The Autonomous Robotics Management System (A.R.M.S) is a software system developed by our R&D team and is able to manage a fleet of autonomous robots with the following capabilities (not limited to): a) Fleet overview: provide a central view of the entire fleet of robots, including their location, status, and battery levels. b) Mission setting: able to schedule tasks for robots, taking into account factors such as the robots' availability, the urgency of the tasks, and the robots' capabilities. c) Path planning: able to plan paths for robots, taking into account the robots' environment and the obstacles in their way. d) Fault detection and diagnosis: able to understand and inform faults in robots, allowing for timely intervention to prevent further problems. e) Data collection and analysis: able to collect data from robots, such as task data, robot performance data and reporting. It provides the tools and capabilities necessary to manage a fleet of robots efficiently and effectively.

An Automated Guided vehicle (AGV) is an automated mobile robot that moves items from one location to another location within a facility; guided by a magnetic tape placed on the ground that defines its path. a) Payload Handler: Rack Lifting / Pallet Lifting b) Payload: Up to 1000kg c) Travelling Direction: Bidirectional / 90-180degree turn d) Charging Method: Manual Charging / Opportunity Charging e) Mode: Standalone / Fleet Management System f) Battery Type: SLA 24V / Li-Ion 24V 60Ah g) Navigation Method: Magnetic Strip Guide

An Automated Guided vehicle (AGV) is an automated mobile robot that moves items from one location to another location within a facility; guided by a magnetic tape placed on the ground that defines its path. a) Payload Handler: Towing / Hooking b) Payload: Up to 500kg c) Travelling Direction: Single Directional / Looping d) Charging Method: Manual Charging / Opportunity Charging e) Mode: Standalone / Fleet Management System f) Battery Type: SLA 24V / Li-Ion 24V 60Ah g) Navigation Method: Magnetic Strip Guide

An autonomous robot that can deliver items precisely to designated locations and can be programmed to follow a routine or custom task. An operator may monitor and take control of the robot remotely in certain situations.

A floor cleaning robot that is fully autonomous, utilizing up-to-date maps of its work area to ensure the most optimum route for learning

landslide remedial works