Telepresence Robot Immersive Interaction Patents 2026
Telepresence Robot Immersive Interaction Patents
Telepresence robots combining XR, edge-AI, and avatar-mediated interaction are redefining remote presence across healthcare, industrial inspection, and collaborative robotics. This dataset spans 50+ records from 2004–2026.
From Video Carts to XR-Digital Twin Systems
Telepresence robot immersive remote interaction technology integrates four converging layers: mobile robotic platforms, immersive rendering interfaces including VR/AR/MR head-mounted displays and 360-degree cameras, low-latency communication architectures combining edge computing and WebRTC, and presence-enhancement mechanisms such as haptic feedback, avatar projection, and multi-sensory environmental capture.
The field is distinct from passive video conferencing in that the remote operator exercises physical agency — navigating, manipulating, and experiencing the remote space — while receiving sensory feedback designed to generate a genuine psychological sense of being there. Tölgyessy et al. (2023) characterises the field as the union of robotics, telecommunications, human-computer interaction, and immersive media.
Among retrieved records, innovation spans from simple video-relay carts filed by InTouch Technologies in 2011 to full XR-digital-twin systems combining 360-degree live video, real-time digital twins, and AI-assisted navigation filed by IMMANUAL R in 2026. Sub-domains include VR/XR-mediated robot teleoperation, avatar-mediated co-presence, edge-centric communication protocols, cognitive and autonomous navigation, and haptic multi-modal feedback.
In this dataset, India (IN) leads by filing count with at least 18 distinct patent records, reflecting TCS’s extensive portfolio and numerous university-linked filings. The United States is the second most represented jurisdiction with approximately 20 records. Tata Consultancy Services is the single most prolific assignee in this dataset with 15+ records spanning 2021–2026.
Technology Clusters and Jurisdictional Filing Patterns
Among retrieved records, four primary technology clusters and five major jurisdictions are identifiable. Edge-centric communication architectures account for the largest single-assignee contribution in this dataset, while immersive VR/XR teleoperation and avatar-mediated presence are the fastest-growing clusters by recency of filings.
Patent Records by Technology Cluster (Dataset Snapshot)
Edge-centric communication architectures represent the largest technology cluster in this dataset, driven almost entirely by TCS’s 10+ filings, followed by avatar-mediated presence and VR/XR teleoperation clusters.
↗ Click bars to exploreRetrieved Records by Jurisdiction (Dataset Snapshot)
The United States and India each account for approximately 20 and 18 records respectively in this dataset, with Europe (EP) contributing approximately 8 records primarily from TCS filings.
↗ Click bars to exploreKey Deployment Contexts for Telepresence Robot Technology
Retrieved records identify six primary application domains, with healthcare and telemedicine representing the most citation-dense sector and industrial hazard response prioritising high situational awareness in dangerous environments.
Healthcare and Telemedicine
Healthcare is the most citation-dense application sector in this dataset. InTouch Technologies’ remote presence cart with sterile-field overhead camera (US, 2015) is a canonical example for ICU monitoring and remote surgery. Deep reinforcement learning-based delay compensation for IoT-enabled healthcare environments was studied in a 2023 academic paper, while a 360-degree telepresence wheelchair using WebRTC video streaming was developed for mobility-impaired patients in 2020.
TelemedicineIndustrial Hazard Response and Inspection
Systems in this domain prioritise high situational awareness in contaminated, structurally unstable, or geographically inaccessible environments. A 2023 academic review covers XR integration for nuclear rehabilitation, deep-sea discovery, and space exploration. The VETO architecture (2018) supports multiple robotic agents operating in real-world hazardous scenes visualised via game-engine GPU rendering, while VR-SLAM teleoperation is explicitly motivated by disaster management and industrial inspection scenarios.
Hazard ResponseEducation and Remote Learning
Multiple retrieved records address K–12, higher education, and transnational education contexts where telepresence robots allow students with chronic illness or geographic distance to maintain embodied classroom presence. A 2021 academic study benchmarks VR headset versus mobile AR control of a social robot for remote lesson delivery. TCS’s patent for a telepresence robot for interaction and engagement (IN, 2025) targets corporate and educational environments directly.
Remote EducationCollaborative Robotics and Industry 4.0
Digital twin combined with XR and 6G for collaborative robot programming is specifically addressed in a 2024 academic paper. Harbin Institute of Technology’s three-layer system — comprising a digital twin module, VR module, and human-machine fusion module — targets exploration robotics in industrial settings and received US grants in 2022 and 2024. The operator confirms virtual execution before actual robot commands are dispatched, reducing error risk in industrial deployments.
Industry 4.0Leading Patent Assignees in Telepresence Robotics — Dataset Snapshot
In this dataset, Tata Consultancy Services Limited is the single most prolific assignee with 15+ records across IN, US, and EP jurisdictions spanning 2021–2026, covering edge protocols, cognitive navigation, federated avatar control, and digital avatar telepresence. In retrieved records, The Johns Hopkins University and Microsoft Technology Licensing are the next most active assignees with 5+ and 3 records respectively.
Top Assignees by Filing Count in Retrieved Records (Dataset Snapshot)
↗ Click bars to exploreTata Consultancy Services Limited
TCS holds 15+ patent records in this dataset spanning IN, US, and EP jurisdictions from 2021–2026, representing the largest single-assignee portfolio in retrieved records. Key technology areas include edge-centric communication protocols (hybrid cloud+P2P for low-latency robot control), WebRTC-based federated multi-master avatar control, cognitive speech-commanded indoor navigation, edge-inclusive multimedia tele-conferencing with computational offloading, and real-time 3D digital avatar streaming (EP, 2025). Multiple filings remain active as recently as 2026.
India — IN / US / EPThe Johns Hopkins University
Johns Hopkins holds 5+ patent records in this dataset (US, 2016–2022), all within the “robot control, training and collaboration in an immersive virtual reality environment” family. These patents cover VR simulation that receives real-robot parameters to create a trainable virtual robot, where user interactions propagate back to program the physical robot — enabling safe teleoperation training and remote surgical collaboration. The earliest filing dates from 2016 and the most recent US grant from 2022.
United StatesFive Forward Signals from 2023–2026 Filings
Among records dated 2023–2026 in this dataset, five forward signals are evident, ranging from federated multi-master avatar control to XR-digital twin convergence and avatar placement intelligence for social naturalness.
Federated Multi-Master Avatar Control over Hybrid Networks
TCS’s federated avatar control filings (US, 2024; IN, 2025) address multi-user teleoperation with exclusive control hand-off — a prerequisite for enterprise and telemedicine scale deployment where multiple stakeholders must share a single robot. The architecture uses WebRTC-based signaling with a hybrid topology where cloud carries audio-visual streams while per-master P2P channels deliver low-latency robot control commands. This filing cluster was active as recently as 2025.
XR + Digital Twin + 360-Degree Video Convergence
IMMANUAL R’s 2026 IN filing combines VR immersion, live 360-degree panoramic video, and digital twin visualization in one unified system on a mobile rover — the most recent patent in this dataset. This tri-modal integration suggests the three previously separate research threads are now being engineered as a single unified product pipeline. A parallel 2024 academic paper on digital twin and XR for cobot programming in a 6G context confirms this convergence as an active research direction.
Edge-Centric Architecture vs. VR/XR Teleoperation Cluster
Click any row to explore further.
| Dimension | Edge-Centric Communication (TCS) | VR/XR Teleoperation (Multi-Assignee) |
|---|---|---|
| Primary Assignees | Tata Consultancy Services Limited | Microsoft, Johns Hopkins, IMMANUAL R, Academic Authors |
| Filing Count in Dataset | 10+ records (TCS alone) | ~9 records across multiple assignees |
| Date Range | 2021–2026 | 2017–2026 |
| Core Technology | Hybrid cloud+P2P topology, WebRTC signaling, edge-device AI offloading, federated avatar control | HMD-based 360-degree/stereoscopic video, SLAM 3D reconstruction, digital twin visualization, head-tracked viewpoint control |
| Key Jurisdictions | IN, US, EP | US, WO, IN |
| Primary Application Focus | Enterprise meetings, multi-user teleoperation, cognitive indoor navigation, healthcare-scale deployment | Disaster response, industrial inspection, surgical training, collaborative robotics, space teleoperation |
| Latency Approach | Dual-protocol framework: cloud for A/V, P2P for control commands; edge-node AI offloading | DRL delay compensation, spherical rendering to hide movement latency, digital twin pre-validation before command dispatch |
| Most Recent Filing | TCS edge-inclusive multimedia tele-conferencing (US, 2026) | IMMANUAL R XR + 360-degree + digital twin system (IN, 2026) |
Frequently Asked Questions: Telepresence Robot Immersive Interaction Patents
In this dataset, Tata Consultancy Services Limited (TCS) is the single most prolific assignee with 15+ patent records across IN, US, and EP jurisdictions spanning 2021–2026. Their portfolio covers edge communication protocols, cognitive navigation, federated avatar control, and real-time 3D digital avatar streaming.
The four main clusters identified in retrieved records are: (1) immersive VR/XR teleoperation with 360-degree visual streaming, (2) edge-centric and hybrid communication architectures, (3) digital twin and AI-cognitive navigation integration, and (4) avatar-mediated presence with haptic and multi-modal feedback.
The most recent patent in this dataset is IMMANUAL R’s March 2026 IN filing for an extended reality teleoperation system combining VR immersion, live 360-degree panoramic video, and real-time digital twin monitoring on a mobile rover.
Healthcare and telemedicine is the most citation-dense sector in retrieved records, followed by industrial hazard response and inspection, education and remote learning, corporate meetings, and collaborative robotics with digital twin integration.
Latency is identified as the central unresolved challenge. Every cluster in this dataset — edge protocols, digital twin pre-validation, DRL delay compensation, and AI motion optimization — addresses the problem that control-loop latency degrades both immersion quality and operational safety.
Avatar-mediated co-presence without a physical robot body is identified as an emerging white space. The shift from physical robot platforms to 3D avatar streaming — as seen in TCS’s EP 2025 filing and KAIST’s US 2025 avatar placement patent — suggests IP coverage in the avatar-only segment is sparser, representing a potential filing opportunity.
Data and insights on this page are based on a limited patent and literature dataset and are for reference only. Figures may not represent the complete technology landscape.