Aulis

A modular and open operating system for intralogistics

What is Aulis? 

 

Aulis is a modular and open operating system for intralogistics that ...

  • solves in-plant transportation by means of mobile robots
  • is not dependent on one or more robots or FMS manufacturers 
  • takes on the monitoring and management of heterogeneous mobile robots 
  • is expandable concerning manufacturers, participants such as mobile robots or functionality 
  • can be adapted to individual application requirements in accordance with the modular principle 

 

What features offers Aulis?

 

Aulis ...

  • can be used universally in line production and matrix production
  • can use a wide range of optimization criteria (throughput, utilization, energy of mobile robots, delays, ...)
  • is independent of the execution environment (on-premise, cloud or hybrid)
  • is scalable in terms of the coordination of mobile robots and the jobs to be optimized
  • enables interoperability with other (sub-) systems, such as ERP and WMS systems
diverse robots on a shop floor
© Adobe Stock, Sarawut; Fraunhofer IML

Aulis for in-house transportation using mobile robots

Who is Aulis for?

totale of a production facility
© Kostiantyn - stock.adobe.com
Companies with internal logistics
mobile robot transporting a cardboard box
© laliz - stock.adobe.com
Manufacturers of mobile robots and FMS
Hand holding a tablet in a warehouse
© sirisakboakaew - stock.adobe.com
System integrators

The modules of the system

cubes
© hasan - stock.adobe.com
Mobile robots driving on a shopfloor
© Fraunhofer IML

Fleet coordination

 

Fleet coordination offers the following features:

  • Fleet coordination for heterogeneous fleets consisting of mobile robots with different levels of autonomy
  • Time-optimized route planning taking into account the current traffic situation
  • Avoidance of deadlocks and collisions

The modules of the system

Material flow

 

The material flow module offers the following features:

  • Standardized, digital representation of each material flow as an active participant  Need for a (de facto) standard for transport orders
  • Digital mapping using a domain-specific language (Material Flow Description Language - MFDL) as a (de facto) standard for transport orders
  • Mapping of (1:1) transports

The modules of the system

A pallet of cardboard boxes behind a truck
© forenna - stock.adobe.com
screenshot of Aulis UI
© Fraunhofer IML

Visualization

 

The visualization module offers the following features:

  • Display of shop floor information in real time
  • Creation and editing of transport orders
  • Visualization and management of mobile robots

The modules of the system

Order optimization

 

Order optimization offers the following features:

  • Proactive distribution of transport orders to mobile robots
  • Consideration of temporal conditions, sequences and characteristics of the mobile robots
  • Deadlock prevention at loading and unloading stations
  • Scalable heuristic and probabilistic optimization (Simulated Annealing, TabuSearch, ...)

The modules of the system

stats on a screen
© Abas - stock.adobe.com
evoBOT in motion
© Fraunhofer IML - Michael Neuhaus

Mobile Robot Agent 

The mobile robot agent offers the following features:

  • Customizable behavior of individual mobile robot classes or a single mobile robot in a logical agent
  • Connection of the real physical mobile robots via VDA 5050 v2
  • Provision of own status (order situation, status, ...)

The modules of the system