OPTIMISE & STREAMLINE
ROBOTIC AUTOMATIONS

BEACON [Robotics Middleware Framework] by HOPE Technik has been the solution for universal integration. It eliminates interoperability challenges and conflicts when using different AMRs with shared environments in large infrastructures, allowing for ease of use and time saved.

SIMPLIFIED SOLUTION

OPTIMISATION

SCALABLE

BEACON is a software solution designed to simplify the management of AMRs in a shared environment.

With BEACON, you can optimise your AMR operations, improve efficiency, and reduce costs

Scalable solution for large robotic fleets. Able

to manage 50 robots per instance of BEACON

FLEXIBLE DEPLOYMENT

MULTIPLE ROBOTS

INTEROPERATBILITY

Can be implemented on a server on premise or cloud based hosting

Allows end-users and system integrators to deploy and manage multiple types and brands

of AMRs with ease

Being brand-agnostic allows different brands of AMRs to be used together with shared infrastructures, such as lifts, doors, and corridors. In compliance with TR93 and certified to ISO standards developed by ISO TC299.

HOW BEACON WORKS

USER INTERFACE

Used to monitor and control your robotic fleet

CORE LAYER [BEACON ENGINE]

The 'Brain' of the system and handles all logic for Fleet, Task and Infrastructure management

ADAPTIVE LAYER

The bridge between external systems and

the core layer

EXTERNAL SYSTEM LAYER

Consisting of all third party systems Beacon Engine needs to communicate with (e.g: robots, lifts and doors)

FEATURES

TRAFFIC CONTROL

Multi fleet monitoring

Space and time conflict prediction

Conflict mitigation via pause

or reroute commands

INFRASTRUCTURE MANAGEMENT

Doors, lifts and other workcells management

Predictive calls

Door

Lift

TASK MANAGEMENT

Task Prioritization

APPLICATIONS

SERVICES

DEPLOYMENT OF BEACON

DEVELOPMENT OF ADAPTOR

[TO LINK INFRASTRUCTURE OR ROBOTS TO BEACON ]

A one time integration is sufficient to enable new operations within the infrastructure, leading to savings in both costs and time while also accommodating more use cases for robots and streamlining the

management of robots in a shared environment.