1. Deep Iteration of Technological Development: Intelligence, Collaboration, and Universality

Superior perception and decision-making powered by Ai:

。Multimodal Fusion Upgrade: Next-generation roBots will integrate more advanced sensors for vision (high-resolution, 3D perception, low-light/poor-weather imaging), hearing (far-field speech recognition, sound source localization, emotion recognition), touch (fine force control, object material recognition), and even smell (specific gas detection), thereby forming a more comprehensive and detailed understanding of the environment. AI algorithms will evolve from "perception" to "cognition," enabling them to comprehend more complex scenarios (such as identifying anomalous behavior in crowded areas or handling mixed-language inquiries), predict potential risks (like slippery ice surface warnings or crowd congestion forecasts), and make more optimal decisions.

。Embodied Intelligence Exploration: Robotswill be equipped with enhanced Autonomous learning capabilities and scene adaptability, enabling them to handle unforeseen situations (such as sudden roadblocks or accidental falls among audience members) without the need for manual intervention backstage.

Collective intelligence and collaborative networks:

。Large-scale cluster collaboration: The Beijing Winter Olympics showcased the initial stages of cluster scheduling. The next Olympic Games will feature more complex, heterogeneous robot clusters (drones + ground robots, logistics + cleaning + security robots) that can autonomously collaborate. For instance, if drones detect excessive snow accumulation in a particular area, they will automatically dispatch nearby snow-clearing robots to the location; logistics robots will dynamically adjust their delivery routes and priorities based on venue foot traffic heat maps and the progression of events.

。"Cloud-edge-endpoint" synergy: 5G/6G networks, edge computing, and cloud computing will be deeply integrated. Robotic bodies (endpoints) will handle low-latency tasks such as real-time obstacle avoidance; venue edge nodes will handle local coordination and data fusion; and central cloud platforms will optimize global resources, conduct big data analysis, and generate strategies to achieve more efficient and resilient system operation.

Natural and emotional human-machine interaction:

。Multilingual seamless communication: The interaction capabilities based on large language models (LLMs) will be greatly enhanced, enabling guiding and reception robots to provide more natural and fluent real-time translation and in-depth question-and-answer services in a wider range of languages, including minor languages and dialects, thus becoming true "international ambassadors".

。Emotion Computing and Personalized Services: Robots can recognize the emotional states (through facial expressions and tone of voice) and potential needs of users (athletes, spectators, staff) and provide more empathetic and personalized services. For instance, they can offer more patient guidance to anxious spectators and deliver customized beverages to exhausted athletes.

2. Expanding the breadth of application scenarios: moving from basic safeguarding to creating value

Deepening and upgrading core security scenarios:

。Intelligent logistics hub: The logistics robot network will be the absolute main force in the circulation of Olympic materials. From the Olympic Village to the competition venues and media centers, it will realize 24/7 automated and precise distribution of materials (equipment, meals, medical supplies, media equipment). Cold chain logistics robots will ensure the freshness of ingredients, while AGV/AMRs will seamlessly connect with intelligent warehouses.

。Environmental protectors: Cleaning robots will have more comprehensive capabilities (sweeping, washing, suctioning, disinfection, and ice/snow removal integrated), and can autonomously plan cleaning frequency and routes based on pollution levels and foot traffic. Disinfection robots will have more intelligent pathogen monitoring and targeted disinfection capabilities.

。A three-dimensional security system: the security patrol robot integrates more powerful night vision, thermal imaging, suspicious object recognition, and facial recognition (within legal limits) capabilities, and is linked with fixed surveillance, drones, and wearable devices to form a comprehensive, all-encompassing intelligent security network. Emergency response robots can reach the scene more quickly for initial handling (such as firefighting and delivering emergency kits).

Innovations and immersive experiences in event settings:

。Personalized event companion: Provide smart guidance, seat finding, real-time push of event information (scores, highlights), order of peripheral products, and dining delivery, and even recommend a viewing itinerary based on the preferences of the audience.

。Athletic Intelligent Assistant: Provides personalized training suggestions (based on environmental data), nutritional guidance, rehabilitation assistance, psychological counseling, and even helps with simple equipment adjustments or massages in the Olympic Village.

。Pioneers in Accessibility Services: Providing more intelligent and thoughtful services for people with disabilities, such as precise guiding assistance, voice-controlled item retrieval, real-time sign language interpretation (via screens or projectors), ensuring that the "Accessible Olympics" truly come to life.

。Media Work Enablers: Automated tracking and shooting robots provide unique perspectives; mobile information stations quickly provide data, transcripts, and interviewee locations for journalists; logistics robots efficiently transport photography equipment and broadcasting devices.

Practitioners of sustainable operations:

。Energy management: Robots will be involved in the intelligent lighting, air conditioning adjustment, and inspection of venues to optimize energy usage.

。Resource Recycling: Smart Garbage Sorting and Recycling Robots Improve Recycling Efficiency and Accuracy

。Carbon footprint tracking: Use data from robot operations to assist in calculating and optimizing the carbon emissions of the Olympic Games.

3. The Elevation of Its Core Role: Moving Beyond a Tool to Become a New Paradigm for the Olympics

The service robots in the upcoming Olympic Games will go beyond the utilitarian functions demonstrated at the Beijing Winter Olympics:

。The cornerstones of efficiency and reliability: Robots ensure the uninterrupted provision of critical services during periods of labor shortages or extreme weather conditions, thereby significantly enhancing the robustness and efficiency of event organization and reducing human error.

。Creator of Ultimate Experience: By providing highly personalized, convenient, and barrier-free services, we aim to create an unprecedentedly smooth and comfortable experience for all Olympic participants (athletes, spectators, media personnel, and staff), thus serving as the technological embodiment of the "Human Olympics".

。The protector of safety and health: Establish a more intelligent and proactive public security and health protection system to promptly respond to various risks and ensure that the event takes place in a safe and hygienic environment.

。A showcase for a sustainable future: Large-scale implementation of efficient and clean robot solutions to reduce resource consumption and carbon emissions, demonstrating how technology can contribute to a green Olympic Games.

。The Olympic Games will serve as a showcase and a testing ground for cutting-edge service robot technology, accelerating the maturation and commercialization of related technologies and propelling the development of the entire artificial intelligence and robotics industry.

Challenges and Prospects:

Of course, there are also challenges to be addressed in the next phase of advancement: technological reliability needs to reach nearly 100% (especially in harsh environments like extremely cold conditions); data security and privacy protection regulations need to be improved and strictly enforced; ethical guidelines for human-robot collaboration need to be clearly defined; the initial investment costs need to be further optimized; and public acceptance of new forms of robot service needs to be promoted.

From the "astonishing debut" at the Beijing Winter Olympics to the "deep empowerment" at the next Olympic Games, service robots will undergo a transformation from "useful" to "indispensable". They will not only be the "behind-the-scenes heroes" quietly working, but also the core force shaping the future form of the Olympic Games and enhancing the grand gathering experience for humans. Companies like RILMAN Robotics, with their technological accumulation and practical experience from the Beijing Winter Olympics, will lay a solid foundation for the intelligent upgrade of the next Olympic Games. We look forward to witnessing service robots at the 2026 Winter Olympics, writing a new chapter in the history of technology at the Olympic Games and truly realizing the vision of "technology making the Olympics more splendid, and robots making the world closer together".

Name: jason.jiao

Position: General Manager

Core responsibilities:  

- English promotion of overseas market products and business negotiations

- Full-process product function explanation and usage training

- Customized robot solution design and implementation support

- Cross-language technology problem diagnosis and rapid response solution  

Contact us: 📮E-mail: jason.jiao@reeman.net

☎Phone: +86-18157427859

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