FLEETWARE
Fleet management and analytics for mobile robots
System components
MANAGEMENT APPLICATION
The core management applications allow for the central configuration of robots, missions and locations.
Fleetware performs the automated routing of robots based on robot state changes.
It also enables real time status monitoring, diagnostics, logging and operational maintenance functions.
ROBOT MONITORING AND ANALYTICS
EMA for Fleetware is a web interface that tracks status events from the robot fleet:
- Waiting and charge times
- Stoppage time classification
- Overview of fleet utilisation and performance with failure and cause statistics
This can be used to trace bottlenecks and problematic robots/positions.
SIMULATION
The Simulation Tool allows us to test and validate your environment prior to the installation of physical robots and any changes to layout and capacity. This helps reduce lead times and costs, and is available as an end user tool, post deployment, for change management and test environments
Capabilities of Fleetware Simulator:
- Emulate the robot API
- Simulate robot paths, IO and robot charging
WiFi BUTTON AND ANDROID CLIENT
A Client REST API exists to allow interfacing of additional client devices and 3rd party systems. This allows for position monitoring and the assignment of orders and shelves to positions and robots.
A Windows / Android client and a WiFi Push Button / IO module are available that utilise this API.
The push button has a display and lamp status that can be allocated to differing functions or positions. The Android client allows for the management of different positions based on the logged in user.
Further information
Why use Fleetware with your fleet of Autonomous Mobile Robots?
Multiple AMRs in advanced logistics and production environments require a set of tools over and above the standard AMR suites.
Fleetware provides this layer, coordinating up to 100 robots simultaneously to enable large-scale deployments, for example Just-in-Time sequenced manufacturing of complex parts with variable production requirements.
Fleetware’s internal logic engine enables multi-mission and dynamic routes to be undertaken. This allows for simple, modular robot missions, with Fleetware assigning mission stages with parameterised destinations.
The software integrates with WMS/ERP systems to receive and supply order data and then manages the missions by logistic priority
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