iGentoo robots can automate operations using standardized IP skills, CLM skills, and general AI skills, supplemented by expert experience or operational planning. Using the robot's task flow orchestration engine, various tasks can be quickly created and executed 24/7. After each task is completed, customizable work reports are generated as needed, improving the quality and efficiency of various tasks and enabling business innovation and digital integration.

The core deployment utilizes a GPU-enabled Safety Operation Management System (SOM) platform, which also serves as the management and application platform for iGentoo robots. The number of GPUs increases with the number of robots. Each iGentoo robot is equipped with an AR212HN execution unit, which is also the interaction unit between the robot and the execution target or terminal. One execution unit can control one terminal or console device to complete the robot's operation. In addition, one execution unit can also control multiple execution targets (AR30H/AR30N), issuing operation instructions for each step of a task to the corresponding execution targets. After the execution targets control various types of terminals or console devices to complete the operation instructions, they are summarized back to the execution unit, which then sends them to the SOM platform, thereby completing a complex task across devices or networks.

Application scenarios

1、Maintenance and inspection robot

The application of iGentoo robots has brought innovation and transformation to traditional operation and maintenance (O&M) inspection work. The robots operate 24/7, expanding the depth and breadth of O&M tasks. Innovative, non-intrusive, and implant-free AI automation eliminates reliance on the underlying R&D of various products, enabling rapid and flexible achievement of O&M goals. Massive, real-time, repetitive, and inhumane O&M inspection tasks can be replaced by robots. Robotic automation, leveraging expert experience, makes O&M inspection work more professional and effective. From "robot-assisted O&M" to "robot parallel O&M" and ultimately "robot-replaced O&M," this is becoming a new trend of innovation.

- Proactive maintenance: Robots automatically detect and resolve issues 24/7, eliminating the customer's awareness of the problem. Suitable for maintenance tasks that are high-volume, repetitive, and require a high degree of standardization.

- Business Availability Monitoring: End-of-day business availability checks. The robot automatically tests various business software, monitoring access, latency, login, ports, etc., to promptly identify and address issues, ensuring the normal operation of all departments within the user's organization the following day.

- Full-process software functionality verification: All applications providing external services undergo full-process verification of their software functionality at the end of the day. This simulates external users using all the applications' functions at the end of the day, and all verification results are pre-processed to ensure that all user services function normally the following day.

- Software Testing: iGentoo's automated operations can accurately and efficiently complete software testing around the clock according to standardized software testing processes, improving the quality and efficiency of software testing.

- Daily inspection of key equipment and components: Daily inspection of key equipment or components for users and provision of customizable inspection reports as needed, such as servers, networks, storage, monitoring, data center environment, cloud resources, databases, middleware, etc. The robot's cross-platform and cross-system automated operation capabilities can enable customers to understand more details of various IT resources in a timely manner with high frequency and high efficiency.

- Digital Upgrade of Operations and Maintenance: Traditional IT operations and maintenance mostly remain at the stage of monitoring and alerting. The iGentoo robot helps users take their operations and maintenance work a step further. Combining expert-driven automated anomaly handling, linkage between monitoring and alerting platforms and information dissemination and notification platforms (WeChat groups, office OA, IP phones, etc.), and linkage between operations and maintenance work and customer knowledge bases, the robot can innovatively create a closed loop for operations and maintenance, improving the quality and efficiency of operations and maintenance services.。