Octopus Mining Suite © is a software for mining with four operating modules, that aims to optimitize and automatize various key processes involved in the loading and transporting minerals processes. Our tools adapt and interact with the mining industry systems and uses sophisticated algorithms of artificial intelligence and machine learning to transform data into added value to the processes.
- Dispatch Autonomous Setting focused on increasing compliance with feeding, loading and transportation mining plans
- Shift Handover Autonomous Coordinator with a focus on optimizing and coordinating shift changes
- Optimal Daily Maintenance Planning, which minimizes the impact of the unavailability of mining equipment
- Octopus Co-Pilot, a virtual assistant that projects, designs and simulates scenarios.
Dispatch Autonomous Setting ©
Traditional mine dispatch systems require dispatchers to manually - and constantly - set dozens of confusing parameters that define transport flows and instructions that are dynamically assigned to shovel and truck operators.
Octopus Dispatch Autonomous Setting ©, through the use of artificial intelligence, optimizes and automates this complex task, managing to dynamically adapt the dispatch system to the different changing conditions of the mine, and adjusting the system to the objectives established in the shift plan.
Shift Handover Autonomous Coordinator ©
An intelligent tool designed tooptimize the shift change process, by indicating the optimal truck locations for the end of the shift and efficiently assigning operators in the passenger transport system to take them to their rest.
Optimal Daily Maintenance Planning ©
This tool is focused on minimizing the impact of the unavailability of the
It proposes optimal micro-planning of maintenance tasks, aligned with the mine's extraction plan.
Octupus Co-Pilot ©
A real-time digital twin, that works as a virtual assistant, accompanying the dispatcher throughout the shift. Octopus Co-Pilot allows to project, design and simulate multiple scenarios, through the modification of parameters and configurations of the mine operation in order to make recommendations to achieve the best operational results.