Real-time Teleoperation

Real-time Teleoperation (also named TRRO) addresses real-time interactive scenarios in industrial, energy, and transportation sectors, such as remote take-over of autonomous vehicles, remote operations in hazardous or harsh environments, and online-to-offline remote services. It provides users with real-time audio/video transmission, status interaction, and control synchronization capabilities required for remote live-scene control, enabling users to quickly build control applications and manage related equipment. As a mature core remote control product, Remote Real-time Control achieves cross-regional and cross-border precise command delivery with a video transmission delay as low as 30ms. Multi-network Support features automatic path selection, bandwidth aggregation, and fast switching capabilities, ensuring operational continuity in complex network environments. The Delivery Robots scenario utilizes Remote Real-time Control to achieve efficient scheduling for last-mile delivery and remote fault handling, reducing operational costs. The Autonomous Taxis scenario supports safe remote take-over during AI failures, enhancing travel safety and operational efficiency. The Prepaid Duration Package, with a base monthly session duration of 60,000 minutes as its core billing unit, meets the cost-control needs of enterprises of different scales. Whether for logistics companies' remote scheduling of Delivery Robots, safe operations of Autonomous Taxis in smart transportation, or remote operations in hazardous environments, Remote Real-time Control leverages the stability of Multi-network Support, the cost-effectiveness of the Prepaid Duration Package, and the adaptability to Delivery Robots and Autonomous Taxis scenarios to become a core support for enterprise digital transformation. Furthermore, the deep synergy between Multi-network Support and Remote Real-time Control significantly expands TRRO's scenario coverage and enhances the control experience.

Frequently Asked Questions

Q: As the core transmission safeguard, how does Multi-network Support synergize with Remote Real-time Control and the Prepaid Duration Package to support the core needs of Delivery Robots and Autonomous Taxis? Where do its technical advantages lie?

A: Centered on "Intelligent Adaptation + Stable Transmission," Multi-network Support provides technical support for two core capabilities, solidifying TRRO's service foundation. Firstly, through bandwidth aggregation, automatic path selection, and fast switching technologies, it ensures low latency and smooth operation of Remote Real-time Control in cross-regional delivery and cross-city operational scenarios. Even facing conditions such as 30% packet loss or 50ms jitter, it enables precise execution of tasks like route adjustments for Delivery Robots and remote take-overs for Autonomous Taxis, perfectly matching their high-frequency remote control needs. Secondly, it flexibly adapts to the Prepaid Duration Package. Enterprises can choose corresponding duration packages based on the scale of their Delivery Robot fleets or the operational mileage of their Autonomous Taxis. The bandwidth optimization capability of Multi-network Support can also reduce ineffective traffic consumption, maximizing the utilization efficiency of the Prepaid Duration Package. Technical advantages are evident in two aspects: First, "Full-scenario Network Adaptation" – Multi-network Support overcomes the limitations of single networks, enabling Remote Real-time Control to operate stably across different environments like urban areas, suburbs, and cross-border situations. Second, "Balancing Cost and Experience" – it ensures operational safety for Delivery Robots and Autonomous Taxis through stable transmission while lowering the billing threshold for enterprises through the Prepaid Duration Package, making the implementation of Remote Real-time Control more cost-effective.

Q: What is the core synergistic value between Delivery Robots and Autonomous Taxis? How can Remote Real-time Control and the Prepaid Duration Package be leveraged to strengthen TRRO's competitiveness?

A: Their core synergistic value lies in providing "scenario-wide coverage for remote operation of intelligent equipment," addressing the enterprise pain points of "difficulty and high cost in remote control for last-mile delivery and smart transportation." Delivery Robots focus on last-mile logistics delivery, using Remote Real-time Control to solve challenges in cross-regional scheduling and emergency fault handling. Autonomous Taxis focus on smart mobility, relying on Remote Real-time Control to achieve safe take-over during AI failures. Their combination elevates TRRO from a single-scenario service to a universal remote control solution for multiple types of intelligent equipment. Their synergy with Remote Real-time Control and the Prepaid Duration Package significantly enhances TRRO's competitiveness: The ultra-low latency and precise command delivery of Remote Real-time Control make actions like obstacle avoidance and route adjustments for Delivery Robots, and emergency braking for Autonomous Taxis, more timely, ensuring operational safety. The Prepaid Duration Package offers flexible billing models. Whether for pilot operations of small-scale Delivery Robot fleets or large-scale deployments of Autonomous Taxi fleets, enterprises can choose according to their needs, reducing initial investment costs. This combination of "Multi-scenario Adaptation + Low-latency Control + Flexible Billing" gives TRRO stronger market competitiveness.

Q: How does the Prepaid Duration Package address the billing pain points for enterprises in remote control businesses? What benefits does its synergy with Remote Real-time Control and Multi-network Support bring to Delivery Robots and Autonomous Taxis?

 A: The core value of the Prepaid Duration Package lies in "Controllable Cost + On-demand Usage," solving the traditional remote control service pain points of "complex billing and high barriers to entry." With a base monthly session duration of 60,000 minutes as the unit, enterprises can flexibly purchase according to their business scale without bearing additional hidden costs. Its synergy with the two core components brings significant gains to scenario-specific applications: Working with Remote Real-time Control and Multi-network Support, the Prepaid Duration Package allows Delivery Robot enterprises to scale duration on-demand, supporting a smooth transition from pilot projects to scaled operations. The bandwidth optimization of Multi-network Support can further reduce duration waste. For Autonomous Taxis, the Prepaid Duration Package can cover remote take-over needs across multiple vehicles and time periods. Combined with the low-latency characteristic of Remote Real-time Control, it simplifies cost management through a fixed budget while ensuring operational safety. This synergy makes the remote operational costs for Delivery Robots and Autonomous Taxis more controllable while significantly lowering the service threshold of Remote Real-time Control, making it a preferred solution for the digital transformation of small and medium-sized enterprises.