Mining, Energy & Utilities
Inspect remote infrastructure, critical equipment, pipelines, substations, and hazardous operating areas.
Sensors, SLAM, planning, obstacle avoidance, and robot control require extensive integration.
Building an AMR from separate components and algorithms adds development risks and testing efforts.
Narrow aisles, repetitive structures, moving obstacles, and layout changes challenge reliable localization and navigation.
Maps, routes, tasks, robot status, and operational data are often managed across disconnected tools.
A complete robotic inspection system that combines autonomous mobility, navigation, multi-sensor data collection, and human-in-the-loop remote management.
Follows paths autonomously based on preset mission routes.
Collects equipment and ambient data in real time, streaming it to the control platform.
Automatically returns to the charging station to recharge and await the next mission.
Built for industries that require frequent, reliable inspection across hazardous, large-scale, remote, or operationally demanding environments.
Inspect remote infrastructure, critical equipment, pipelines, substations, and hazardous operating areas.
Automate routine equipment inspection, environmental monitoring, and safety patrols across factories and production sites.
Provide continuous patrol and monitoring across roads, warehouses, equipment zones, and distributed facilities.
Support autonomous security patrol and remote monitoring in office parks, shopping centers, and public venues.
From industrial facilities and mining sites to utilities and remote infrastructure, AgileX inspection solutions enable reliable autonomous patrol, monitoring, and data collection across demanding environments.
An industrial inspection robot is a mobile robotic system that autonomously travels through a site to collect visual, thermal, environmental, or equipment-condition data. It helps automate routine patrols, improve inspection consistency, and reduce personnel exposure to hazardous areas.
Yes. The robot platform can be selected according to terrain, route width, slope, payload, and weather exposure. Tracked and Ackermann-steering platforms are suitable for more demanding outdoor or uneven-site conditions.
Yes. With onboard sensors and autonomous navigation software, the robot can build or use digital maps, localize itself, follow planned routes, avoid obstacles, and execute scheduled inspection tasks with minimal intervention.
Typical configurations can include LiDAR, RGB or PTZ cameras, thermal cameras, depth cameras, GNSS/RTK, IMUs, gas sensors, and temperature-and-humidity sensors. The final configuration depends on the inspection target and site conditions.
Typical applications include mining, energy and utilities, oil and gas, manufacturing, warehousing, water and wastewater facilities, transportation infrastructure, and industrial campuses.
Yes. Robot platforms, sensors, routes, checkpoints, mission logic, and data outputs can be configured around existing inspection procedures, site maps, and operational requirements.
Connect with our robotics experts to discuss your needs and discover the perfect robotics platform for your business.
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