real-time communication and artificial intelligence workloads is disclosed. The system comprises a marketplace aggregation module that continuously monitors pricing, latency, and geographic availability across multiple distributed computing providers. Upon initiation of a communication session requiring computational resources—such as video conferencing with AI-enhanced features including live captioning or translation—the system automatically evaluates and selects optimal provider configurations based on user-defined parameters including cost efficiency, response latency, and data residency compliance requirements. The system further implements continuous session monitoring with seamless mid-session resource migration capabilities, enabling automatic reallocation of computational tasks to alternative providers upon detection of degraded performance metrics or unfavorable pricing changes, without perceptible service interruption. The invention enables transparent, real-time optimization of distributed computing resource procurement while maintaining uninterrupted delivery of latency-sensitive communication services.
008 · Filed December 8, 2025
The Griot
Keep the source history and timing of a session’s records together.
A system and method for comprehensive capture and intelligent replay of online communication sessions. The system records primary audio and video streams alongside supplementary data including real-time captions, translations, AI-generated summaries, agent coaching prompts, and session metadata in a temporally-aligned unified data structure maintaining synchronization across all captured elements. A provenance graph tracks data lineage including source identification, AI model attribution, and processing infrastructure details for each information component. The system generates role-based replay views from the unified recording, dynamically rendering different presentations based on viewer authorization and purpose. Customer-facing views exclude internal annotations, quality assurance views incorporate coaching data and performance metrics, and compliance views include complete provenance information detailing AI model versions and data processing locations. This architecture enables single-capture, multi-purpose replay functionality while maintaining comprehensive audit trails for regulatory compliance and operational analysis.
009 · Filed December 8, 2025
Hari Seldon
Route each data stream to a permitted processing location.
A computer system and method for dynamically managing geographic data residency compliance during real-time unified communications sessions. The system monitors multiple concurrent data streams generated during video conferences, voice communications, and AI-enhanced features including automated captioning, translation, and content summarization. A compliance engine evaluates participant locations, data stream classifications, applicable regulatory requirements, and organizational policies to determine permissible processing jurisdictions for each data type. The system implements intelligent routing logic that directs individual data streams to geographically-appropriate server infrastructure satisfying all applicable constraints. Dynamic recalculation capabilities enable real-time compliance adjustments when session parameters change, such as new participant arrivals from different jurisdictions, without disrupting ongoing communications. The architecture supports heterogeneous data sovereignty requirements across multiple regulatory frameworks while maintaining seamless user experience and communication continuity throughout the session lifecycle.
010 · Filed December 8, 2025
Deganawida
Reassess permission during the interaction.
A continuous authorization system for real-time communication sessions that dynamically evaluates and adjusts participant permissions throughout the duration of video calls, remote support sessions, and online meetings. Unlike conventional single-point authentication systems, the invention performs ongoing security assessments by continuously monitoring contextual factors including device characteristics, security posture, and network environment for each participant. Based on real-time evaluation of these factors, the system dynamically grants, modifies, or revokes access to privileged features such as screen sharing, remote device control, and sensitive data viewing without terminating the underlying communication session. When a participant’s security context changes—such as transitioning to an unsecured network—the system automatically adjusts permissions while maintaining basic session connectivity. This enables organizations to enforce granular, context-aware security policies that adapt to evolving risk conditions during active sessions, particularly in regulated environments requiring protection of sensitive information.