23 Daily — According to 36kr.com, on November 2, 2026, Autel Intelligent (道通智能) launched the AAGI (Autel Air-Ground Intelligence) solution brand in Shenzhen, introducing an integrated air-ground intelligent collaboration system based on the AIP platform. The system enables cooperative operations among heterogeneous unmanned devices such as drones, unmanned vehicles, and robots. Autel also jointly introduced three industry application platforms: EIS 2.0, Avant Hub 2.0, and Skyshield 2.0, in partnership with Daohe Tongtai and Saifang Technology. Demonstrations showcased multi-device collaboration, marking Autel's shift from equipment supplier to system solution provider.
From Single Devices to Coordinated Heterogeneous Operations
The AAGI solution is not a single hardware product but a collaborative system connecting aerial drones, ground robots, unmanned vehicles, and industry software. CEO Wang Yuelu of Autel Intelligent summarized it as a "collaboration of digital and physical intelligent agents," delivering standardized products, scenario-customized services, and end-to-end deployment to embed air-ground capabilities into actual business processes. As the number of unmanned devices increases, industry focus shifts from "having devices" to "whether devices can collaborate, information can be aggregated, and business systems can be integrated," addressing longstanding challenges such as extensive patrol areas, repetitive operations, and cross-system anomaly handling.
AIP Platform Enables Business-driven Intelligent Collaboration
At the core of AAGI is the AIP platform, which centers on the business ontology, associating regions, facilities, devices, and tasks, transforming operational demands into executable plans for various equipment. It keeps human confirmation and supervision in key steps. The large differences in perception, kinematics, communication, and computing constraints between drones and unmanned vehicles make coordinated control significantly more complex than single-machine control. The AIP platform supports stable collaboration, enabling a closed-loop workflow from issue detection to resolution among heterogeneous devices.
Three Industry Platforms Deepen Vertical Application Scenarios
Built on AIP, the EIS 2.0 smart security platform supports task assignment through dialogue and maps, centralizing device location, live video, and execution status, suitable for regional security, police law enforcement, and emergency rescue. Avant Hub 2.0 targets power, oil & gas, highways, and campus inspection, closely integrating imagery, locations, and devices with clients’ work order systems. Skyshield 2.0 aggregates target clues, trajectories, alarms, and video from various detection equipment to support key area guarding and authorized handling. These platforms emphasize deep integration of AI and unmanned equipment into existing workflows, supplementing manpower and enhancing operational efficiency.
Autel's Diverse Air-Ground Equipment Supports Collaboration
Autel’s EVO III drone series features autonomous operations, environmental perception, networked collaboration, and open payload upgrades. The APEX model supports multi-payloads up to 10 kilograms and cross-drone collaboration. The Longyu series specializes in long-endurance, wide-area patrols, with docking stations supporting remote task deployment, automatic takeoff, landing, and battery swaps. On the ground, the Explorer Flex can switch between wheeled and flying modes, accessing indoor and narrow spaces; Dock 2 supports routine unattended operations; the Ranger series includes wheeled and bipedal robots for campus patrols, facility maintenance, public area security, and emergency support. Autel also revealed plans for the Pioneer unmanned vehicle series, Vector drone, and Titan 100 heavy-load transport drone, advancing through research and validation stages.
Editor's take: Collaborative Platforms Enable Business Transformation
Autel Intelligent’s AAGI solution focuses on breaking down silos among heterogeneous unmanned devices by leveraging the AIP platform for business ontology-driven collaborative operation. This approach addresses widespread and diverse task demands in inspection and security scenarios. For entrepreneurs, such platforms highlight the importance of systematized integration and operation of unmanned equipment. Providing standardized yet customizable hardware-software solutions that meet industry pain points is crucial for wider adoption of unmanned technologies. Validation can be executed by observing multi-device coordinated patrol tasks during real operations, focusing on cross-device information aggregation and anomaly handling efficiency to verify system integration stability and business workflow closure.