For users, a very intuitive feeling is that after the NAVIS robot is purchased, if it is only used for map construction in the campus or school, it can be completed in 1 day, and the time for a larger scope of map construction in the future will be greatly shortened. There is no doubt that compared to many traditional mobile robots that take up to half a month to deploy, the NAVIS platform is significantly better in deployment. At the same time, this high efficiency feature will also greatly reduce the deployment and implementation costs of users in semi-closed scenarios.

Compared with many traditional mobile robot platforms currently on the market, the NAVIS life-cycle maintenance feature provides users with a more comprehensive escort in the actual use process. Because the NAVIS platform has developed a WEB side and provides a complete secondary development interface document, it can realize functions including data visualization, complex task scheduling, data management and system management, which means that users can timely and conveniently monitor the robot status, query and store detection data in front of the computer, and carry out remote data interaction. This also gives users more room for custom development.

In addition, the NAVIS platform also provides internal system operation data logging and software upgrades, which are now common in automobiles, providing customers with a full range of maintenance and iteration support. Taken together, this life-cycle maintenance feature will enable the NAVIS platform to better ensure the working status of the robot, ensure that customers continue to obtain data value, and significantly reduce the cost of data maintenance in the later period, which will ultimately bring greater navigation, mapping and development value.

More functions highlight the value

In addition to these features, the NAVIS platform is also more intelligent in terms of map creation, path planning, operations and maintenance.

With accurate and stable navigation and positioning, NAVIS can realize wireless network remote data interaction with the remote monitoring platform and inspection robot in some blind areas or areas with complex optical environment to ensure the smooth progress of tasks.

It is worth mentioning that in order to further improve the efficiency of inspection tasks and reduce time and energy consumption, NAVIS platform adopts advanced algorithms for intelligent route planning for the first time in the industry.

Specifically, the NAVIS platform is based on map and detection point information, and the system can automatically calculate the optimal inspection route to reduce inspection time and energy consumption. Through the selection of the optimal path, the inspection robot can complete the task at a higher speed and lower energy consumption, greatly improving the overall work efficiency and reducing the burden of energy costs.

In addition to these, the NAVIS platform has an intelligent power management function, which also has a great improvement in energy.

When the robot power is insufficient, it will automatically report to the system and automatically charge, if in the process of building a large area map, this intelligent power management system will ensure the continuous operation of the inspection robot and the smooth execution of tasks. Without manual intervention, NAVIS can effectively manage the robot’s power resources while ensuring the inspection efficiency, improving the reliability and stability of the system.

Automatic charging

More future

The real world is the only way for autonomous mobile robot landing applications, and many autonomous mobile robot companies are trying to land scenes. As the world’s leading mobile robot chassis manufacturer and mobile robot system solution provider, Songling has walked out of an independent and tenacious vitality of the road.

As a leading product in the field of mobile robots in the industry, NAVIS platform has formed three functional advantages based on the perfect perception architecture including stereo vision, liDAR, sensors, software algorithms, etc., and has completed practical deployment for three application scenarios such as inspection, distribution, and warehousing.

According to MIR’s “In-depth analysis of the financing situation of the Industrial Robot Track in 2022″ report, the current intelligent operation market that autonomous mobile robots can enter is still in a blue ocean. In 2023 alone, the express market size of the warehousing and logistics industry will exceed one trillion yuan, and the unicorn enterprise running in front of it is Songling Robot.

The NAVIS platform’s whole-process unmanned autonomous inspection solution has brought many changes to various industries. Autonomy is one of the most significant features of future robots, mobile robots with autonomy, through better application in industrial inspection, security inspection, agricultural applications, factory distribution and warehousing logistics and other more indoor and outdoor fields, has brought revolutionary changes to the industry, but also its core value. Robots that can handle real-world problems autonomously, whether in factories or People’s Daily lives, are more likely to be favored by enterprises and users.

I believe that in more scenes in the future, we can see active Songling robots, and the NAVIS platform + mobile chassis with autonomy will inevitably continue to bring greater surprises to the industry in the future.